National Building Material Group Corporation Ltd. (CNBM) is integrated through the restructuring of With full-line services covering scientific research, manufacturing and logistics, CNBM is not only the China National Building Materials Group Corporation and China National Materials Group Corporation Ltd. largest comprehensive building material group in China. CNBM has been enrolled in the list of Fortune CNBM is a state owned enterprise under the direct administration of State-owned Assets Supervision and Global 500 for six consecutive years. With total assets of 550 billion Yuan, CNBM has a workforce of Administration Commission of the State Council. 250,000 employees and generates an annual income of 300 billion Yuan. The Group also owns 15 listed

The Group produces 530 million tons of cement clinker, 430 million m3 of ready-mixed concrete, 2 billion companies, including 2 listed abroad. m2 of plasterboard, 1.78 million tons of fiberglass, and 16 GW of wind turbine blades per year, all of which CNBM is No.1 in the following field of business in the world: rank the first in the world. The Group is also the No.1 player in the international cement engineering market Cement: 530 million tons and the international waste heat recovery market. The Group has 26 national scientific research and design Ready-mixed concrete: 430 million m3 institutes, 38,000 scientific research and development staffs, 33 national and industrial quality inspection Fiberglass: 1.78 million tons centers, over 8,000 patents, 11 state key laboratories and technical centers, and 18 committees on national Plasterboard: 2 billion m2 standards. Wind turbine blades: 16 GW Welcome Strategically CNBM envisions becoming a world-class comprehensive building material group. Its strategic International cement engineering: more than 70% world’s cement plants are constructed by CNBM. Welcome to the 21st International Conference on Composite Materials (ICCM21) in Xi’an, China. positioning is to be a leader of industrial integration, an innovator of industrial upgrade and a pioneer of international capacity cooperation. Its priority is to build six business platforms, namely a developed The ICCM, having started in 1975, is the largest conference series dedicated to composite materials. the conference website or microsite. The secretariat of ICCM21 and conference volunteers will offer any manufacturing platform, an international capacity cooperation platform, a platform for the development of ICCM21 has adopted the motto of ‘Advanced Composites: Innovation and Development’, bringing assistance we can. Please feel free to contact us if you need any help. three new industries, a national material scientific research platform, a national mining resources platform, together researchers, scientists and practitioners worldwide to explore the role of innovation in the and a financial investment and operation platform. development of composites, and the impact on global economy. Once again, a warm welcome to Xi’an. Having once served as the capital city of 13 dynasties in ancient times, with a history of 5,000 years and the starting point of the Silk Road, Xi'an will surely impress you A rich scientific program will be offered during ICCM21, including 10 plenary lectures, 24 keynote with its distinctive culture when you visit its ancient City Wall, History Museum and Museum of China National Building Material Group (CNBM), the largest lectures, 309 parallel oral sessions, 6 mini-oral sessions presented by over 1600 participants. It is our the Terracotta Army. building material company in the world. sincere hope that you’ll enjoy the conference programme, and find the presentations delivered during ICCM21 reflect well on the vibrant and diverse nature of composites. It is expected that this conference will serve as an excellent platform for our honorable guests coming from afar, to unlock possibilities of effective international collaboration, and fuel innovation in the composites industry. Conference Chairs

We greatly appreciate the efforts made by the ICCM21 organizing committee and dedicated volunteers to get all the detailed arrangements in order. In particular, we would like to extend thanks to the authors who submitted their excellent papers to the conference programme, and also the reviewers, who have given General Chair Executive Chair timely comments and pertinent feedback, which improved the quality of the papers. The full programme Prof. Shanyi Du Prof. Jinsong Leng printed in this book includes only brief abstracts; a digital version of this programme and full proceedings Harbin Institute of Technology, Harbin Institute of Technology, can be accessed via www.ICCM21.org. China China

We are committed to creating an enjoyable and impressive experience for your stay in Xi’an, China. You will have convenient access to general information and updates through screens and printed posters, on F2 Session Room13-17, Session Room 22 VENUE OVERVIEW F3 Session Room 5-12 GENERAL INFORMATION Xi’an Qujiang International Conference & Exhibition Center is a business Registration and Information Desk Opening Hours group specialized in conferences and exhibitions located in Xi’an Qujiang New District and at the east of Shaanxi TV Station at the south end of South Onsite registration is open: Sunday August 20, 2017 16:30-21:00 Chang’an Road as middle axis of Xi’an. With such surrounding scenic spots Monday August 21, 2017 07:00-18:00 as Big Wild Goose Pagoda, Tang Paradise and Tang Sleepless City, etc. , Tuesday August 22, 2017 07:00-18:00 the center enjoys well-built surrounding roads, convenient traffic and mature Wednesday August 23, 2017 07:00-18:00 Thursday August 24, 2017 07:00-18:00 community in Qujiang New District, thus forming the future core area of CBD Friday August 25, 2017 07:00-12:00 in south suburb of Xi’an. To find out more, please refer to the following link: http://www.qiceg.com/huiyien/index.asp Speaker Ready Room Opening Hours Sunday August 20, 2017 16:00-20:00 Monday August 21, 2017 07:30-17:00 Tuesday August 22, 2017 07:30-17:00 Wednesday August 23, 2017 07:30-15:00 Thursday August 24, 2017 07:30-15:00 Friday August 25, 2017 07:30-11:00 F1 Session Room18-21 F4 Session Room 1-4 Speaker Ready Room Location Speaker Ready Room stands at the 3rd floor Room 307. Speakers are required to upload slides to the devices at the Speaker Ready room the day before presentation.

Exhibition Opening Hours Sunday August 20, 2017 16:00-17:00 Monday August 21, 2017 09:00-17:00 Tuesday August 22, 2017 09:00-17:00 Wednesday August 23, 2017 09:00-17:00 Thursday August 24, 2017 09:00-17:00 Friday August 25, 2017 09:00-16:00 From Airport and North Railway Station Internet Access No. B11 Ionbond, IHI Group Wireless internet is available throughout the conference. Conference Shuttle Bus: Free conference Shuttle Bus will be operated on August 20, 2017 from 10:00 Xi’an Metropolis a.m. to 11:30 p.m. Our colleagues and volunteers will pick up guests at the exit of Terminal 1, Terminal 2 Xi'an, geographically located at the heart of China, once served as the capital city of 13 dynasties in No. B12 Photron Catering and Terminal 3 in the airport and Xi'an North Railway Station (the high speed rail). ancient times with a history of 5,000 years, including the Zhou, Qin, , Sui, and Tang Dynasties. Xi’an Refreshments and meal bags will be provided in Lotus Hall of the 1st floor and other available rest area Taxi: It takes 50-80 minutes by taxi from the airport to the conference venue. (about ¥110-190) has witnessed the most glorious , and now ranks as one of the top 10 tourist destinations No. B13 Xi’an Aerospace Composite Research Institute Airport Shuttle Bus: The most direct and convenient shuttle bus line for guests to arrive at the venue is in China with distinctive cultures. Xi'an is also the starting point of the Silk Road and the home for the within the venue. Coffee break will be arranged in the third and fourth floor. No. B14 DOM Qujiang Line, which runs from 7: 00 a.m. to 8:20 p.m. Terracotta Army of Emperor Qin Shi Huang, the first emperor in Chinese history. Conference Admission – Delegate Badge Metro: Guests can also take Metro Line 2 in North Railway Station to the venue (Huizhanzhongxin Station). No. B15 Netzsch No access to the ICCM21 conference venue will be permitted to any session rooms, exhibition or social Social Program No. B16 ESUM Technology Limited (Metravib) events without the badge. So please wear the badge during the conference. Exhibitors badge is for exhibition Downtown Xi’an Welcome Reception Bus: There are dozens of buses that stop at the Convention and Exhibition Center Station. The Welcome Reception will take place in Qujiang International Convention Center from 18:40-21:30, on areas only, and accompanying person badge is for exhibition areas, welcome reception on August 21 and No. B17 Elsevier the conference dinner on August 24 only. Metro: Metro Line 2 travels from Huizhanzhongxin Station to the downtown area, south suburb and also August 21, 2017, Monday. Shuttle buses provided by the conference will travel from the venue to the hotel. the Northern Railway Station, the high speed railway station. Access is by badge only. No. B18 Shanghai Leadgo-tech

Conference Secretariat No. B19 Metals & Materials, MDPI Chinese Society for Composite Materials Shopping Center Conference Banquet There are several shopping centers surrounding Qujiang Convention Center, including Tang Dynasty All- The Conference Banquet will take place in Qujiang International Convention Center from 19:00-21:30, Secretary General: Professor Dr. Boming Zhang No. B20 Siemens PLM Software Contact 1: Xiaoxiao Xie +86 13824486010 Day Mall, and Xiaozhai Saga International Shopping Center. These shopping centers are open daily from on August 24, 2017, Thursday. Typical local foods and drinks will be served during the party, with well- Contact 2: Carrie Chi +86 13932532132 9:00 to 22:00. prepared professional performances provided. No. B21 Surface Measurement Systems Contact 3: Ella Zhang +86 13263252602 No. B22 OPLAN Engineering Training Center, Beihang University, No.37 Xueyuan Road, Haidian District, , China Scenic Spots Phone: +86 10 8233 8946 Big Wild Goose Pagoda, Shaanxi History Museum, Qujiang Pool Relics Park, Tang Paradise and Tang Exhibition No. B23 Kangde Composites Dynasty All-Day Mall etc. are all adjacent to the conference venue. Fax: +86 10 8231 7092 Special Booth Website: www.iccm21.org No. B24 Meilong New Materials China National Building Materials Group Corporation (CNBM) Science and Technology on Thermostructural Composite No. B25 Materials Laboratory, Northwestern Polytechnical University ICCM21 Microsite Aerospace Long March Arimt Technology Co., Ltd. Guests can login on the Microsite through your smartphone or PC in order to receive important updates, Center for Composite Materials and Structures, Harbin Institute of No. B26 search for conference agenda, program, and other useful information. Standard Booth Company Name Technology No. B1 Shaanxi Taihang Impedefire Polymer Limited Company No. B27 Beihang University

No. B2 Instron No. B28 Xi’an Jiaotong Uiversity No. B3 ICCM22 Melbourne

No. B4 ICCM23 Venice, Italy Bid

No. B5 ICCM23 Belfast, UK Bid

No. B6 Taylor & Francis Asia Pacific Smoking Policy Qujiang International Convention Center is a non-smoking facility. No. B7 China composites info net The 3rd China International Congress on Composite Materials Public Transportation No. B8 Xi’an Qujiang International Convention Center stands at the end of South Chang’an Road, the middle axis (CCCM-3), Chinese Society for Composite Materials of Xi’an downtown. It can be reached by various means of public transport. No. B9 EPFL-LPAC/Lausanne, Switzerland Bid

No. B10 Engineering, Chinese Academy of Engineering Special thanks for invaluable support in organizing the ICCM21 in Xi’an, China: Exhibitors

ICCM21 Sponsors and Exhibitors

Grateful acknowledge from the organizing committee is extended to the following companies for the great support and participation:

Diamond Sponsorship

Platinum Sponsorship ICCM23 Venice, June 2021

ICCM21 Partner

Industrial Needs Panel Session on study of its kind, and it has underpinned Modernising Composite Regulations: New opportunities for the need for an alternative approach for research and development the regulatory processes regarding the Organised by Ole Thybo Thomsen, Janice Dulieu-Barton, Simon Quinn and Rob Stevens introduction of composite materials in load University of Southampton, UK Established in Tianjin economic and Technological Development Zone in 2011 with 90% controlling interest by Institute of carrying structures across industry sectors. aerospace materials and technology, Aerospace Long March Arimt Technology Co., Ltd is mainly engaged in the research and Tuesday 22 August 2017, 15:40 until 17:40, Though each sector has different demands development of resin matrix composite materials and the development and production of composite products. Location: Room 22 (209) on materials and their use in structures, the The use of composites in aerospace and review highlights the fragmented nature of the automobile design is now the norm, but current regulatory regimes. Responsibilities for Welcome to join us in Forum on Advanced Composites they have much broader potential for use in developing and implementing regulations are and Manufacture other sectors such as in building and bridge shared by many government departments and August 22, 2017 Time: 09:05-12:00 construction, railway and rail infrastructure, agencies, meaning that companies have to deal with multiple authorities and testing protocols to get their 15:40-18:20 as well as marine and offshore. The potential new composite products to market. This is a significant barrier to innovation. Location: Room 309 3rd Floor of Qujiang International Convention Building on the review the position paper proposes a streamlining of the regulation process for composite benefits of composites are well known, from Center lightweighting load carrying structures to products. Some sectors like aerospace are leading the way in achieving this, so there is valuable more energy efficient, less wasteful and more experience to learn from. Realigning agencies and regulators, bringing them closer to industry, sharing sustainable design and installation, as well as information, and reducing the costs of testing are all important features of a more effective and efficient International Textile Permeability and Compressibility high corrosion resistance and hence reduced composites regulatory system. The position paper recognises the challenge of achieving a new framework Benchmark Exercises maintenance. model for regulations and the initial reactions from government and industry have been positive. In the benchmark exercises, a multiaxial E-glass fibre reinforcement However, for companies thinking of embracing composite materials there are many questions to be In the panel session a summary of the key findings of the University of Southampton study will be provided, system supplied by Saertex and a 2/2 twill woven E-glass fibre answered. Will the composite materials really deliver their promised benefits? How much will it really cost? together with short presentations from invited panellists to provide an international perspective. A panel reinforcement system supplied by Hexcel will be used. The test fluid will Is there a sufficiently well-established supply chain to deliver the products? Will the industry regulator discussion will follow, taking questions from the floor, on the future process to achieve a more flexible and be XIAMETER PMX-200 Silicone Fluid 100cSt. approve the design? All are very valid and important questions to answer efficient regulatory system and the new opportunities for research and development that this will provide. August 21, 2017 Time: 15:50-17:50 before a widespread adoption of composites can be expected across sectors. Location: Room 209 2nd Floor,of Qujiang International Convention Many of the questions can be resolved through industry demonstration Tuesday 22 August 2017 Center projects. Typically these are part-funded by public funds to reduce the risk. Time: 15:40- 17:40 However, the regulatory question is often overlooked. This was the subject Location: Room 22 (209) 2nd Floor,of Qujiang International Convention Center of a University of Southampton study by a multi-disciplinary team that has resulted in a position paper that has recently been published (www. southampton.ac.uk/CompositesRegulations). The position paper presents a detailed review of the existing regulatory regimes in the aerospace, automotive, construction, defence, maritime, oil and gas, rail and renewables sectors. The review represents the first comparative CONFERENCE CHAIRS INTERNATIONAL SCIENTIFIC COMMITTEE Xiqiao Feng General Chair A Erik Thostenson Jian Wang Liwu Liu Reza Vaziri Prof. Shanyi Du, Harbin Institute of Technology, China Aditi Chattopadhyay Jianguo Zhu Lizhi Sun Richard Butler Alan KT Lau F Jiangyu Li Luciano Feo Richard Trask Y Executive Chair Alessandro Pegoretti Fabrizio Scarpa Jianxiang Wang Luís Miguel P. Durão Robert J. Young Ya Wang Prof. Jinsong Leng, Harbin Institute of Technology, China Alexander Bismarck Frank K. Ko Jifeng Xu Robert Kwok-Yiu Li Li Alison B. Flatau Fu-Kuo Chang Jihua Gou M Robert N. Yancey Yanju Liu Vice Chairs Alper Aktas Fu-Pen Chiang Jinglei Yang Marcelo J. Dapino Rui Miranda Guedes Yihui Zhang Dr. Xiangbao Chen, Beijing Institute of Aeronautical Materials, China Prof. Andy Long, the University of Nottingham, UK Ayech Benjeddou Jinhao Qiu Masahito Ueda Yoji Okabe Prof. Klaus Friedrich, Technical University Kaiserslautern, Germany Prof. Adrian Mouritz, RMIT University, Australia Ayman Mosallam G Johann Kastner Milo Shaffer S Yuantong Gu Prof. Ole Thybo Thomsen, University of Southampton, UK Prof. Suong Van Hoa, Concordia University, Canada Gangadhara Prusty John D. Whitcomb Min Li Satoshi Kishimoto Yue-Sheng Wang Prof. Masaki Hojo, Kyoto University, Japan Prof. Anthony M. Waas, University of Washington, USA B Gerard Fernando John J Wang Ming-Hwa R. Jen Shaoyun Fu Yu-Lung Lo Prof. Woo II Lee, Seoul National University, Korea BC Eric Kim Golam Newaz John Summerscales Miroslav Cerny Shengping Shen Z Program Co-Chairs Bent F. Sørensen Guoliang Huang John Zhanhu Guo Motoharu Fujigaki Shuguang Li Guoxing Lu Joong Hee Lee Stepan Lomov Zhanwei Liu Prof. Hua-Xin Peng, Zhejiang University, China Bo Su Jun Takahashi Steven Le Corre Zhen Chen Prof. Zhong Zhang, National Center for Nanoscience and Technology, China Brian G. Falzon N H Junfeng Geng Nak-Sam Choi Su Su Wang Zhengmin Huang C H. Jerry Jung-Il Song Nam Seo Goo Zhishen Wu ADVISORY COMMITTEE Cesar Sciammarella Hao Wang Jung-Ryul Lee Narayana Aluru T Zhiyong(Richard) Liang Takashi Ishikawa A D K N S X Chang-Mou Wu Heng Hu Neil Reynolds Zhongwei Guan Tao Zhang Adrian Mouritz Daining Fang Kevin D Potter Nobuo Takeda Sayata Ghose Xiangbao Chen Chris Rudd Ho-Jin Ryu K Nicolas Boyard Huimin Xie K.H. Leong Nik Rajic Tong Earn Tay Andy Long Daniel J. Inman Klaus Friedrich Soon Hyung Hong Xiao Hou Christopher S. Lynch Kap-Seung Yang Ning Hu Anoush Poursartip O Stefanie Feih Xiaosu Yi Chun-Gon Kim I Karl Schulte Norman Wereley V Anthony M. Waas H L Ole Thybo Thomsen Stephen Tsai D Ioannis Chasiotis Karl Ulrich Kainer Véronique Michaud Antonio J.M. Ferreira HeeJune KIM Leif Asp Ozden Ochoa Suong Van Hoa Y Daolun Chen Ivana Partridge Kemao Qian P Hua-Xin Peng Litong Zhang Yiu-Wing Mai Darren Hartl Kishore Pochiraju Paul Robinson W Huibin Xu Gao B P David Kisailus J Kon-Well Wang Pedro P. Camanho Pascal Hubert Wei-Chung Wang Byung Sun Kim Huiming Cheng T Z David Seveno Jaehwan Kim Kristiina Oksman Ping Liu Wenbin Yu Hyonny Kim M Paul Lagace Tongyi Zhang Zhong Zhang Debes Bhattarcharyya James D. Lee Witold Brostow C Masaki Hojo Paul Smith Tsu-Wei Chou Zhongmin Xue Di Zhang James Thomason L Q Carlos Cimini J Matthew Jevons Dongsheng Li Janice M Barton Laifei Cheng Qibing Pei Chiara Bisagni James P. Thomas Michael Wisnom R Jay Kudva Lanhong Dai Qing-ping Sun X Xiaodong He Christian Berggreen Jianyong Yu Mingqiu Zhang Ray Baughman E Jayantha A. Epaarachchi Lars Berglund Qingsheng Yang W Xinghong Zhang Renhuai Liu Edith Mäder Jesper Hattel Lee Harper Chun Wang Jinliang Sun Murray Scott Woo Il Lee Xinlin Qing Erasmo Carrera Ji Su Lingtao Mao R Xinran (Sharon) Xiao Erik Lund Jian Lu Liqun Zhang Ramesh Talreja SCIENTIFIC PROGRAM CODES The scientific program consists of more than three hundred sessions covering nearly every aspectsof Mini-Oral and Poster Session composites across. The guide below shows you how to find session/presentation using session number/ The Posters are on display from 9:00 on Monday 21 August until 16:30 on Thursday 24 August in program number. Please note that you can also search for presentations through ICCM21 website or Microsite. designated area of Lily, Lotus and Rose Hall at the 1st Floor of Qujiang International Convention Center. All posters will have to be removed by 16:30 on Thursday 24 August. The conference Oral Session organizing committee takes no responsibility for posters after that. The session number is made of 4 digits: XYZZ X = day (Monday = 1, Tuesday = 2 …) The abstracts accepted for poster will also be presented at Mini Oral Presentation Sessions to be held Y = session number on the day from 9:05 -11:45 on Wednesday 23 August 2017. Each presentation will be limited to 3 slides and 3 ZZ = room code minutes. The arrangement of mini-oral presentation will be fully integrated in the scientific program. This will be followed by Poster Exhibition and Reception in the Center Stage on the first floor where The program number of oral presentation is made of session number and the order of the presentation in presenters are to stand by their posters to answer questions. each session: XYZZ-VV The poster session number is made of 5 digits: PXYZZ X = day (Monday = 1, Tuesday = 2 …) P = poster Y = session number on the day X= day (Wednesday = 3) ZZ = room code Y= session number on the day VV = presentation order in the session ZZ = stage number for presentation (stage 1, 2, 3, 4, 5, 6)

In the printed program, the name of break-out rooms are listed in table below, and their location can be found The program number of mini-oral presentation is as follows: PXYZZ-VV in venue map. P = poster X= day (Wednesday = 3) Qin Lv, China Composites Industry Association Session Corresponding Session Corresponding Session Corresponding Y= session number on the day ORGANIZING COMMITTEE Shaoyun Fu, Chongqing University Room No. Centre Room No. Room No. Centre Room No. Room No. Centre Room No. ZZ = stage number for presentation (stage 1, 2, 3, 4, 5, 6) Shengping Shen, Xi`an Jiaotong University Presidium VV = presentation order in the session (53 presentations in stage 1-5, 23 presentations in stage 6) 01 09 306 17 208 Shanyi Du, General Chair, Harbin Institute of Technology Shulin Bai, College of Engineering, Peking University Conference Room Mini-oral time: Wednesday 23 August 9:05-11:45 am. Jinsong Leng, Executive Chair, Harbin Institute of Technology Xiaosu Yi, AECC Beijing Institute of Aeronautical Materials 10 308 18 VIP101 02 402 Laifei Cheng, Co-Chair, Northwestern Polytechnical University Xin Lan, Harbin Institute of Technology 11 311 19 VIP102 Mini-oral presentation will be held in the Lily, Lotus and Rose Hall on the first floor. Jian Xu, Co-Chair, Institute of Chemistry, Chinese Academy of Sciences Xueling Fan, Xi`an Jiaotong University 03 406 12 313 20 VIP105 Boming Zhang, Co-Chair, Beihang University Xuming Xie, Tsinghua University 04 405 Jinrui Ye, Co-Chair, Beihang University / Chinese Society for Composite Materials Yan Li, Tongji University 13 204 21 VIP106 Yang He, Harbin Institute of Technology 05 305 22 209+210 Chen-Chi M. Ma, National Tsing Hua University Zhanjun Wu, Dalian University of Technology International 14 205 06 Reporting Hall Hai Wang, Shanghai Jiao Tong University Zhong Zhang, National Center for Nanoscience and Technology 15 206 Hejun Li, Northwestern Polytechnical University Zhongzhen Yu, Beijing University of Chemical Technology 07 VIP 303 16 207 Hua-Xin Peng, Zhejiang University Zuoguang Zhang, Beihang University 08 VIP 304 Jian Sun, Harbin Institute of Technology Limin Zhou, the Hong Kong Polytechnic University

PROGRAM OVERVIEW

ROOM 1 ROOM 6 ROOM 7 ROOM 8 ROOM 18 ROOM 19 ROOM 20 ROOM 21 ROOM 22 Dates Time Slot ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) (Presidium Conference Room) (International Reporting Hall) (VIP 303) (VIP 304) (VIP 101) (VIP 102) (VIP 105) (VIP 106) (209+210)

08:40-09:10 Opening Ceremony

09:10-10:00 SCALA LECTURE by: Yiu-Wing Mai, University of Sydney, Australia - Personal Reflections on a Career of Composite Materials Research: A Matter of Opportunities

10:15-10:50 KEYNOTE LECTURE by: 1) Fu-Kuo Chang, Stanford University, USA; 2) Debes Bhattarcharyya, University Auckland, New Zealand; 3) Dongsheng Li, Commercial Aircraft Corporation of China, China

10:50-11:10 Coffee Break

1107 1108 1110 Durability, 1116 Stimuli 1119 Coupled 1103 Fiber- 1112 Office Naval 1117 Design and 1102 Metal Matrix 1104 Fracture and 1105 Nano- Structural Multiscale 1109 Bio- Creep and 1111 Hybrid 1114 Composite Responsiveness 1118 Interfaces Properties and 1120 Digital 11:10-12:50 1101 Polymer Matrix Materials 1 reinforced 1106 Ceramic Matrix Composites 1 Research (ONR) 1113 Joints 1 1115 Fatigue 1 Manufacture for 1121 Aerospace 1 Composites 1 Damage 1 Composites 1 Analysis and Modelling of Composites 1 Aggressive Composites 1 Structures 1 and Shape and Interphases 1 Multi-Physics Image 1 Composites 1 Session 1 Multifunctionality 1 Optimization 1 Structures 1 Environment 1 Reconfiguration 1 Models

12:50-13:50 Lunch

Monday 13:50-14:40 PLENARY LECTURE by: Stephen Tsai, Stanford University, USA - Design of Composite Laminates 21 August 14:55-15:30 KEYNOTE LECTURE by: 1) Liqun Zhang, Beijing University of Chemical Technology, China; 2) Kon-Well Wang, University of Michigan, USA; 3) Soon Hyung Hong, Korea Advanced Institute of Science and Technology, Korea

15:30-15:50 Coffee Break

1207 1208 1210 Durability, 1216 Stimuli 1219 1203 Fiber- 1212 Office Naval 1217 Design and Workshop: 1202 Metal Matrix 1204 Fracture and 1205 Nano- Structural Multiscale 1209 Bio- Creep and 1211 Hybrid 1214 Composite Responsiveness 1218 Interfaces Recycling of 1220 Digital 15:50-17:10 1201 Polymer Matrix Materials 2 reinforced 1206 Ceramic Matrix Composites 2 Research (ONR) 1213 Joints 2 1215 Fatigue 2 Manufacture for 1221 Aerospace 2 International Composites 2 Damage 2 Composites 2 Analysis and Modelling of Composites 2 Aggressive Composites 2 Structures 2 and Shape and Interphases 2 Composites and Image 2 Composites 2 Session 2 Multifunctionality 2 Benchmark Optimization 2 Structures 2 Environment 2 Reconfiguration 2 Sustainability 1 Exercises on Textile 1307 1308 1316 Stimuli 1319 1303 Fiber- 1310 Moire 1312 Office Naval 1317 Design and Permeability and 1302 Metal Matrix 1304 Fracture and 1305 Nano- Structural Multiscale 1309 Bio- 1311 Hybrid 1314 Composite Responsiveness 1318 Interfaces Recycling of 1320 Bio and 17:10-18:30 1301 Polymer Matrix Materials 3 reinforced 1306 Ceramic Matrix Composites 3 and Grid Based Research (ONR) 1313 Joints 3 1315 Fatigue 3 Manufacture for 1321 Aerospace 3 Compressibility Composites 3 Damage 3 Composites 3 Analysis and Modelling of Composites 3 Composites 3 Structures 3 and Shape and Interphases 3 Composites and Medical 1 Composites 3 Technique Session 3 Multifunctionality 3 Characterization Optimization 3 Structures 3 Reconfiguration 3 Sustainability 2

18:40-21:30 Welcome Reception

08:00-8:50 PLENARY LECTURE by: Tongyi Zhang, Shanghai University, China - Brief Introduction to Materials Genome Initiative and Materials Informatics

2107 2108 2116 Stimuli 2119 2103 Fiber- 2112 Office Naval 2117 Design and 2102 Metal Matrix 2104 Fracture and 2105 Nano- Structural Multiscale 2109 Bio- 2110 2111 Hybrid 2114 Composite Responsiveness 2118 Interfaces Recycling of 2120 Bio and 09:05-10:25 2101 Polymer Matrix Materials 4 reinforced 2106 Ceramic Matrix Composites 4 Research (ONR) 2113 Joints 4 2115 Fatigue 4 Manufacture for 2121 Aerospace 4 Composites 4 Damage 4 Composites 4 Analysis and Modelling of Composites 4 Thermography 1 Composites 4 Structures 4 and Shape and Interphases 4 Composites and Medical 2 Composites 4 Session 4 Multifunctionality 4 Optimization 4 Structures 4 Reconfiguration 4 Sustainability 3

10:25-10:50 Coffee Break Tuesday 22 August 10:50-11:25 KEYNOTE LECTURE by: 1) Woo Il Lee, Seoul National University, Korea; 2) Norman Wereley, University of Maryland, USA; 3) Ozden Ochoa, Texas A&M University, USA

2207 2208 2219 2203 Fiber- 2212 Sandwich 2216 Self-Healing 2217 Design and 2202 Metal Matrix 2204 Fracture and 2205 Nano- 2206 Fiber-reinforced Structural Multiscale 2209 Bio- 2210 2211 Hybrid 2214 Composite 2218 Interfaces Recycling of 2220 Bio and 11:35-12:35 2201 Polymer Matrix Materials 5 reinforced Structures and 2213 Joints 5 2215 Fatigue 5 and Bio-inspired Manufacture for 2221 Aerospace 5 Composites 5 Damage 5 Composites 5 Composites 16 Analysis and Modelling of Composites 5 Thermography 2 Composites 5 Structures 5 and Interphases 5 Composites and Medical 3 Composites 5 Materials 1 Designs 1 Multifunctionality 5 Optimization 5 Structures 5 Sustainability 4

12:35-13:35 Lunch ROOM 1 ROOM 6 ROOM 7 ROOM 8 ROOM 18 ROOM 19 ROOM 20 ROOM 21 ROOM 22 Dates Time Slot ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) (Presidium Conference Room) (International Reporting Hall) (VIP 303) (VIP 304) (VIP 101) (VIP 102) (VIP 105) (VIP 106) (209+210)

13:35-14:25 PLENARY LECTURE by: Tsu-Wei Chou, University of Delaware, USA - From Structural to Functional Composites: A Personal Journey

14:40-15:15 KEYNOTE LECTURE by: 1) Leif Asp, Luleå University of Technology, Sweden; 2) Andy Long, The University of Nottingham, UK; 3) Alan KT Lau, Swinburne University of Technology, Australia

15:15-15:40 Coffee Break

2307 2308 2303 Fiber- 2310 Energy 2312 Sandwich 2316 Self-Healing 2317 Design and Tuesday 2302 Metal Matrix 2304 Fracture and 2305 Nano- 2306 Fiber-reinforced Structural Multiscale 2309 Bio- 2311 Hybrid 2314 Composite 2318 Interfaces 2319 Renewable 2320 Bio and 2321 Automotive 15:40-17:00 2301 Polymer Matrix Materials 6 reinforced Harvesting and Structures and 2313 Joints 6 2315 Fatigue 6 and Bio-inspired Manufacture for 22 August Composites 6 Damage 6 Composites 6 Composites 17 Analysis and Modelling of Composites 6 Composites 6 Structures 6 and Interphases 6 Energy 1 Medical 4 and Rail 1 Composites 6 Storage 1 Materials 2 Designs 2 Multifunctionality 6 Optimization 6 Structures 6 Panel Session on Composite 2407 2408 2418 2403 Fiber- 2410 Energy 2412 Sandwich 2416 Self-Healing Regulation 2402 Metal Matrix 2404 Fracture and 2405 Nano- 2406 Fiber-reinforced Structural Multiscale 2409 Bio- 2411 Hybrid 2414 Composite 2417 Tribology Processing- 2419 Renewable 2420 Bio and 2421 Automotive 17:00-18:20 2401 Polymer Matrix Materials 7 reinforced Harvesting and Structures and 2413 Joints 7 2415 Fatigue 7 and Bio-inspired Composites 7 Damage 7 Composites 7 Composites 18 Analysis and Modelling of Composites 7 Composites 7 Structures 7 and Wear 1 Preforming Energy 2 Medical 5 and Rail 2 Composites 7 Storage 2 Materials 3 Designs 3 Optimization 7 Structures 7 Technologies 1 18:30-20:00 Dinner

08:00-08:50 PLENARY LECTURE by: Huiming Cheng, Institute of Metal Research, Chinese Academy of Sciences, China - Fabrication of Graphene Materials and Their Composite Applications

09:05-11:45 Mini Oral Session Tsai Award

11:45-12:35 Poster Exhibition and Reception

12:35-13:35 Lunch and Poster Exhibition

13:35-14:25 PLENARY LECTURE by: Michael Wisnom, University of Bristol, UK - Creating Composites that Fail More Gradually

Wednesday 14:40-15:15 KEYNOTE LECTURE by: 1) Jian Lu, City University of Hong Kong, China; 2) Byung Sun Kim, Korea Institutes of Material Science, Korea; 3) Brian G. Falzon Queen's University Belfast, UK 23 August 15:15-15:35 Coffee Break

3107 3108 Ductile 3115 Structural 3118 3103 Fiber- 3109 Textile- 3110 Energy 3112 Sandwich 3116 Self-Healing 3102 Metal Matrix 3104 Fracture and 3105 Nano- 3106 Fiber-reinforced Structural and Pseudo- 3111 Dynamic 3114 Composite Design Criteria, 3117 Tribology Processing- 3119 Additive 3120 Bio and 3121 3122 Acoustic 15:35-16:55 3101 Polymer Matrix Materials 8 reinforced Based Harvesting and Structures and 3113 Joints 8 and Bio-inspired Composites 8 Damage 8 Composites 8 Composites 19 Analysis and ductile Behavior 1 Structures 8 Safety and and Wear 2 Preforming Manufacturing 1 Medical 6 Aerospace 6 Meta-Composite 1 Composites 8 Composites 1 Storage 3 Materials 4 Designs 4 Optimization 8 Composites 1 Reliability Technologies 2

17:00-18:20 General Assembly

18:30-20:00 Dinner

08:00-08:50 PLENARY LECTURE by: Ray Baughman, University of Texas at Dallas, USA - Strong, Fast, Powerful, Durable, and Cheap Polymer Fiber and Hybrid NanofiberYarn Artificial Muscles and Their Applications

4107 4108 Ductile 4103 Fiber- 4109 Textile- 4110 Energy 4112 Sandwich 4114 Actuation 4115 Processing- 4116 Self-Healing 4102 Metal Matrix 4104 Fracture and 4105 Nano- Forum on Lightweight Structures Structural and Pseudo- 4111 Dynamic 4117 Acoustic 4118 Process 4119 Additive 4120 Bio and 4121 Automotive 09:05-10:25 4101 Polymer Matrix Materials 9 reinforced Based Harvesting and Structures and 4113 Joints 9 and Dynamic Manufacturing and Bio-inspired Composites 9 Damage 9 Composites 9 and Composites Analysis and ductile Behavior 2 Meta-Composite 2 Induced Effects 1 Manufacturing 2 Medical 7 and Rail 3 Composites 9 Composites 2 Storage 4 Materials 5 Response Technologies 1 Designs 5 Optimization 9 Composites 2

Thursday 10:25-10:50 Coffee Break 24 August 10:50-11:25 KEYNOTE LECTURE by: 1)Anthony M. Waas, University of Washington, USA; 2) Jang Kyo Kim, The Hong Kong University of Science and Technology, China; 3) Véronique Michaud, Ecole Polytechnique Fédérale de Lausanne, Switzerland

4208 Ductile 4203 Fiber- 4207 Structural 4209 Textile- 4212 Sandwich 4213 X-Ray 4215 Processing- 4202 Metal Matrix 4204 Fracture and 4205 Nano- Forum on Lightweight Structures and Pseudo- 4210Process 4211 Dynamic 4214 Constitutive 4216 Civil 4217 Acoustic 4218 Process 4219 Additive 4221 Automotive 11:35-12:35 4201 Polymer Matrix Materials 10 reinforced Analysis and Based Structures and Computed Manufacturing 4220 Fibers 1 Composites 10 Damage 10 Composites 10 and Composites ductile Modelling 1 Behavior 3 Models 1 Engineering Meta-Composite 3 Induced Effects 2 Manufacturing 3 and Rail 4 Composites 10 Optimization 10 Composites 3 Materials 6 Tomography 1 Technologies 2 Composites 3 ROOM 1 ROOM 6 ROOM 7 ROOM 8 ROOM 18 ROOM 19 ROOM 20 ROOM 21 ROOM 22 Dates Time Slot ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) (Presidium Conference Room) (International Reporting Hall) (VIP 303) (VIP 304) (VIP 101) (VIP 102) (VIP 105) (VIP 106) (209+210)

12:35-13:35 Lunch

13:35-14:25 PLENARY LECTURE by: Zhongmin Xue, Sinoma Science & Technology Co., Ltd, China - Composite Material Applications to Industries in China

14:40-15:15 KEYNOTE LECTURE by: 1) Christopher S. Lynch, University of California, Los Angeles, USA; 2) Chiara Bisagni, Delft University of Technology, Netherlands; 3) Milo Shaffer, Imperial College London, UK

15:15-15:40 Coffee Break

Thursday 4308 Ductile 4303 Fiber- 4309 Textile- 4312 Sandwich 4313 X-Ray 4315 Processing- 24 August 4302 Metal Matrix 4304 Fracture and 4305 Nano- Forum on Lightweight Structures 4307 Green and Pseudo- 4310 Process 4311 Dynamic 4314 Constitutive 4316 Sensing and 4317 Acoustic 4318 Process 4319 Additive 4321 Smart 15:40-17:00 4301 Polymer Matrix Materials 11 reinforced Based Structures and Computed Manufacturing 4320 Fibers 2 Composites 11 Damage 11 Composites 11 and Composites Composites 1 ductile Modelling 2 Behavior 4 Models 2 Self-Diagnosis 1 Meta-Composite 4 Induced Effects 3 Manufacturing 4 Structures 1 Composites 11 Composites 4 Materials 7 Tomography 2 Technologies 3 Composites 4 4405 Damage 4408 Ductile 4403 Fiber- 4409 Textile- 4412 Sandwich 4413 X-Ray 4415 Processing- 4419 Micro- and 4402 Metal Matrix 4404 Fracture and Tolerance of Forum on Lightweight Structures 4407 Green and Pseudo- 4410 Process 4411 Dynamic 4414 Constitutive 4416 Sensing and 4417 Acoustic 4418 Process 4421 Smart 17:00-18:20 4401 Polymer Matrix Materials 12 reinforced Based Structures and Computed Manufacturing Nano- Scale 4420 Fibers 3 Composites 12 Damage 12 Composites and Composites Composites 2 ductile Modelling 3 Behavior 5 Models 3 Self-Diagnosis 2 Meta-Composite 5 Induced Effects 4 Structures 2 Composites 12 Composites 5 Materials 8 Tomography 3 Technologies 4 Test Methods Structures 1 Composites 5

19:00-21:30 Banquet

08:00-08:50 PLENARY LECTURE by: Daniel J. Inman, University of Michigan, USA - The Role of Composites in Avian Inspired Morphing Aircraft

5113 Ultrasound, 5119 5105 Damage 5117 5103 Fiber- 5108 Other 5109 Textile- 5112 Sandwich Acoustic 5115 Processing- Experimental 5102 Metal Matrix 5104 Dynamic Tolerance of 5106 Fiber-reinforced 5107 Green 5110 Process 5111 Composite 5114 Constitutive 5116 Sensing and Manufacturing 5118 Process 5121 Machining 09:05-10:25 5101 Polymer Matrix Materials 13 reinforced New Testing Based Structures and Emission, and Manufacturing Methods 5120 Fibers 4 Composites 13 Fracture 1 Composites Composites 20 Composites 3 Modelling 4 Repair 1 Models 4 Self-Diagnosis 3 Up-Scaling and Induced Effects 5 of Composites 1 Composites 13 Methods 1 Composites 6 Materials 9 Electromagnetic Technologies 5 for Process Structures 2 Automation 1 waves 1 Characterization 1

10:25-10:50 Coffee Break

10:50-11:25 KEYNOTE LECTURE by: 1) Zhishen Wu, Southeast University, China; 2) Yoshihiro Narita, Hokkaido University, Japan; 3) Zhengming Huang, Tongji University, China

5213 Ultrasound, 5219 5205 Damage 5217 5203 Fiber- 5208 Other 5209 Textile- 5212 Sandwich Acoustic 5215 Processing- Experimental 5202 Metal Matrix 5204 Dynamic Tolerance of 5206 Fiber-reinforced 5207 Green 5210 Process 5211 Composite 5214 Constitutive 5216 Sensing and Manufacturing 5218 Offshore 5221 Machining 11:35-12:35 5201 Liquid Composites Moulding 1 reinforced New Testing Based Structures and Emission, and Manufacturing Methods 5220 Fibers 5 Composites 14 Fracture 2 Composites Composites 21 Composites 4 Modelling 5 Repair 2 Models 5 Self-Diagnosis 4 Up-Scaling and and Subsea 1 of Composites 2 Friday Composites 14 Methods 2 Composites 7 Materials 10 Electromagnetic Technologies 6 for Process Structures 3 Automation2 25 August waves 2 Characterization 2

12:35-13:35 Lunch

13:35-14:25 PLENARY LECTURE by: HeeJune Kim, LG Hausys R&D Center, Korea - Technologies Overview for Composite Materials and Automotive Components in Korean Automotive Industry

14:25-14:50 Coffee Break

5313 Ultrasound, 5319 5305 Damage 5303 Fiber- 5308 Other 5309 Textile- 5312 Sandwich Acoustic 5315 Processing- Experimental 5302 Metal Matrix 5304 Dynamic Tolerance of 5307 Green 5310 Process 5311 Composite 5316 Sensing and 5318 Offshore 5321 Machining 14:50-16:30 5301 Liquid Composites Moulding 2 reinforced 5306 New Testing Based Structures and Emission, and 5314 Manufacturing 5317 Methods 5320 Fibers 6 Composites 15 Fracture 3 Composites Composites 5 Modelling 6 Repair 3 Self-Diagnosis 5 and Subsea 2 of Composites 3 Composites 15 Methods 3 Composites 8 Materials 11 Electromagnetic Technologies 7 for Process Structures 4 waves 3 Characterization 3

17:00-18:30 Dinner PLENARY LECTURES

Time Title Presenter Affiliation Room Chair

Monday 21 Personal Reflections on a Career of Composite Materials Research:A Matter of 09:10-10:00 Yiu-Wing Mai University of Sydney Qujiang Auditorium Jinsong Leng August Opportunities

13:50-14:40 Design of Composite Laminates Stephen Tsai Stanford University Qujiang Auditorium Tsu-Wei Chou

Time Title Presenter Affiliation Room Chair

Tuesday 22 08:00-08:50 Brief Introduction to Materials Genome Initiative and Materials Informatics Tongyi Zhang Shanghai University Qujiang Auditorium Michael Wisnom August

13:35-14:25 From Structural to Functional Composites: A Personal Journey Tsu-Wei Chou University of Delaware Qujiang Auditorium Tongyi Zhang

Time Title Presenter Affiliation Room Chair

Institute of Metal Wednesday 08:00-08:50 Fabrication of Graphene Materials and Their Composite Applications Huiming Cheng Research, Chinese Qujiang Auditorium Nobuo Takeda 23 August Academy of Sciences PLENARY LECTURES 13:35-14:25 Creating Composites that Fail More Gradually Michael Wisnom University of Bristol Qujiang Auditorium Huiming Cheng AND SPEAKERS Time Title Presenter Affiliation Room Chair

Thursday 24 Strong, Fast, Powerful, Durable, and Cheap Polymer Fiber and Hybrid Nanofiber University of Texas at 08:00-08:50 Ray Baughman Qujiang Auditorium Zhong Zhang August Yarn Artificial Muscles and Their Applications Dallas Sinoma Science & 13:35-14:25 Composite Material Applications to Industries in China Zhongmin Xue Qujiang Auditorium Xiaosu Yi Technology Co., Ltd

Time Title Presenter Affiliation Room Chair

Friday 25 08:00-08:50 The Role of Composites in Avian Inspired Morphing Aircraft Daniel J. Inman University of Michigan Qujiang Auditorium Hua-Xin Peng August Technologies Overview for Composite Materials and Automotive Components in 13:35-14:25 HeeJune Kim LG Hausys R&D Center Qujiang Auditorium Laifei Cheng Korean Automotive Industry Yiu-Wing Mai (Scala Lecture) Huiming Cheng Daniel J. Inman Stephen Tsai Centre for Advanced Materials Technology, University of Sydney, Australia National Laboratory for Materials Science, Institute of Metal Research, University of Michigan, USA Department of Aeronautics & Astronautics Stanford University, USA Chinese Academy of Sciences, China Born in Beijing, July 6, 1929. Professor Yiu-Wing Mai received his BSc(Eng), PhD and DSc degrees in mechanical Daniel J. Inman received his Ph.D. from Michigan State University in Mechanical engineering from the University of Hong Kong, SAR, China. He previously worked 1961 D.Eng. in Mechanical Engineering, Yale University. Dr. Hui-Ming Cheng is Professor and Director of both Advanced Carbon Research Engineering in 1980 and is Chair of the Department of Aerospace Engineering at 1952 B.S. in Mechanical Engineering, Yale University. in the US (University of Michigan and NIST), the UK (Imperial College) and Hong Division of Shenyang National Laboratory for Materials Science, Institute of Metal the University of Michigan, as well as the C. L. “Kelly” Johnson Collegiate Professor. 1990-Present Professor Research Emeritus, Aeronautics and Astronautics, Kong (CityU, HKU, HKUST and PolyU). He holds a University Chair in Mechanical Research, the Chinese Academy of Sciences, and the Low-Dimensional Material Since 1980, he has published eight books (on vibration, energy harvesting, control, Stanford University. Engineering at the University of Sydney. Prof Mai has made significant contributions and Device Laboratory of the Tsinghua-Berkeley Shenzhen Institute, Tsinghua Univ. . His statics, and dynamics), eight software manuals, 20 book chapters, over 350 journal 1968-1990 Director of Mechanics of Composites, Air Force Materials Laboratory. on fracture mechanics and advanced composite materials. These include the developments of asbestos- 1966-1968 Professor, Washington University. research activities focus on carbon nanotubes, graphene, other low-dimensional materials, energy papers and 600 proceedings papers, given 62 keynote or plenary lectures, graduated 62 Ph.D. students free fibre cements, superhard machining tools coated with ceramic nanocomposites, testing protocols 1961-1966 Composite Materials Engineer, Ford Aeronutronic. for essential work of fracture of polymers, and improved composites manufacturing processes, such storagmaterials, photocatalytic semiconducting materials, and bulk carbon materials. He has published and supervised more than 75 MS degrees. He works in the area of applying smart structures to solve 1952-1958 Engineer, Foster Wheeler Corporation. as pultrusion, thermoforming, stitching and z-pinning. His current research is focused on polymer over 500 papers and is recognized as a Highly Cited Researcher in both materials science and chemistry aerospace engineering problems including energy harvesting, structural health monitoring, vibration Process and product development of composite materials that may lead to improved design practice nanocomposites for structural (fracture, fatigue, etc.) and functional (fire retardancy, permeability, optical fields by Thomson Reuters. He used to be the Editor of Carbon and Editor-in-Chief of NewCarbon suppression and morphing aircraft. He is a Fellow of AIAA, ASME, IIAV, SEM and AAM and commercialization. His current interests include composite behavior as affected by static, creep and transparency, electrical and thermal conductivities, Li-ion battery electrodes, etc.) applications. Prof Mai Materials, and is now the founding Editor-in-Chief of Energy Storage Materials and Associate Editor of Friday 25 August 08:00-8:50 at Qujiang Auditorium - The Role of Composites in Avian Inspired fatigue loading, and products like composite rotors for flywheel systems. Emphasis is on the design, received the ICF Takeo Yokobori Gold Medal (2013), UK IOM3 AA Griffith Medal (2016) and Engineers Science China Materials. Morphing Aircraft manufacturing and evaluation of the performance and cost. Methodology and supporting software to provide safe service of 30 years under combinations of loads, temperatures and moisture. Also pioneering Australia Mechanical College AGM Michell Medal (2016) among others. He was elected FRS (2008), Wednesday 23 August 08:00-8:50 at Qujiang Auditorium - Fabrication of Graphene Materials and spreadsheet based composites design tools. His continuing projects (since 2007) include online FREng (2011), FAA (2001) and FTSE (1992). He was appointed AM (2010) by the Australian Government Their Composite Applications composites design workshops, which provide intensive, live training to thousands of around the world. for service to engineering. Monday 21 August 13:50-14:40 at Qujiang Auditorium - Design of Composite Laminates Monday 21 August 09:10-10:00 SCALA LECTURE at Qujiang Auditorium - Personal Reflections on a Career of Composite Materials Research: A Matter of Opportunities Hee June Kim Michael Wisnom Ray Baughman Tsu-Wei Chou LG Hausys R&D Center, Korea Advanced Composites Centre for Innovation and Science, University of Bristol, UK University of Texas at Dallas, USA University of Delaware, Newark, Delaware, USA Dr. Kim holds a research fellow position in LG Hausys, Korea where he is charge Michael Wisnom is Director of the recently established Bristol Composites Institute Ray Baughman became the Robert A. Welch Professor of Chemistry and Director Dr. Tsu-Wei Chou is the Pierre S. du Pont Chair of Engineering at the University of of automotive composite materials and components development. He has a master at the University of Bristol, which builds on ACCIS, the Advanced Composites of the NanoTech Institute at the University of Texas in Dallas in August 2001, after Delaware. Dr. Chou received the Ph.D. degree in materials science from Stanford and doctoral degrees in mechanical engineering department of Seoul National Collaboration for Innovation and Science. He is Professor of Aerospace Structures, 31 years in industry. He is a Member of The National Academy of Engineering and University (1969). He is the author of several books, including Microstructural University, especially in composite manufacturing processes for high performance Director of the Rolls-Royce Composites University Technology Centre, Queens The Academy of Medicine, Engineering and Science of Texas; the EU Academy of Design of Fiber Composites, Cambridge University Press, England (1992). Dr. Chou thermoplastic composites. After that, he spent for more than 6 years in US at the School Research Director and a member of the steering board for the UK National Sciences, a foreign member of the European Academy of Sciences; a Fellow of the is a Fellow of ASME, ASM, ASC, ACerS, TMS and AIAA, and he is a recipient of University of Delaware Center for Composite Materials as a postdoctoral fellow and Composites Centre. Royal Society of Chemistry, the National Academy of Inventors, and the American the Charles Russ Richards Memorial Award, the Worcester Reed Warner Medal research associate where he focused on manufacturing process for both thermoplastic and thermosetting Physical Society; an Academician of The Russian Academy of Natural Sciences; an honorary professor and the Nadai Medal of ASME, the Distinguished Research Award and the ASC/DEStech Award in Prof. Wisnom is a leading international authority on the mechanics and failure of fibre reinforced composites materials which were mainly defense and aerospace related R&D projects. of 7 universities in China; and is on editorial or advisory boards of Science and other journals. Ray has Composites of the American Society for Composites, and the Francis Alison Medal and the Medal of composites, and Principal Investigator on the Programme Grant on High Performance Ductile Composites Now he is LG group for cost-effective and mass producible composite materials and components for 80 issued US patents and 415 refereed publications, with over 31,200 citations and an H-index of 79. Excellence in Composite Materials of the University of Delaware. Dr. Chou is the Editor-in-Chief of the Technology in collaboration with Imperial College funded by the UK Engineering and Physical Sciences automotive industry. Dr. Kim has 32 internationally registered patents and 18 international journal papers. Thursday 24 August 08:00-8:50 at Qujiang Auditorium –Strong, Fast, Powerful, Durable, and Cheap international journal Composites Science and Technology. He has been recognized by ISI as a “Highly Research Council. He is the author of over 400 refereed journal and conference publications, and is Editor He was also awarded two times in 2012 and 2017 in JEC Composites Show for lightweight, economically Polymer Fiber and Hybrid Nanofiber Yarn Artificial Muscles and Their Applications Cited Researcher,” and he was named one of the top 100 materials scientists (ranked 34th) of the past in Chief and European Editor for Applied Science and Manufacturing of Composites Part A. He is a fellow decade (2000-2010) by Times Higher Education. Dr. Chou has been honored as a World Fellow by the viable and mass producible composite solutions in structural and exterior related automotive components. of the Royal Academy of Engineering, the Institution of Mechanical Engineers and the American Society International Committee on Composite Materials. He was recently selected to receive the 2017Albert Friday 25 August 13:35-14:25 at Qujiang Auditorium - Technologies Overview for Composite Materials for Composites, recipient of a Royal Society Wolfson Research Merit Award, and past president of the Sauveur Achievement Award of ASM International. and Automotive Components in Korean Automotive Industry International Committee on Composite Materials. Tuesday 22 August 13:35-14:25 at Qujiang Auditorium - From Structural to Functional Composites: Wednesday 23 August 13:35-14:25 at Qujiang Auditorium - Creating Composites that Fail More Gradually A Personal Journey Zhongmin Xue Tongyi Zhang Sinoma Science & Technology Co., Ltd, China Shanghai Materials Genome Institute, Shanghai University, Shanghai, China

Dr. Zhongmin Xue is the Chairman of Sinoma Science & Technology Co., Ltd. (briefly Tong-Yi Zhang earned Master degree in 1982 and PhD in 1985, majoring in materials Sinomatech). Dr. Xue has devoted his professional career to the composites materials physics, from University of Science and Technology Beijing, China. He worked 1993- for 30 years. Dr. Xue had been the President of Beijing FRP Research & Design 2015 at Hong Kong University of Science and Technology, as Lecturer, Associate Institute which is the first state institute of FRP/composites in China, established in Professor, Professor, Chair Professor, and Fang Professor of Engineering; works 2015- 1958. He was the Chairman of Sinomatech Wind Power Blade Co., Ltd from 2007 to at Shanghai University, as founding dean of Materials Genome Institute, Shanghai 2011, the company has grown to be one of leading wind turbine blade manufacturers University, and founding dean of Shanghai Materials Genome Institute. His research in the world and top one in China. Since 2013, Dr. Xue has been the Chairman of Sinomatech, now the is on mechanical properties of materials. He has been a vice president of the International Congress on company has been one of the largest fiber composites manufacturers in China. Fracture (ICF) since 2013 and was a vice president of The Far East and Oceanic Fracture Society 2001- Dr. Xue has also significant contributions to composites academic progress in China and exchange with the 2016. He was a recipient of two second prizes of the State Natural Science Award, China, and the 1988 world. Dr. Xue has been playing important roles in academic bodies. He is a Vice President of the Chinese National Award for Young Scientists, China. He became ICF Fellow in 2013, Fellow of the Hong Kong Society for Composite Materials, Vice President of China Composites Industry Association, and Chairman Academy of Engineering Sciences in 2012, member of Chinese Academy of Sciences in 2011, Senior of China FRP Society. Also Dr. Xue is the Chief Editor of the Journal of FRP/ Composites, which is one of Research Fellow of Croucher Foundation, Hong Kong, in 2003, Fellow of ASM International, USA, in 2001. the earliest academic publications for FRP/composites in China and established in 1974. Dr. Xue accepted He is Associate Editor-in-Chief of Science China Technological Sciences (2013 – ) and the Fracture and a SAMPE Fellow Award in 2016. Dr. Xue received his B.Eng. in Composite Materials from the National Continuum Mechanics Subject-Editor of the journal, Theoretical and Applied Fracture Mechanics (2013 – ). University of Defense Technology (NUDT), China, an M.Eng. in Composite Materials and a PhD in Materials Tuesday 22 August 08:00-8:50 at Qujiang Auditorium - Brief Introduction to Materials Genome Initiative Processing Engineering from Beijing University of Aeronautics and Astronautics (BUAA), China. and Materials Informatics Thursday 24 August 13:35 –14:25 at Qujiang Auditorium - Composite Material Applications to Industries in China KEYNOTE LECTURES AND SPEAKERS KEYNOTE LECTURES Time Title Presenter Affiliation Room Chair City University of Hong Ole Thybo 14:40-15:15 Recent Development of Metallic Nanocomposites for Structural Applications Jian Lu Qujiang Auditorium Time Title Presenter Affiliation Room Chair Wednesday Kong Thomsen 23 August Multiscale Hybrid Composites Reinforced with Interfacecontrolled Carbon Korea Institutes of Qujiang 14:40-15:15 Byung Sun Kim Lily Hall Chun Wang 10:15-10:50 Multifunctional Composites for Fly-by-Feel Autonomous Electric Vehicles Fu-Kuo Chang Stanford University Lin Ye Nanomaterials for Multifunctional Applications Material Science Auditorium Assessing and Improving the Crashworthiness of Composite Transportation Queen's University 14:40-15:15 Brian G. Falzon Rose Hall Andy Long 10:15-10:50 Flammability of Natural Fibre-Reinforced Polymeric Composites Debes Bhattarcharyya University Auckland Lily Hall Leif Asp Structures: Challenges and Opportunities Belfast

Commercial Aircraft Monday 21 10:15-10:50 Composite Related Research Activities in COMAC R&T Center Dongsheng Li Rose Hall Limin Zhou August Corporation of China Time Title Presenter Affiliation Room Chair Progress in Multi-Scaled Structure and Related Properties of Elastomer Beijing University of Chemical Qujiang 14:55-15:30 Nanocomposites Explored by Molecular Dynamics Simulation and Liqun Zhang Murray Scott Computational Modeling for Manufacturing and Certification of Future Technology Auditorium 10:50-11:25 Anthony M. Waas University of Washington Qujiang Auditorium Woo Il Lee Experimental Approaches Aerostructures The Hong Kong Norman Highly-Aligned 2D and Cellular Interconnected 3D Graphene/Polymer 14:55-15:30 Inspired by Nature – Adaptive Multifunctional Modular Metastructures Kon-Well Wang University of Michigan Lily Hall 10:50-11:25 Jang Kyo Kim University of Science Lily Hall Brian G. Falzon Wereley Composites with Exceptional Multi-Functional Properties and Technology Fabrication Processes and Properties of Carbon Nanomaterials Filled Korea Advanced Institute of 14:55-15:30 Soon Hyung Hong Rose Hall Pascal Hubert Thursday 24 Additional Solid Phases in Textile Preforms for Liquid Composite Molding: Ecole Polytechnique Nanocomposites Science and Technology 10:50-11:25 Véronique Michaud Rose Hall Chiara Bisagni August Influence on Permeability and Capillary Effects Fédérale de Lausanne Smart Materials and Structures: From Morphing Aircraft to Nanoscale Christopher S. University of California, 14:40-15:15 Qujiang Auditorium Anthony M. Waas Time Title Presenter Affiliation Room Chair Magnetoelectricity Lynch Los Angeles - Modeling of Thermoplastic Composites Manufacturing Processes Qujiang Static and Fatigue Study of Aircraft Composite Structures in the Post Buckling Delft University of 10:50-11:25 Woo Il Lee Seoul National University Fu-Kuo Chang 14:40-15:15 Chiara Bisagni Lily Hall Paul Lagace Reinforced with Continuous Fibers Auditorium Field Technology Christopher S. 10:50-11:25 Muscular Compliance in Bioinspired Soft Robots Norman Wereley University of Maryland Lily Hall 14:40-15:15 Hierarchical Composite Materials: Structural and Multifunctional Opportunities Milo Shaffer Imperial College London Rose Hall Matthew Jevons Lynch Tuesday 22 A Snapshot into the Evolution of Manufacturing, Characterization, Modeling 10:50-11:25 Ozden Ochoa Texas A&M University Rose Hall Paul Smith August Efforts to Tailor Function-Performance Strategy in Composites Time Title Presenter Affiliation Room Chair Structural Battery Composites – Roles of Constituents and Device Chalmers University of Qujiang 14:40-15:15 Leif Asp Liqun Zhang Architecture Technology Auditorium 10:50-11:25 Advancement of FRP Composites and Structural Innovation Zhishen Wu Southeast University Qujiang Auditorium Adrian Mouritz Friday 25 Anoush 14:40-15:15 Multi-Scale Modelling of Processing and Performance for Textile Composites Andy Long The University of Nottingham Lily Hall Augustt Vibration and Buckling Analysis of Composite Panels with Consideration of Poursartip 10:50-11:25 Yoshihiro Narita Hokkaido University Lily Hall Masaki Hojo Optimization Swinburne University of Debes 14:40-15:15 Nanocomposites at Extreme (Space) Environment Alan KT Lau Rose Hall Technology Bhattarcharyya 10:50-11:25 Failures of Composites by Micromechanics Approach Zhengming Huang Tongji University Rose Hall Hao Wang Leif Asp Chiara Bisagni Brian G. Falzon Zhengming Huang Byung Sun Kim Woo Il Lee Chalmers University of Technology, Sweden Delft University of Technology, The Netherlands Queen's University Belfast, UK Tongji University, China Korea Institutes of Material Science, Korea Seoul National University, Korea Dr Leif Asp, Chaired professor in Lightweight composite Chiara Bisagni is Full Professor and Chair of the section of Professor Falzon graduated from the University of Sydney -Ming Huang obtained his PhD from National Dr. Byung Sun Kim has been researching at the Composites Professor Woo Il Lee received his education from Seoul materials and structures at the Department of Industrial Aerospace Structures and Computational Mechanicsat the with a BSc in Physics and Pure Mathematics, a first- University of Singapore in 1999. He was awarded a Research Division (CRD) of Korea Institute of Materials National University (B.S. in 1976 and M.S. in 1978) and and Materials Sciences, Chalmers university of Faculty of Aerospace Engineering of Delft University of class honours degree in Aeronautical Engineering and a Yangtze River distinguished professor at Tongji university Science (KIMS) since 1991. He is a Professor in Advance the University of Michigan (Ph.D. in 1983). He joined Seoul technology, Sweden. Professor Asp’s research is Technology in the Netherlands. She received her Ph.D. PhD in Advanced Composite Aerostructures. He joined by the Ministry of Education of China in 2002. He has Materials Department, Korea University of Science & National University in 1987 where he is a full professor in focused on efficient design methodologies for carbon in Aerospace Engineering at the Politecnico di Milano in Imperial College London as a postdoctoral research created a unified elasto-plastic constitutive theory, Bridging Technology (UST) since 2012, and, also, is a Professor in the Department of Mechanical and Aerospace Engineering. fellow in 1996, was appointed to a Lectureship in 2000, a fibre composite aircraft and automotive applications and Italy, where she then became Assistant and later Associate Model, for composites, which is unique from a viewpoint of Mechanical Engineering, Changwon National University He served various administrative positions at the university Senior Lectureship in 2005 and Reader in 2007. In 2008, on development of novel multifunctional composites. Professor in the Department of Aerospace Engineering. four aspects, i.e., closed-form expression, high accuracy, since 2015. Between ’10 and ’16, he was a Director of such as the Department Chairman, the Dean of Engineering Prof Falzon took up the Inaugural Chair of Aerospace The research builds on 25 years’ experience in damage Before joining Delft in January 2015, she was Full Professor versatile applicability, and consistency from two to three Global Research Laboratory (GRL) program between and the Vice President of Research. He was the President of Engineering at Monash University where he was the CCM of Univ. of Delaware and CRC of KIMS on “Advanced tolerance modelling, design and certification methods for at the University of California San Diego in the US. Her Head of the Aerospace Engineering Programme, Director dimensions. He has found that the homogenized stresses Korean Society for Composite Materials and the Chairman aircraft composite structures. research topics are aerospace composite structures, and in particular static and of Research and Deputy Head of the Department of Mechanical and Aerospace in the fiber and matrix of a composite obtained by a micromechanics theory Hybrid Micro/ nanocomposites for Structural and Multifunctional Applications”. of the Organizing Committee of ICCM-18 held in Jeju Island, Korea in 2011. He Professor Asp is the current Senior Vice President of the International Committee dynamic buckling, impact, crashworthiness, damage propagation and fatigue. Engineering. In 2013 he joined Queen’s University Belfast as the Royal Academy must be converted into true values before a failure detection on the composite He received his Ph.D. from Dept. of Mechanical & Aerospace Engineering from is serving as the Asian regional editor of Journal of Composite Materials and Vice on Composite Materials (ICCM) and former President of the European Society Her approach combines experimental activities, as well as analytical and numerical of Engineering – Bombardier Chair in Aerospace Composites, where he is also can be made only in terms of the original fiber and matrix properties measured Missouri University of Science & Technology. Between ’00 and ’03, he was a Visiting President of ICCM (Region 2). He is a member of Korea Academy of Science and of Composite Materials (ESCM). Dr Asp is a member of the Editorial board of techniques for design, analysis and optimization. Chiara Bisagni received several the Director of the Advanced Composites Research Group. In 2015 he assumed independently, and has established the routine to achieve the conversion. He Scholar at ME Dept., MIT (Massachusetts Institute of Technology). In 2007, he was Technology and a fellow of American Society of Mechanical Engineers. His research six international scientific journals, among these Composites Science and awards, including an Amelia Earhart Fellowship, a Marie Curie Research the role of Head of the School of Mechanical and Aerospace Engineering. Prof is the author of 3 books, 6 book chapters, more than 160 peer-reviewed journal awarded of Korean Presidential Commendation for excellence in research into the interests include analysis and modeling of composites manufacturing processes and Technology. Before joining Chalmers full time in year 2015, Dr Asp had different Training Grant from the European Commission, a Young Researcher Fellowship Falzon is a Chartered Engineer and Fellow of the Royal Aeronautical Society. He is papers, and 19 patents. One of his papers has got a citation of more than 5,000 structural design and processing of Composite Materials. He was the president of polymer molding processes. positions at the Aeronautical Research Institute of Sweden (FFA) and Swerea from MIT, a Fulbright Grant, and she is Associate Fellow of the American internationally renowned for his work on advanced composite structures and in 2008 times world-widely, one of the highest citations gained in China. Korean Society for Composite Materials (2012- 2013) and was an Executive Council Tuesday 22 August 10:50-11:25 at Qujiang Auditorium: Modeling of Thermoplastic SICOMP. He also held a position as adjunct professor at Luleå university of Institute of Aeronautics and Astronautics (AIAA). She is Associate Editor of AIAA was awarded the George Taylor Prize, by the RAeS, for the best paper published on Friday 25 August 10:50-11:25 at Rose Hall - Failures of Composites by Member of International Committee on Composite Materials (ICCM) (2013-2015). Composites Manufacturing Processes Reinforced with Continuous Fibers technology since 2004. In year 2014 Dr Asp was elected Fellow of the Royal Journal, and member of the Editorial Board of the Journal of Sandwich Structures aircraft structures. In 2009 he was honoured with an Australian Leadership Award Micromechanics Approach Wednesday 23 August 14:40-15:15 at Lily Hall - Multiscale Hybrid Composites Swedish Academy of Engineering Sciences – the oldest academy of engineering and Materials and of the International Journal of Crashworthiness. In 2015 she was in recognition of his contribution to issues of national importance and demonstrated Reinforced with Interfacecontrolled Carbon sciences in the World. elected Executive Council Member of the International Committee on Composite leadership in his field. Prof Falzon is Associate Editor of The Aeronautical Journal Tuesday 22 August 14:40-15:15 at Qujiang Auditorium: Structural Battery Materials. and on the editorial boards of Applied Composite Materials and Advances in Aircraft Composites – Roles of Constituents and Device Architecture Thursday 24 August 14:40 -15:15 at Lily Hall - Static and Fatigue Study of Aircraft and Spacecraft Science, An International Journal. l - Assessing and Improving the Composite Structures in the Post-Buckling Field Wednesday 23 August 14:40-15:15 at Rose Hal Crashworthiness of Composite Transportation Structures: Challenges and Opportunities

Debes Bhattarcharyya Fu-Kuo Chang Soon Hyung Hong Jang Kyo Kim Alan KT Lau Dongsheng Li University Auckland, New Zealand Stanford University, USA Korea Advanced Institute of Science and Technology, Hong Kong University of Science and Technology, Hong Swinburne University of Technology, Australia Commercial Aircraft Corporation of China, China Professor Debes Bhattacharyya is a Distinguished Professor Dr. Fu-Kuo Chang is a Professor in the Department of Korea Kong, China Professor Lau received his Bachelor and Master degrees Dr. Dongsheng Li, Acting President of Beijing Aeronautical in the Department of Mechanical Engineering and has Aeronautics and Astronautics at Stanford University. His Prof. Hong completed his Ph.D. in Dept. of Materials Prof. Kim is currently a Chair Professor at Hong Kong of Engineering in Aerospace Engineering from the Royal Science and Technology Research Institute of COMAC, been the founding Director of the Centre for Advanced primary research interest is in the areas of multi-functional Science and Engineering at Northwestern University in University of Science and Technology (HKUST) and directs Melbourne Institute of Technology (RMIT University, Fellow of Royal Aeronautical Society of the UK. Dr. Composite Materials at the University of Auckland. In 2016, Australia) in 1996 and 1997,respectively.Within that he was felicitated as the Dr A P J Abdul Kalam Professor materials and intelligent structures with particular emphases 1984. After R&D experience at Stanford University as a the Finetex-HKUST R & D Center and the Advanced obtained his PhD from Bristol University in the UK. He on structural health monitoring, self-sensing diagnostics, research associate, he joined Korea Advanced Institute of Engineering Materials Facilities. Kim’s research is centered period, he also worked for General Aviation Maintenance worked for Airbus in Europe for many years with technical by SRM University in Chennai, India. He also holds an Pty Ltd, Australia, as an Engineer Trainee, and for the Adjunct Professor position at Washington State University, intelligent sensor networks, and multifunctional energy Science and Technology (KAIST) as a professor in 1986, on advanced materials, ranging from fiber-reinforced and management responsibilities. He has been Industrial Corporative Research Centre for Advanced Composite Pullman, USA. Professor Bhattacharyya was the Head of storage composites for transportation vehicles as well as where he has been directing research and education composites to nanocomposites containing graphene and Ph.D. supervisors for Imperial College, Bristol University Structures(CRC-ACS)Australia, as a Research Assistant Mechanical Engineering Department from 1999 to early safety-critical assets. He has been a recipient of many on nanocrystalline materials and nanocomposites. Prof. carbon nanotubes, and to nanostructured materials for and Bath University in the UK. He has also worked as 2005. His research interest includes the mechanics and designing a repair scheme for composite performs. scientific awards, among them the Structural Health Hong has published 205 international journal papers energy storage devices and multi-functional applications. Afterward, he received his Doctor of Philosophy (PhD) Vice President of Shanghai Aircraft Design and Research manufacturing of composite materials. He has held visiting positions at various Monitoring (SHM) Lifetime Achievement Award, IWSHM by Boeing Company and registered 140 patents mainly in areas of nanocrystalline materials and Kim has written over 300 refereed journal papers with over 11,000 citations (by WoS) Institute of COMAC. Dr. Li has many years of experience in industry and academia universities in Australia, Canada, Germany, Hong Kong and the US, and has been from The Hong Kong Polytechnic University in 2001. Thereafter, he was (2004), and Life-Time Achievement Award, SPIE NDE/SHM (2010). He is the Editor- nanocomposites. Prof. Hong had served as a Managing Director of the Office of and 3 research monographs on fiber composites, nanocomposites and graphene in both China and Europe. He is widely known as an expert in composite aircraft awarded a number of international awards. He has delivered > 65 keynote/plenary/ appointed Assistant Professor in 2002 and promoted to Associate Professor invited lectures at international conferences. He is currently the Editor (2) and in-Chief of Int. J. of Structural Health Monitoring. He is also a Fellow of AIAA and Strategic R&D Planning (OSP) in the Ministry of Knowledge Economy (MKE), thin films; and edited 8 books and holds 7 patents. He has been serving asthe and Professor in 2005 and 2010, respectively. In 2015, he was appointed as structures with more than 70 publications. Associate Editor (1) of three international journals and has served/is serving on ASME. Director for Basic Science and Engineering in National Research Foundation (NRF) Editor of Composites Part A and as the Associate Editor of Aerospace Science and Alex Wong/Gigi Wong Professor in Product Design Engineering and Associate Monday 21 August 10:15-10:50 at Rose Hall- Composite Related Research the Editorial Advisory Boards of eight journals. Prof. Bhattacharyya has more than Monday 21 August 10:15-10:50 at Qujiang Auditorium: Multifunctional Composites of Korea, Presidents of the Korea Society for Composite Materials (KSCM) and the Technology in addition to editorial board members of another 12 journals. He is a Dean (Industrial Relation) in the Faculty of Engineering, PolyU. Currently, he is Activities in COMACR&T Center 450 scientific/technical publications including several edited/authored books and for Fly-by-Feel Autonomous Electric Vehicles Korean Powder Metallurgy Institute (KPMI), and the Director of KAIST Institute for fellow of RSC and HKIE. Pro-Vice-Chancellor (Research Performance and Development) of Swinburne a number of book chapters. He has successfully implemented several international the NanoCentury (KINC). He currently is acting as members of the Korea Academy Thursday 24 August 10:50-11:25 at Lily Hall - Highly-Aligned 2D and University of Technology, Australia to look after its future research and ranking patents. He is a Fellow of the Royal Society, NZ and a Distinguished Fellow of the of Science and Technology (KAST) and the National Academy of Engineering of Cellular Interconnected 3D Graphene/Polymer Composites with Exceptional strategies. Professor Lau has received numerous research and teaching awards Institution of Professional Engineers NZ (IPENZ). He is a life member of ASME. For Korea (NAEK). Multi-Functional Properties since 2002.This year, he has been elected as Fellow of the European Academy his international academic achievements he has been awarded an honorary ‘Doctor Monday 21 August 14:55-15:30 at Rose Hall: Fabrication Processes and of Science and Arts. To date only three academics in Australia have received of Engineering’ (honoris causa) by the University of Southern Queensland, Australia. Properties of Carbon Nanomaterials Filled this honour. He has also been elected as International Vice President of The In 2012, he was awarded by IPENZ the Supreme Technical (John Cranko) Award for Institution of Mechanical Engineers(IMechE)and appointed as Independent Non- his professional contributions. executive Director of Kingsflair International (Holdings) Limited. Monday 21 August 10:15-10:50 at Lily Hall- Flammability of Natural Fibre- Tuesday 22 August 14:40-15:15 at Rose Hall - Nanocomposites at Extreme Reinforced Polymeric Composites (Space) Environment Andy Long Christopher S. Lynch Yoshihiro Narita Milo Shaffer Norman Wereley Zhishen Wu The University of Nottingham, UK University of California, Los Angeles, USA Hokkaido University, Japan Imperial College London, UK University of Maryland, USA Southeast University, China Professor Andy Long is Pro-Vice-Chancellor for the Professor Christopher S. Lynch completed his Ph.D. Dr. Narita has been Professor in Mechanical Engineering Milo Shaffer is Professor of Materials Chemistry at Dr. Wereley‘s research interests are in dynamics and Zhishen WU is a professor at Southeast University in Faculty of Engineering at the University of Nottingham, while working full time at a small company in Santa at Faculty of Engineering, Hokkaido University, Sapporo, Imperial College London, and co-Director of the London control of smart structures applied to helicopters, robotics, China and Ibaraki University in Japan. He received BS having previously served as Dean and as Associate Barbara, CA developing instrumentation systems for Japan until the retirement in March, 2017. He is now an Centre for Nanotechnology. He has extensive experience as well as aerospace and automotive systems. He also has and MS from Southeast University, in 1983 and 1986 Dean for Research. He is also Director of the EPSRC shock wave measurements. He joined UCSB as a Post academic advisor at Hasanuddin University in Makassar, of carbon and inorganic nanomaterials synthesis, a strong focus on active and passive vibration isolation, respectively and his PhD from Nagoya University, Future Composites Manufacturing Hub, leading basic Doc where he worked on fracture mechanics of electric Indonesia in JICA (Japan International Cooperation modification, characterization, and application, particularly shock mitigation (especially occupant protection systems), Japan in 1990. His research interests include FRP and applied research in composites manufacturing field coupled materials. In 1995 he joined the faculty Agency) Project. His research interests cover analytical for nanocomposite and hierarchical systems. Key and actuation systems. Dr. Wereley has published over 190 composite technologies, advanced basalt fibers, sensor for the UK academic community. He has worked of Mechanical Engineering at Georgia Tech where he and computational aspects in solid mechanics and applications are in structural composites, electrochemical journal articles, 16 book chapters, and over 250 conference technologies, structural health/risk/disaster monitoring, for over 25 years on design and manufacture of focused his research on smart materials and structures structural optimization. He is Honorary member of JSME electrodes, and functional thin films. MS completed his articles. Dr. Wereley is an inventor on thirteen patents and control and management, andsustainable infrastructure. advanced polymer composite materials, focusing on while advancing to the rank of Professor and Associate and Fellow of JSCM, and has been a long time Editor-in- PhD and a Research Fellowship at the University of over a dozen patents pending. Dr. Wereley is Editor of He has published 8 books and over 600 papers in simulation of composites manufacturing processes, development of materials Chair of the Woodruff School. He moved to UCLA in 2007 where he continued Chief in English journals in JSME, Associate editor in Applied Mechanics Reviews Cambridge, and has previously worked as a materials technology consultant in the Journal of Intelligent Material Systems and Structures and associate editor of refereed journals and international conference proceedings including over 60 characterisation techniques for composites processing, and predictive his research and was the first Director of the new Master of Science Online in ASME and Editorial Board member in Composite Structures (Elsevior). He has the areas of new technology development and exploitation. He has filed around Smart Materials and Structures and AIAA Journal. He was the Chair of the 2013 keynote or invited papers, among which over 150 journal papers and 30 keynote modelling of the processing and performance of textile composites. The latter Engineering degree program, now ranked #1 by US News and World Report. He published more than 130 refereed research papers, 120 international conference thirty patents/applications, many of which have been licensed commercially. He SPIE Symposium on Smart Structures/NDE. Dr. Wereley is the recipient of several or invited papers are related to FRP. He also holds over 60 authorized patents. is best illustrated by Nottingham's "TexGen" open source code for modelling currently serves as Chairman of the Department of Mechanical and Aerospace proceedings, 10 book chapters and other form of reports. He is also interested has published well over 160 peer-reviewed papers with a total of over 11,000 awards including AIAA National Capital Section Engineer of the Year (2009), AIAA Although about half of his research papers have been published in Japanese or of textile composite unit cells, which underpins much of the modelling work at Engineering in the Henry Samueli School of Engineering and Applied Science. in engineering education and international cooperation in higher education and citations, h-Index 50. He was awarded the Royal Society of Chemistry (RSC) Sustained Service Award (2011), the AHS Harry T. Jensen Award (2011), and the Chinese journals, his publications in English have also received wide citations, Nottingham and is used widely by many other groups around the world. Andy Thursday 24 August 14:40-15:15 at Qujiang Auditorium- Smart Materials and research through his experiences as Director of European Office of Hokkaido Meldola medal in 2005, a prestigious EPSRC Leadership Fellowship in 2008, and ASME Adaptive Structures and Materials Systems Best Paper Award in Structural e.g. his total citation in Scopus is over 4000 times. He was awarded the JSCE has led a number of collaborative research council (EPSRC), UK government Structures: From Morphing Aircraft to Nanoscale Magnetoelectricity University and the present position at one university in ASEAN countries. RSC Corday-Morgan medal in 2014. He sits editorial boards of Nanocomposites, Dynamics and Control (2004, 2012). Dr. Wereley is also the recipient of the ASME Research Award by the Japan Society of Civil Engineering in 1990, the JSCM and industry funded projects on polymer composites, with a career portfolio of Friday 25 August 10:50-11:25 at Lily Hall: Vibration and Buckling Analysis of Materials Today Chemistry, & International Materials Reviews, and has helped to Adaptive Structures and Material Systems Prize (2012), and the SPIE Lifetime Technology Award from the Japan Society for Composite Materials in 2005, and over £55million including £33million as Principal Investigator. His research has Composite Panels with Consideration of Optimization organise a number of international nano-related meetings, including several of the Achievement Award in Smart Structures and Materials (2013). Dr. Wereley is a 2009 SHM Person of the Year Award from the International Journal of Structural involved collaboration with a large number of industry partners, in particular from Nanotube ‘XX series, a Faraday Discussion on Advanced Carbon, and the CNP- Fellow of AIAA, AHS, ASME, SPIE, and the Institute of Physics. Health Monitoring and related organizations, National Prize for Progress in the aerospace and automotive sectors. COMP meetings. Tuesday 22 August 10:50-11:25 at Lily Hall - Muscular Compliance in Bioinspired Science and Technology of China in 2012 and IIFC medal from International Tuesday 22 August 14:40-15:15 at Lily Hall: Multi-Scale Modelling of Processing Thursday 24 August 14:40-15:15 at Lily Hall - Hierarchical Composite Soft Robots Institute of FRP in Construction in 2016 etc. and Performance for Textile Composites Materials: Structural and Multifunctional Opportunities Friday 25 August 10:50 -11:25 at Qujiang Auditorium - Advancement of FRP Composites and Structural Innovation

Jian Lu Véronique Michaud Ozden Ochoa Anthony M. Waas Kon-Well Wang Liqun Zhang City University of Hong Kong, China Ecole Polytechnique Fédérale de Lausanne, Switzerland Texas A&M University, USA University of Washington, USA University of Michigan, USA Beijing University of Chemical Technology, China Prof. Jian Lu is Chair Professor of Mechanical Engineering; Véronique Michaud is currently Associate Professor Dr. OZDEN OCHOA, Fellow of the American Society of Professor Anthony M. Waas is the Boeing Egtvedt Endowed Kon-Well Wang is the Stephen P. Timoshenko Professor Prof Liqun Zhang, Dean of College of Materials Science and Vice President (R&T) at the City University of Hong Kong. and head of the Laboratory for Processing of Advanced Mechanical Engineers, Fellow of the American Society Chair Professor in the William E. Boeing Department and Tim Manganello/BorgWarner Department Chair of Engineering of Beijing University of Chemical Technology. Mechanical Engineering at the University of Michigan. He obtained the Dip. Ing., and Doctoral degree from Composites, and director of the Materials Science and for Composites and World Fellow of ICCM, is Professor of Aeronautics and Astronautics at the University of Yangtze river scholars Distinguished Professor, National He received his Ph.D. degree from the University of Washington, Seattle. Professor Waas’s research interests Outstanding Youth Fund winner, Chief Scientist of National University of Technology of Compiegne in 1984 and 1986 Engineering Section of the Ecole Polytechnique Fédérale Emerita and TEES Research Professor in the Department California at Berkeley in 1985, worked at the General respectively. From 1986 to 1994, he was appointed as de Lausanne, in Switzerland. She graduated in 1987 from of Mechanical Engineering at Texas A&M University. are: computational modeling of lightweight composite 973 Project, Director of Engineering Research Center Motors Research Labs as a Senior Research Engineer, of Elastomer Materials on Energy Conservation and Senior Research Engineer at the CETIM. In 1994, he was Ecole des Mines in Paris with an engineering degree, in 1991 Her research focus on computational and experimental structures, Automated manufacturability, 3D printing in and started his academic career at the Pennsylvania Resources, Ministry of Education. He has published over appointed as Professor; Head of Department of Mechanical from MIT with a PhD in Materials Engineering, and obtained mechanics of composites in aerospace, offshore, aerospace, damage tolerance of composites & mechanics of State University in 1988. During his Penn State years, 400 international papers. His papers have been cited by Systems Engineering and Director of Mechanical Systems a Research Habilitation from INPG in France in 1994. After automotive and medical applications have culminated textile composites. Professor Waas was the Felix Pawlowski Professor Wang has served as the peers in a positive manner for over 6026 times (Web of Collegiate Chair Professor of Aerospace Engineering William E. Diefenderfer Chaired Professor in Mechanical and Concurrent Engineering Laboratory jointly supported a post-doctoral research stay at MIT, she spent 3 years at in over 200 publications and one book. In addition to Science) with an H-index of 40. He was chosen to be in by French Ministry of Education and CNRS) at University of Technology of Troyes, Ecole Centrale in Paris for teaching and research in the Laboratory for Materials, her academic commitments, Dr. Ochoa had the privilege of serving at DOD and Director, Composite Structures Laboratory at the University of Michigan, from Engineering, Director of the Structural Dynamics & Controls Lab, Associate Director of the Vertical Lift Research Center of Excellence, and Group Leader the list of the most cited Chinese researchers of Elsevier in 2014 and 2015. He is France. From 2005 to 2010, he was Chair Professor and Head of Department Structures and Soils Mechanics, before joining EPFL in 1997. Her fields of research research laboratories; as the Associate Director for Science & Technology at ARL, 1988 to 2014. Professor Waas is a Fellow of the American Institute of Aeronautics for the Center for Acoustics & Vibration. Dr. Wang joined the University of a (co-)author of 8 books (chapters) and has given over 80plenary/keynote/invited and Astronautics (AIAA), the American Society of Mechanical Engineering (ASME), of Mechanical Engineering at the Hong Kong Polytechnic University. He has are fundamentals of composite materials processing, as well as smart materials and interim Director of Aerospace Sciences and Materials Directorate at AFOSR, as Michigan in 2008. Professor Wang’s main technical interests are in adaptive lectures in international conferences. He and his team members have filed 160 published more than 350 SCI journal papers (Science, Nature Materials, Materials structures including self-healing, shape and vibration control and tailored damping. Composites - ST at the Materials and Manufacturing Directorate at AFRL and as and the American Academy of Mechanics (AAM). He is a recipient of several best structural systems and structural dynamics & control. He has received numerous Chinese patents. He has received many high reputed scientific awards from relative Today, Advanced Materials, Nature Communications, PRL, JMPS, Acta Mat.). Thursday 24 August 10:50 -11:25 at Rose Hall - Additional Solid Phases in a Program Manager at AFOSR building the portfolio for mechanics of composites. paper awards, the 2016 AIAA SDM award, the AAM Jr. Research Award, the ASC recognitions for his accomplishments; such as the SPIE Smart Structures and Association, Society, Ministry and Committee of China including prestigious“9th He was elected as an Academician of the National Academy of Technologies of Textile Preforms for Liquid Composite Molding: Influence on Permeability and She has served on review boards of numerous journals, national and international Outstanding Researcher Award, and several distinguished awards from the University Materials Lifetime Achievement Award, the ASME Adaptive Structures and China Youth Scientific Award” in 2012, “National Invention Award” in 2008 and in France in 2011. Capillary Effects agencies including NATO Science for Peace Projects. Among her many honors of Michigan. He received the AIAA-ASC James H. Starnes, jr. Award, 2017, for seminal Materials Systems Award, the ASME N.O. Myklestad Award, the ASME Rudolf 2015, seven provincial and ministerial level awards. In 2012, he received Spark- Wednesday 23 August 14:40-15:15 at Qujiang Auditorium - Recent Development are the ASTM D30 Wayne Stinchcomb Memorial Award, American Society for contributions to composite structures and materials and for mentoring students and Kalman Best Paper Award, the ASME Adaptive Structures and Material Systems Thomas Award from ACS Rubber Division, and Asia Research Award from Society of Metallic Nanocomposites for Structural Applications Composites-Destech Award in Composites; American Society of Mechanical other young professionals. Professor Waas obtained his B.Sc in Aeronautics with First Best Paper Awards, the NASA Tech Brief Award, and the SAE Ralph Teetor of Chemical Engineering of Japan. In 2014, he got the Morand Lambla Award Award. He is a Fellow of the ASME, AAAS, and IOP. Professor Wang has been Engineers Dedicated Service Award; Texas A&M University International Class Honors from Imperial College, London, 1982, the MS and Ph.D in Aeronautics from International Polymer Processing Society, which was due to his important the Chief Editor for the ASME Journal of Vibration and Acoustics. He is currently and Applied Mathematics (minor) from Caltech, 1983 and 1988, respectively. contributions to elastomeric polymer science and technology. Excellence Award. an Associate Editor for the Journal of Intelligent Material Systems and Structures Monday 21 August 14:55-15:30 at Qujiang Auditorium- Progress in Multi-Scaled Tuesday 22 August 10:50-11:25 at Rose Hall: A Snapshot into the Evolution of Thursday 24 August 10:50-11:25 at Qujiang Auditorium - Computational Modeling and an Editorial Advisory Board Member for the Journal of Sound and Vibration. Structure and Related Properties of Elastomer Nanocomposites Explored by Manufacturing, Characterization, Modeling Efforts to Tailor Function-Performance for Manufacturing and Certification of Future Aerostructures Monday 21 August 14:55-15:30 at Lily Hall: Inspired by Nature – Adaptive Molecular Dynamics Simulation and Experimental Approaches Strategy in Composites Multifunctional Modular Metastructures Acknowledgement

New book by Professor Stephen Tsai The organizing committee of ICCM21 would like to express gratitude to Professor Stephen Tsai for sharing his new book Composite Laminates with all ICCM21 guests, which can be found in the USB Flash Disk that delivered to every guest.

Materials of this book come from authentic and highly regarded sources. In this book, a different approach for the design of composites laminates is adopted, and tools for design and testing are provided for students to master the subject matter at the end of each chapter. These tools including the laminate search engines will be passed out to all interested guests. SCIENTIFIC PROGRAM Special Gratitude Our Special gratitude goes to Professor Jang Kyo Kim, Hong Kong University of Science and Technology, for his generous donation of 1000 USD to the ICCM conference, which Prof. Kim received from the journal of Composites Part A for "Most Highly Cited Award". LIST OF SESSION CHAIRS Session Code Session Title Time Slot Session Chair Session Co-chair 1209 Bio-Composites 2 15:50-17:10, Aug 21, 2017 Kristiina Oksman Session Code Session Title Time Slot Session Chair Session Co-chair 1210 Durability, Creep and Aggressive Environment 2 15:50-17:10, Aug 21, 2017 Yi Xiao 1101 Polymer Matrix Materials 1 11:10-12:50, Aug 21, 2017 Liangliang Li 1211 Hybrid Composites 2 15:50-17:10, Aug 21, 2017 Erik Thostenson 1102 Metal Matrix Composites 1 11:10-12:50, Aug 21, 2017 Xuexi Zhang 1212 Office Naval Research (ONR) Session 2 15:50-17:10, Aug 21, 2017 Fu-Pen Chiang 1103 Fiber-reinforced Composites 1 11:10-12:50, Aug 21, 2017 Shaoyun Fu 1213 Joints 2 15:50-17:10, Aug 21, 2017 Stefanie Feih 1104 Fracture and Damage 1 11:10-12:50, Aug 21, 2017 Xiqiao Feng Christopher Harvey 1214 Composite Structures 2 15:50-17:10, Aug 21, 2017 Reza Vaziri 1105 Nano-Composites 1 11:10-12:50, Aug 21, 2017 Soon Hyung Hong Ton Peijs 1215 Fatigue 2 15:50-17:10, Aug 21, 2017 Tong Earn Tay 1106 Ceramic Matrix Composites 1 11:10-12:50, Aug 21, 2017 Laifei Cheng Xinghong Zhang 1216 Stimuli Responsiveness and Shape Reconfiguration 2 15:50-17:10, Aug 21, 2017 Lihua Jin Masaaki Nishikawa 1107 Structural Analysis and Optimization 1 11:10-12:50, Aug 21, 2017 Ming Zhou 1217 Design and Manufacture for Multifunctionality 2 15:50-17:10, Aug 21, 2017 Fang Xie Faxiang Qin 1108 Multiscale Modelling of Structures 1 11:10-12:50, Aug 21, 2017 Zhen Chen Wenbin Yu 1218 Interfaces and Interphases 2 15:50-17:10, Aug 21, 2017 Jianxiang Wang 1109 Bio-Composites 1 11:10-12:50, Aug 21, 2017 Kristiina Oksman 1219 Recycling of Composites and Sustainability 1 15:50-17:10, Aug 21, 2017 Robert Kwok-Yiu Li 1110 Durability, Creep and Aggressive Environment 1 11:10-12:50, Aug 21, 2017 Yi Xiao 1220 Digital Image 2 15:50-17:10, Aug 21, 2017 Qinghua Wang 1111 Hybrid Composites 1 11:10-12:50, Aug 21, 2017 Erik Thostenson 1221 Aerospace 2 15:50-17:10, Aug 21, 2017 Matthew Jevons 1112 Office Naval Research (ONR) Session 1 11:10-12:50, Aug 21, 2017 Fu-Pen Chiang 1301 Polymer Matrix Materials 3 17:10-18:30, Aug 21, 2017 Russell Varley 1113 Joints 1 11:10-12:50, Aug 21, 2017 Stefanie Feih 1302 Metal Matrix Composites 3 17:10-18:30, Aug 21, 2017 Xuexi Zhang 1114 Composite Structures 1 11:10-12:50, Aug 21, 2017 Reza Vaziri 1303 Fiber-reinforced Composites 3 17:10-18:30, Aug 21, 2017 Shulin Bai Fatigue 1 11:10-12:50, Aug 21, 2017 Tong Earn Tay 1115 1304 Fracture and Damage 3 17:10-18:30, Aug 21, 2017 Licheng Guo 1116 Stimuli Responsiveness and Shape Reconfiguration 1 11:10-12:50, Aug 21, 2017 Richard Trask 1305 Nano-Composites 3 17:10-18:30, Aug 21, 2017 Emiliano Bilotti Xiaolong Jia 1117 Design and Manufacture for Multifunctionality 1 11:10-12:50, Aug 21, 2017 Faxiang Qin Fang Xie 1306 Ceramic Matrix Composites 3 17:10-18:30, Aug 21, 2017 Xinghong Zhang Laifei Cheng 1118 Interfaces and Interphases 1 11:10-12:50, Aug 21, 2017 Jianxiang Wang 1307 Structural Analysis and Optimization 3 17:10-18:30, Aug 21, 2017 Jun Yan 1308 Multiscale Modelling of Structures 3 17:10-18:30, Aug 21, 2017 Zhen Chen Wenbin Yu 1119 Coupled Properties and Multi-Physics Models 11:10-12:50, Aug 21, 2017 Liwu Liu 1309 Bio-Composites 3 17:10-18:30, Aug 21, 2017 Kristiina Oksman 1120 Digital Image 1 11:10-12:50, Aug 21, 2017 Nam Seo Goo 1310 Moire and Grid Based Technique 17:10-18:30, Aug 21, 2017 Suwen Chen 1121 Aerospace 1 11:10-12:50, Aug 21, 2017 Matthew Jevons 1311 Hybrid Composites 3 17:10-18:30, Aug 21, 2017 Brian Wardle Jie Tao 1201 Polymer Matrix Materials 2 15:50-17:10, Aug 21, 2017 Liangliang Li 1312 Office Naval Research (ONR) Session 3 17:10-18:30, Aug 21, 2017 Fu-Pen Chiang 1202 Metal Matrix Composites 2 15:50-17:10, Aug 21, 2017 Xuexi Zhang 1313 Joints 3 17:10-18:30, Aug 21, 2017 Stefanie Feih 1203 Fiber-reinforced Composites 2 15:50-17:10, Aug 21, 2017 Shaoyun Fu 1314 Composite Structures 3 17:10-18:30, Aug 21, 2017 Reza Vaziri 1204 Fracture and Damage 2 15:50-17:10, Aug 21, 2017 Xiqiao Feng Christopher Harvey 1315 Fatigue 3 17:10-18:30, Aug 21, 2017 Libin Ning Hu 1205 Nano-Composites 2 15:50-17:10, Aug 21, 2017 Ton Peijs Soon Hyung Hong 1316 Stimuli Responsiveness and Shape Reconfiguration 3 17:10-18:30, Aug 21, 2017 Fenghua Zhang Yanju Liu 1206 Ceramic Matrix Composites 2 15:50-17:10, Aug 21, 2017 Laifei Cheng Xinghong Zhang 1317 Design and Manufacture for Multifunctionality 3 17:10-18:30, Aug 21, 2017 H. Jerry Qi 1207 Structural Analysis and Optimization 2 15:50-17:10, Aug 21, 2017 Christopher York 1318 Interfaces and Interphases 3 17:10-18:30, Aug 21, 2017 Alexander Bismarck Andres Nistal 1208 Multiscale Modelling of Structures 2 15:50-17:10, Aug 21, 2017 Zhen Chen Wenbin Yu 1319 Recycling of Composites and Sustainability 2 17:10-18:30, Aug 21, 2017 Chunyi Zhi Session Code Session Title Time Slot Session Chair Session Co-chair Session Code Session Title Time Slot Session Chair Session Co-chair 1320 Bio and Medical 1 17:10-18:30, Aug 21, 2017 Yihui Zhang 2210 Thermography 2 11:35-12:35, Aug 22, 2017 Janice M Barton 1321 Aerospace 3 17:10-18:30, Aug 21, 2017 Matthew Jevons Xin Lan 2211 Hybrid Composites 5 11:35-12:35, Aug 22, 2017 António Torres Marques 2101 Polymer Matrix Materials 4 09:05-10:25, Aug 22, 2017 Joong Hee Lee Russell Varley 2212 Sandwich Structures and Materials 1 11:35-12:35, Aug 22, 2017 Chun-Gon Kim Christian Berggreen 2102 Metal Matrix Composites 4 09:05-10:25, Aug 22, 2017 Dingbang Xiong 2213 Joints 5 11:35-12:35, Aug 22, 2017 Shuguang Li 2103 Fiber-reinforced Composites 4 09:05-10:25, Aug 22, 2017 Shulin Bai 2214 Composite Structures 5 11:35-12:35, Aug 22, 2017 Zhanjun Wu 2104 Fracture and Damage 4 09:05-10:25, Aug 22, 2017 Chiara Bisagni 2215 Fatigue 5 11:35-12:35, Aug 22, 2017 Ning Hu Jianyu Zhang 2105 Nano-Composites 4 09:05-10:25, Aug 22, 2017 Xiaolong Jia 2216 Self-Healing and Bio-inspired Designs 1 11:35-12:35, Aug 22, 2017 David Kisailus Richard Trask 2106 Ceramic Matrix Composites 4 09:05-10:25, Aug 22, 2017 Xinghong Zhang Laifei Cheng 2217 Design and Manufacture for Multifunctionality 5 11:35-12:35, Aug 22, 2017 H. Jerry Qi 2107 Structural Analysis and Optimization 4 09:05-10:25, Aug 22, 2017 Zhangming Wu Haim Abramovich 2218 Interfaces and Interphases 5 11:35-12:35, Aug 22, 2017 David Seveno Alessandro Pegoretti 2108 Multiscale Modelling of Structures 4 09:05-10:25, Aug 22, 2017 Wenbin Yu 2219 Recycling of Composites and Sustainability 4 11:35-12:35, Aug 22, 2017 Jörg Dittmann 2109 Bio-Composites 4 09:05-10:25, Aug 22, 2017 Hao Wang 2220 Bio and Medical 3 11:35-12:35, Aug 22, 2017 Jizhou Song 2110 Thermography 1 09:05-10:25, Aug 22, 2017 Janice M Barton 2221 Aerospace 5 11:35-12:35, Aug 22, 2017 Jifeng Xu 2111 Hybrid Composites 4 09:05-10:25, Aug 22, 2017 Brian Wardle Jie Tao 2301 Polymer Matrix Materials 6 15:40-17:00, Aug 22, 2017 Joong Hee Lee Jun Ma 2112 Office Naval Research (ONR) Session 4 09:05-10:25, Aug 22, 2017 Christian Berggreen 2302 Metal Matrix Composites 6 15:40-17:00, Aug 22, 2017 Dingbang Xiong 2113 Joints 4 09:05-10:25, Aug 22, 2017 Shuguang Li 2303 Fiber-reinforced Composites 6 15:40-17:00, Aug 22, 2017 Shaoyun Fu 2114 Composite Structures 4 09:05-10:25, Aug 22, 2017 Zhanjun Wu 2304 Fracture and Damage 6 15:40-17:00, Aug 22, 2017 Jian Xiong 2115 Fatigue 4 09:05-10:25, Aug 22, 2017 Jianyu Zhang Ning Hu 2305 Nano-Composites 6 15:40-17:00, Aug 22, 2017 Robert Young Ton Peijs 2116 Stimuli Responsiveness and Shape Reconfiguration 4 09:05-10:25, Aug 22, 2017 Yanju Liu Fenghua Zhang 2306 Fiber-reinforced Composites 17 15:40-17:00, Aug 22, 2017 Yuanqing Li Ning Hu 2117 Design and Manufacture for Multifunctionality 4 09:05-10:25, Aug 22, 2017 H. Jerry Qi 2307 Structural Analysis and Optimization 6 15:40-17:00, Aug 22, 2017 Haim Abramovich Zhangming Wu 2118 Interfaces and Interphases 4 09:05-10:25, Aug 22, 2017 Alessandro Pegoretti 2308 Multiscale Modelling of Structures 6 15:40-17:00, Aug 22, 2017 Wenbin Yu Yang He 2119 Recycling of Composites and Sustainability 3 09:05-10:25, Aug 22, 2017 Simon Bickerton 2309 Bio-Composites 6 15:40-17:00, Aug 22, 2017 Yao Li Kristiina Oksman 2120 Bio and Medical 2 09:05-10:25, Aug 22, 2017 Yihui Zhang 2310 Energy Harvesting and Storage 1 15:40-17:00, Aug 22, 2017 Ya Wang Ping Liu 2121 Aerospace 4 09:05-10:25, Aug 22, 2017 Xin Lan Jifeng Xu 2311 Hybrid Composites 6 15:40-17:00, Aug 22, 2017 António Torres Marques 2201 Polymer Matrix Materials 5 11:35-12:35, Aug 22, 2017 Joong Hee Lee Jun Liu 2312 Sandwich Structures and Materials 2 15:40-17:00, Aug 22, 2017 Chun-Gon Kim Christian Berggreen 2202 Metal Matrix Composites 5 11:35-12:35, Aug 22, 2017 Dingbang Xiong 2313 Joints 6 15:40-17:00, Aug 22, 2017 Elena Sitnikova 2203 Fiber-reinforced Composites 5 11:35-12:35, Aug 22, 2017 Shaoyun Fu 2314 Composite Structures 6 15:40-17:00, Aug 22, 2017 Zhanjun Wu Feng Gao 2204 Fracture and Damage 5 11:35-12:35, Aug 22, 2017 Chiara Bisagni 2315 Fatigue 6 15:40-17:00, Aug 22, 2017 Tong Earn Tay 2205 Nano-Composites 5 11:35-12:35, Aug 22, 2017 Xiaolong Jia 2316 Self-Healing and Bio-inspired Designs 2 15:40-17:00, Aug 22, 2017 David Kisailus Richard Trask 2206 Fiber-reinforced Composites 16 11:35-12:35, Aug 22, 2017 Larissa Gorbatikh Yuanqing Li 2317 Design and Manufacture for Multifunctionality 6 15:40-17:00, Aug 22, 2017 H. Jerry Qi 2207 Structural Analysis and Optimization 5 11:35-12:35, Aug 22, 2017 Zhangming Wu Haim Abramovich 2318 Interfaces and Interphases 6 15:40-17:00, Aug 22, 2017 David Seveno 2208 Multiscale Modelling of Structures 5 11:35-12:35, Aug 22, 2017 Wenbin Yu 2319 Renewable Energy 1 15:40-17:00, Aug 22, 2017 Lei Chen 2209 Bio-Composites 5 11:35-12:35, Aug 22, 2017 Hao Wang 2320 Bio and Medical 4 15:40-17:00, Aug 22, 2017 Tongqing Lu Liwu Liu Session Code Session Title Time Slot Session Chair Session Co-chair Session Code Session Title Time Slot Session Chair Session Co-chair 2321 Automotive and Rail 1 15:40-17:00, Aug 22, 2017 Jun Takahashi 3111 Dynamic Behavior 1 15:35-16:55, Aug 23, 2017 Lanhong Dai 2401 Polymer Matrix Materials 7 17:00-18:20, Aug 22, 2017 Liqun Zhang Jun Ma 3112 Sandwich Structures and Materials 4 15:35-16:55, Aug 23, 2017 Guoxing Lu 2402 Metal Matrix Composites 7 17:00-18:20, Aug 22, 2017 Dingbang Xiong 3113 Joints 8 15:35-16:55, Aug 23, 2017 Mikhail Matveev Stephen Daynes 2403 Fiber-reinforced Composites 7 17:00-18:20, Aug 22, 2017 Shaoyun Fu 3114 Composite Structures 8 15:35-16:55, Aug 23, 2017 Suong Van Hoa Feng Gao 2404 Fracture and Damage 7 17:00-18:20, Aug 22, 2017 Jian Sun Jian Xiong 3115 Structural Design Criteria, Safety and Reliability 15:35-16:55, Aug 23, 2017 Nak-Sam Choi 2405 Nano-Composites 7 17:00-18:20, Aug 22, 2017 Robert Young Ton Peijs 3116 Self-Healing and Bio-inspired Designs 4 15:35-16:55, Aug 23, 2017 Richard Trask 2406 Fiber-reinforced Composites 18 17:00-18:20, Aug 22, 2017 Hitoshi Kanazawa 3117 Tribology and Wear 2 15:35-16:55, Aug 23, 2017 Jinglei Yang 2407 Structural Analysis and Optimization 7 17:00-18:20, Aug 22, 2017 Haim Abramovich 3118 Processing-Preforming Technologies 2 15:35-16:55, Aug 23, 2017 Joanna Wong 2408 Multiscale Modelling of Structures 7 17:00-18:20, Aug 22, 2017 Xiaobo Gong Wenbin Yu 3119 Additive Manufacturing 1 15:35-16:55, Aug 23, 2017 Masahito Ueda 2409 Bio-Composites 7 17:00-18:20, Aug 22, 2017 Yao Li Kristiina Oksman 3120 Bio and Medical 6 15:35-16:55, Aug 23, 2017 Jizhou Song 2410 Energy Harvesting and Storage 2 17:00-18:20, Aug 22, 2017 Ya Wang Ping Liu 3121 Aerospace 6 15:35-16:55, Aug 23, 2017 Jifeng Xu 2411 Hybrid Composites 7 17:00-18:20, Aug 22, 2017 Jie Tao António Torres Marques 4101 Polymer Matrix Materials 9 09:05-10:25, Aug 24, 2017 Liqun Zhang Raj Das 2412 Sandwich Structures and Materials 3 17:00-18:20, Aug 22, 2017 Chun-Gon Kim Christian Berggreen 4102 Metal Matrix Composites 9 09:05-10:25, Aug 24, 2017 Masashi Yoshida 2413 Joints 7 17:00-18:20, Aug 22, 2017 Stephen Daynes Stefanie Feih 4103 Fiber-reinforced Composites 9 09:05-10:25, Aug 24, 2017 Zhidong Guan Dong-Wook Oh 2414 Composite Structures 7 17:00-18:20, Aug 22, 2017 Feng Gao Liming Chen 4104 Fracture and Damage 9 09:05-10:25, Aug 24, 2017 Simon Wang 2415 Fatigue 7 17:00-18:20, Aug 22, 2017 Tong Earn Tay 4105 Nano-Composites 9 09:05-10:25, Aug 24, 2017 Karl Schulte Ian Kinloch 2416 Self-Healing and Bio-inspired Designs 3 17:00-18:20, Aug 22, 2017 David Kisailus Richard Trask 4107 Structural Analysis and Optimization9 09:05-10:25, Aug 24, 2017 Erik Lund 2417 Tribology and Wear 1 17:00-18:20, Aug 22, 2017 Jinglei Yang 4108 Ductile and Pseudo-ductile Composites 2 09:05-10:25, Aug 24, 2017 Alexander Bismarck Paul Robinson 2418 Processing-Preforming Technologies 1 17:00-18:20, Aug 22, 2017 Lee Harper 4109 Textile-Based Composites 2 09:05-10:25, Aug 24, 2017 Stepan Lomov Chao Zhang 2419 Renewable Energy 2 17:00-18:20, Aug 22, 2017 Francisco Lahuerta 4110 Energy Harvesting and Storage 4 09:05-10:25, Aug 24, 2017 Ping Liu 2420 Bio and Medical 5 17:00-18:20, Aug 22, 2017 Tongqing Lu 4111 Dynamic Behavior 2 09:05-10:25, Aug 24, 2017 Lanhong Dai 2421 Automotive and Rail 2 17:00-18:20, Aug 22, 2017 Jun Takahashi Jun Xu 4112 Sandwich Structures and Materials 5 09:05-10:25, Aug 24, 2017 Guoxing Lu 3101 Polymer Matrix Materials 8 15:35-16:55, Aug 23, 2017 Liqun Zhang Raj Das 4113 Joints 9 09:05-10:25, Aug 24, 2017 Chong Huang Ming Elena Sitnikova 3102 Metal Matrix Composites 8 15:35-16:55, Aug 23, 2017 Masashi Yoshida 4114 Actuation and Dynamic Response 09:05-10:25, Aug 24, 2017 Jinhao Qiu Jian Sun 3103 Fiber-reinforced Composites 8 15:35-16:55, Aug 23, 2017 Zixing Lu 4115 Processing-Manufacturing Technologies 1 09:05-10:25, Aug 24, 2017 Wesley J Cantwell Byung Chul Kim 3104 Fracture and Damage 8 15:35-16:55, Aug 23, 2017 Licheng Guo 4116 Self-Healing and Bio-inspired Designs 5 09:05-10:25, Aug 24, 2017 Richard Trask 3105 Nano-Composites 8 15:35-16:55, Aug 23, 2017 Ian Kinloch 4117 Acoustic Meta-Composite 1 09:05-10:25, Aug 24, 2017 Massimo Ruzzene Yize Wang 3106 Fiber-reinforced Composites 19 15:35-16:55, Aug 23, 2017 Hitoshi Kanazawa 4118 Process Induced Effects 1 09:05-10:25, Aug 24, 2017 David Becker 3107 Structural Analysis and Optimization 8 15:35-16:55, Aug 23, 2017 Erik Lund 4119 Additive Manufacturing 2 09:05-10:25, Aug 24, 2017 Ryosuke Matsuzaki 3108 Ductile and Pseudo-ductile Composites 1 15:35-16:55, Aug 23, 2017 Milo Shaffer Paul Robinson 4120 Bio and Medical 7 09:05-10:25, Aug 24, 2017 Yihui Zhang 3109 Textile-Based Composites 1 15:35-16:55, Aug 23, 2017 Stepan Lomov Chao Zhang 4121 Automotive and Rail 3 09:05-10:25, Aug 24, 2017 Xinran (Sharon) Xiao 3110 Energy Harvesting and Storage 3 15:35-16:55, Aug 23, 2017 Zhanhui Yuan Ya Wang 4201 Polymer Matrix Materials 10 11:35-12:35, Aug 24, 2017 Raj Das Session Code Session Title Time Slot Session Chair Session Co-chair Session Code Session Title Time Slot Session Chair Session Co-chair 4202 Metal Matrix Composites 10 11:35-12:35, Aug 24, 2017 Masashi Yoshida Daolun Chen 4315 Processing-Manufacturing Technologies 3 15:40-17:00, Aug 24, 2017 Paolo Ermanni John Summerscales 4203 Fiber-reinforced Composites 10 11:35-12:35, Aug 24, 2017 Ning Hu 4316 Sensing and Self-Diagnosis 1 15:40-17:00, Aug 24, 2017 Xinlin Qing Jayantha Ananda Epaarachchi 4204 Fracture and Damage 10 11:35-12:35, Aug 24, 2017 Simon Wang 4317 Acoustic Meta-Composite 3 15:40-17:00, Aug 24, 2017 Yuesheng Wang Xiaoning Liu 4205 Nano-Composites 10 11:35-12:35, Aug 24, 2017 Karl Schulte Ian Kinloch 4318 Process Induced Effects 3 15:40-17:00, Aug 24, 2017 Richard Butler 4207 Structural Analysis and Optimization10 11:35-12:35, Aug 24, 2017 Erik Lund 4319 Additive Manufacturing 4 15:40-17:00, Aug 24, 2017 Jaehwan Kim 4208 Ductile and Pseudo-ductile Composites 3 11:35-12:35, Aug 24, 2017 Milo Shaffer 4320 Fibers 2 15:40-17:00, Aug 24, 2017 Pengcheng Ma Yuris Dzenis 4209 Textile-Based Composites 3 11:35-12:35, Aug 24, 2017 John Whitcomb Valter Carvelli 4321 Smart Structures 1 15:40-17:00, Aug 24, 2017 Arief Yudhanto Liwu Liu 4210 Process Modelling 1 11:35-12:35, Aug 24, 2017 Pascal Hubert 4401 Polymer Matrix Materials 12 17:00-18:20, Aug 24, 2017 Guoping Du 4211 Dynamic Behavior 3 11:35-12:35, Aug 24, 2017 Lanhong Dai 4402 Metal Matrix Composites 12 17:00-18:20, Aug 24, 2017 Daolun Chen Masashi Yoshida 4212 Sandwich Structures and Materials 6 11:35-12:35, Aug 24, 2017 Zhongwei Guan 4403 Fiber-reinforced Composites 12 17:00-18:20, Aug 24, 2017 Ning Hu Zhongwei Guan 4213 X-Ray Computed Tomography 1 11:35-12:35, Aug 24, 2017 Michael Jerabek Qinghua Wang 4404 Fracture and Damage 12 17:00-18:20, Aug 24, 2017 Christopher Harvey Simon Wang 4214 Constitutive Models 1 11:35-12:35, Aug 24, 2017 Qingping Sun Qingsheng Yang 4405 Damage Tolerance of Composites Structures 1 17:00-18:20, Aug 24, 2017 Pedro Camanho Ivana Partridge 4215 Processing-Manufacturing Technologies 2 11:35-12:35, Aug 24, 2017 Klaus Drechesler Gangadhara Prusty 4407 Green Composites 2 17:00-18:20, Aug 24, 2017 John Summerscales 4216 Civil Engineering 1 11:35-12:35, Aug 24, 2017 Yuris Dzenis 4408 Ductile and Pseudo-ductile Composites 5 17:00-18:20, Aug 24, 2017 Paul Robinson 4217 Acoustic Meta-Composite 2 11:35-12:35, Aug 24, 2017 Guoliang Huang Xiaoming Zhou 4409 Textile-Based Composites 5 17:00-18:20, Aug 24, 2017 Frank Ko Philippe Boisse 4218 Process Induced Effects 2 11:35-12:35, Aug 24, 2017 Maciej Wysocki 4410 Process Modelling 3 17:00-18:20, Aug 24, 2017 Jesper Hattel 4219 Additive Manufacturing 3 11:35-12:35, Aug 24, 2017 Xiaoyong Tian 4411 Dynamic Behavior 5 17:00-18:20, Aug 24, 2017 Theophane Courtois 4220 Fibers 1 11:35-12:35, Aug 24, 2017 Liwei Wang Chenchen Zhu 4412 Sandwich Structures and Materials 8 17:00-18:20, Aug 24, 2017 Christian Berggreen 4221 Automotive and Rail 4 11:35-12:35, Aug 24, 2017 Xinran (Sharon) Xiao Jun Xu 4413 X-Ray Computed Tomography 3 17:00-18:20, Aug 24, 2017 Qinghua Wang Michael Jerabek 4301 Polymer Matrix Materials 11 15:40-17:00, Aug 24, 2017 Guoping Du 4414 Constitutive Models 3 17:00-18:20, Aug 24, 2017 Qingsheng Yang Yanju Liu 4302 Metal Matrix Composites 11 15:40-17:00, Aug 24, 2017 Masashi Yoshida Daolun Chen 4415 Processing-Manufacturing Technologies 4 17:00-18:20, Aug 24, 2017 António Torres Marques Byung Chul Kim 4303 Fiber-reinforced Composites 11 15:40-17:00, Aug 24, 2017 Zhongwei Guan Ning Hu 4416 Sensing and Self-Diagnosis 2 17:00-18:20, Aug 24, 2017 Zhichun Zhang Jayantha Ananda Epaarachchi 4304 Fracture and Damage 11 15:40-17:00, Aug 24, 2017 Christopher Harvey Simon Wang 4417 Acoustic Meta-Composite 4 17:00-18:20, Aug 24, 2017 Zhihai Xiang Jun Yang 4305 Nano-Composites 11 15:40-17:00, Aug 24, 2017 Ian Kinloch 4418 Process Induced Effects 4 17:00-18:20, Aug 24, 2017 Samuel Erland 4307 Green Composites 1 15:40-17:00, Aug 24, 2017 Debes Bhattacharyya John Summerscales 4419 Micro- and Nano- Scale Test Methods 17:00-18:20, Aug 24, 2017 Fei Deng 4308 Ductile and Pseudo-ductile Composites 4 15:40-17:00, Aug 24, 2017 Alexander Bismarck 4420 Fibers 3 17:00-18:20, Aug 24, 2017 Kap-Seung Yang Pengcheng Ma 4309 Textile-Based Composites 4 15:40-17:00, Aug 24, 2017 John Whitcomb Valter Carvelli 4421 Smart Structures 2 17:00-18:20, Aug 24, 2017 Gilles Lubineau Xiaobo Gong 4310 Process Modelling 2 15:40-17:00, Aug 24, 2017 Byung Sun Kim 5101 Polymer Matrix Materials 13 09:05-10:25, Aug 25, 2017 Jun Liu 4311 Dynamic Behavior 4 15:40-17:00, Aug 24, 2017 Zhanli Liu 5102 Metal Matrix Composites 13 09:05-10:25, Aug 25, 2017 Daolun Chen 4312 Sandwich Structures and Materials 7 15:40-17:00, Aug 24, 2017 Christian Berggreen Zhongwei Guan 5103 Fiber-reinforced Composites 13 09:05-10:25, Aug 25, 2017 Zixing Lu 4313 X-Ray Computed Tomography 2 15:40-17:00, Aug 24, 2017 Qinghua Wang 5104 Dynamic Fracture 1 09:05-10:25, Aug 25, 2017 Matteo Filippi 4314 Constitutive Models 2 15:40-17:00, Aug 24, 2017 Qingping Sun Session Code Session Title Time Slot Session Chair Session Co-chair Session Code Session Title Time Slot Session Chair Session Co-chair 5105 Damage Tolerance of Composites Structures 2 09:05-10:25, Aug 25, 2017 Pedro Camanho Ivana Partridge 5216 Sensing and Self-Diagnosis 4 11:35-12:35, Aug 25, 2017 Yang He Jayantha Ananda Epaarachchi 5106 Fiber-reinforced Composites 20 09:05-10:25, Aug 25, 2017 Larissa Gorbatikh 5217 Manufacturing Up-Scaling and Automation 1 11:35-12:35, Aug 25, 2017 Takashi Ishikawa 5107 Green Composites 3 09:05-10:25, Aug 25, 2017 Hao Wang 5218 Offshore and Subsea 1 11:35-12:35, Aug 25, 2017 Kok Hoong Leong 5108 Other New Testing Methods 1 09:05-10:25, Aug 25, 2017 Zhanwei Liu Zhiyong Wang 5219 Experimental Methods for Process Characterization 2 11:35-12:35, Aug 25, 2017 David Becker 5109 Textile-Based Composites 6 09:05-10:25, Aug 25, 2017 Cagri Ayranci 5220 Fibers 5 11:35-12:35, Aug 25, 2017 Xuming Xie Dawei Zhang 5110 Process Modelling 4 09:05-10:25, Aug 25, 2017 Shuai Chen 5221 Machining of Composites 2 11:35-12:35, Aug 25, 2017 Hitesh Sharma Luís Miguel P. Durão 5111 Composite Repair 1 09:05-10:25, Aug 25, 2017 John J Wang 5301 Liquid Composites Moulding 2 15:40-17:20, Aug 25, 2017 Norberto Feito Sánchez 5112 Sandwich Structures and Materials 9 09:05-10:25, Aug 25, 2017 Qinghua Qin Guoxing Lu 5302 Metal Matrix Composites 15 15:40-17:20, Aug 25, 2017 Daolun Chen 5113 Ultrasound, Acoustic Emission, and Electromagnetic waves 1 09:05-10:25, Aug 25, 2017 Yoji Okabe 5303 Fiber-reinforced Composites 15 15:40-17:20, Aug 25, 2017 Ning Hu 5114 Constitutive Models 4 09:05-10:25, Aug 25, 2017 Yanju Liu Qingsheng Yang 5304 Dynamic Fracture 3 15:40-17:20, Aug 25, 2017 Jian Wang 5115 Processing-Manufacturing Technologies 5 09:05-10:25, Aug 25, 2017 Kevin Potter John Summerscales 5305 Damage Tolerance of Composites Structures 4 15:40-17:20, Aug 25, 2017 Pedro Camanho 5116 Sensing and Self-Diagnosis 3 09:05-10:25, Aug 25, 2017 Jayantha Ananda Epaarachchi Xinlin Qing 5307 Green Composites 5 15:40-17:20, Aug 25, 2017 John Summerscales 5117 Acoustic Meta-Composite 5 09:05-10:25, Aug 25, 2017 Weiqiu Chen Gengkai Hu 5308 Other New Testing Methods 3 15:40-17:20, Aug 25, 2017 Meisam Jalalvan Yongmao Pei 5118 Process Induced Effects 5 09:05-10:25, Aug 25, 2017 Andy Rhead 5309 Textile-Based Composites 8 15:40-17:20, Aug 25, 2017 Cagri Ayranci 5119 Experimental Methods for Process Characterization 1 09:05-10:25, Aug 25, 2017 Min Li 5310 Process Modelling 6 15:40-17:20, Aug 25, 2017 Mukul Shukla 5120 Fibers 4 09:05-10:25, Aug 25, 2017 Chenchen Zhu Liwei Wang 5311 Composite Repair 3 15:40-17:20, Aug 25, 2017 John J Wang 5121 Machining of Composites 1 09:05-10:25, Aug 25, 2017 Bin Niu Luís Miguel P. Durão 5312 Sandwich Structures and Materials 11 15:40-17:20, Aug 25, 2017 Guoxing Lu 5201 Liquid Composites Moulding 1 11:35-12:35, Aug 25, 2017 Chris Rudd 5313 Ultrasound, Acoustic Emission, and Electromagnetic waves 3 15:40-17:20, Aug 25, 2017 Yoji Okabe 5202 Metal Matrix Composites 14 11:35-12:35, Aug 25, 2017 Daolun Chen 5315 Processing-Manufacturing Technologies 7 15:40-17:20, Aug 25, 2017 Rehan Umer Byung Chul Kim 5203 Fiber-reinforced Composites 14 11:35-12:35, Aug 25, 2017 David Kraus Moniruddoza Ashir 5316 Sensing and Self-Diagnosis 5 15:40-17:20, Aug 25, 2017 Jayantha Ananda Epaarachchi Xinlin Qing 5204 Dynamic Fracture 2 11:35-12:35, Aug 25, 2017 Jian Wang 5317 Manufacturing Up-Scaling and Automation 2 15:40-17:20, Aug 25, 2017 Neil Reynolds 5205 Damage Tolerance of Composites Structures 3 11:35-12:35, Aug 25, 2017 Ivana Partridge Pedro Camanho 5318 Offshore and Subsea 2 15:40-17:20, Aug 25, 2017 Andreas Echtermeyer Sandeep Namdeo 5206 Fiber-reinforced Composites 21 11:35-12:35, Aug 25, 2017 Larissa Gorbatikh 5319 Experimental Methods for Process Characterization 3 15:40-17:20, Aug 25, 2017 Igor Tsukrov 5207 Green Composites 4 11:35-12:35, Aug 25, 2017 Hao Wang 5320 Fibers 6 15:40-17:20, Aug 25, 2017 Dawei Zhang Xuming Xie 5208 Other New Testing Methods 2 11:35-12:35, Aug 25, 2017 Zhiyong Wang Ruixiang Bai 5321 Machining of Composites 3 15:40-17:20, Aug 25, 2017 Chong Zhang Fritz Klocke 5209 Textile-Based Composites 7 11:35-12:35, Aug 25, 2017 Cagri Ayranci 5210 Process Modelling 5 11:35-12:35, Aug 25, 2017 Thomas Neumeyer 5211 Composite Repair 2 11:35-12:35, Aug 25, 2017 John J Wang 5212 Sandwich Structures and Materials 10 11:35-12:35, Aug 25, 2017 Qinghua Qin 5213 Ultrasound, Acoustic Emission, and Electromagnetic waves 2 11:35-12:35, Aug 25, 2017 Yoji Okabe 5214 Constitutive Models 5 11:35-12:35, Aug 25, 2017 Qingsheng Yang 5215 Processing-Manufacturing Technologies 6 11:35-12:35, Aug 25, 2017 Asami Nakai Gangadhara Prusty Monday 21 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

08:40 Opening Ceremony Opening Ceremony

09:10 SCALA LECTURE at Qujiang Auditorium: PERSONAL REFLECTIONS ON A CAREER OF COMPOSITE MATERIALS RESEARCH: A MATTER OF OPPORTUNITIES Yiu-Wing Mai, University of Sydney, Australia SCALA LECTURE at Qujiang Auditorium: PERSONAL REFLECTIONS ON A CAREER OF COMPOSITE MATERIALS RESEARCH: A MATTER OF OPPORTUNITIES Yiu-Wing Mai, University of Sydney, Australia

KEYNOTE at Qujiang Auditorium: MULTIFUNCTIONAL COMPOSITES FOR FLY-BY-FEEL AUTONOMOUS ELECTRIC VEHICLES Fu-Kuo Chang, Stanford University, USA KEYNOTE at Qujiang Auditorium: MULTIFUNCTIONAL COMPOSITES FOR FLY-BY-FEEL AUTONOMOUS ELECTRIC VEHICLES Fu-Kuo Chang, Stanford University, USA 10:15 KEYNOTE at Lily Hall: FLAMMABILITY OF NATURAL FIBRE-REINFORCED POLYMERIC COMPOSITES Debes Bhattarcharyya, University Auckland, New Zealand KEYNOTE at Lily Hall: FLAMMABILITY OF NATURAL FIBRE-REINFORCED POLYMERIC COMPOSITES Debes Bhattarcharyya, University Auckland, New Zealand KEYNOTE at Rose Hall: COMPOSITE RELATED RESEARCH ACTIVITIES IN COMAC R&T CENTER Dongsheng Li, Commercial Aircraft Corporation of China, China KEYNOTE at Rose Hall: COMPOSITE RELATED RESEARCH ACTIVITIES IN COMAC R&T CENTER Dongsheng Li, Commercial Aircraft Corporation of China, China

10:50 Coffee Break Coffee Break

1112 Office Naval Research 1113 Joints 1 1115 Fatigue 1 1116 Stimuli 1117 Design and 1118 Interfaces and 1119 Coupled Properties 11:10 1101 Polymer Matrix 1102 Metal Matrix 1103 Fiber-reinforced 1104 Fracture and 1105 Nano-Composites 1 1106 Ceramic Matrix 1107 Structural Analysis 1108 Multiscale Modelling 1109 Bio-Composites 1 1110 Durability, Creep and 1111 Hybrid Composites 1 1114 Composite Structures 1 Responsiveness and Shape Manufacture for 1120 Digital Image 1 1121 Aerospace 1 Materials 1 Composites 1 Composites 1 Damage 1 Composites 1 and Optimization 1 of Structures 1 Aggressive Environment 1 (ONR) Session 1 Reconfiguration 1 Multifunctionality 1 Interphases 1 and Multi-Physics Models

1101-1 1102-1 1103-1 1104-1 1105-1 1106-1 1107-1 1108-1 1109-1 1110-1 1111-1 1112-1 1113-1 1114-1 1115-1 1116-1 1117-1 1118-1 1119-1 1120-1 1121-1 NEW EFFECT OF DEVELOP HIGH ENHANCED IN- HOT DEFORMATION AN OVERVIEW ON DEVELOPMENT OF STATIC AND TOUGHENING STUDY OF DAMAGE AN APPROACH FOR INTERNAL ANALYSES ON DEVELOPMENTOF DAMAGE INITIATION 4D PRINTING OF Understanding INTERLEAVED THERMODYNAMICS VISUALIZATION OPTIMIZATION THERMOSETTING REINFORCEMENT TEMPERATURE PLANE FRACTURE AND PROCESSING THE INTERFACIAL A STRUCTURAL DYNAMIC FOLDING MECHANISMS CHARACTERISTICS THE SYSTEMATIC DEFORMATION FORMED BOLTED LIGHTWEIGHT AND EVOLUTION POLY(LACTIC STRUCTURAL THERMOSETTING AND INSTABILITY OF STRAIN OF COMPOSITE COMPOSITES PHASE IN SICP/ GLASS FIBRE/PEKK BEHAVIOUR OF MAP OF A CNT- INTERACTIONS OPTIMISATION OF THREE- IN A NATURAL IN COMPOSITE DEVELOPMENT OF A SANDWICH JOINTS FOR THICK- CORRUGATED IN COMPOSITE ACID)-BASED RECONSTITUTION COMPOSITES OF DIELECTRIC CONCENTRATIONS MATERIAL DE-ICING USING GRAPHENE AZ31 COMPOSITE PREPREG NOTCHED CFRP REINFORCED BETWEEN METHODOLOGY FOR DIMENSIONAL COMPOSITE: A STRUCTURES OF PROGRESSIVE PLATE MAPPED BY WALLED CFRP CYLINDER FOR LAMINATES UNDER SHAPE MEMORY IN POLYMERIC FOR IN-MOULD ELASTOMER IN COMPOSITES COMPONENT FOR (INVITED TALK) ON MAO COATING Nassier Almtteri (University REINFORCED WITH ALUMINUM CNTS AND THE USE IN THE DESIGN ELASTIC CROSSED-LAMELLAR FROM SIMULATED LIGHT WEIGHT DIGITAL VOLUMETRIC IN WIND POWER SATELLITE PRIMARY CYCLIC LOADING: POLYMERS AND MATERIALS TO COATING AND (INVITED TALK) USING ADVANCED HELICOPTER ROTOR Ma J (University of South GROWTH of Liverpool, University of “KILOMETRE- COMPOSITE POLYMER MATRIX OF A COMPOSITE MATERIALS STRUCTURE (INVITED LIGHTNING STRIKES SPRING ELEMENT SPECKLE INDUSTRY STRUCTURE A DAMAGE-BASED SHAPE MEMORY ACHIEVE IN- MANUFACTURING OF LW. Liu, YJ. Liu (Department IMAGE PROCESSING Long Chen, Yidu Zhang, Australia) Wenbin Xue, Run Liu, technology), Robert Birch LONG” CARBON F.Mokdad (Ryerson (INVITED TALK) SEMI-TRAILER Davide Bigoni, Panos A. TALK) Gang Zhou (Loughborough CONCEPTS PHOTOGRAPHY Florian Schimmer, (INVITED TALK) MODELLING NANOCOMPOSITES SITU PROPERTY THICK COMPOSITE of Astronautical Science and TECHNIQUES Qiong Wu (Beihang Qingzhen Zhu (Beijing (University of Liverpool), NANOTUBE FIBRES University), Z. Y. Liu, D. Hui Mei, Laifei CHASSIS (INVITED Gourgiotis (University of T. E. Tay, A. Mikhalchan, M. University), James Golding IN VEHICLE (INVITED TALK) Nicole Motsch, Joachim Gao Feng, Ma Haiquan, FRAMEWORK (INVITED TALK) CONTROL (INVITED STRUCTURES Mechanics, Harbin Institute (INVITED TALK) University) Cost-effective, electrically Normal University) Zhongwei Guan (University (Invited Talk) R. Ni, B. L. Xiao, Z. Y. Cheng, Litong Zhang TALK) Trento) Ridha (National University (Loughborough University), CONSTRUCTIONS Hausmann (Institute for Wang Han, Han (INVITED TALK) Hongqiu Wei, Qiwei TALK) WITH IMPROVED of Technology, Harbin, Q. Wang (National Institute conductive graphene of Liverpool, T. E. Tay, A. Mikhalchan, M. Ma (Chinese Academy (Northwestern Joel Galos, Dr. Michael of Singapore) Xujin Bao (Loughborough Michael Knorre, Robert Lingtao Mao, Haizhou Liu Verbundwerkstoffe GmbH), Mingfen(BeiJing Institute Quaresimin M., Carraro P. A. Zhang, Yongtao Yao, Liwu M. Heili, A. Bielawski, K. FRACTURE China), JS. Leng (Centre for of Advanced Industrial An optimization for platelets were surface University) Ridha (National University of Sciences), D.L.Chen Polytechnical University) Sutcliffe (University of Folding of a three- University), Weiwei Sun Brandt (University of (China University of Mining & Michael Magin (University of of Spacecraft System (University of Padova) Liu, Yanju Liu, Jinsong Sebeck, M. Aldridge, J. TOUGHNESS Composite Materials and Science and Technology helicopter rotor composite modified to compound of Singapore) (University of Alberta) Cambridge) dimensional elastic This talk will present recent (C-Power (Technology) Ltd) Siegen) Technology), Fu-pen Chiang Applied Scienses), Marcel Engineering), Li Yu, Chen Leng (Harbin Institute of Kieffer (University Of (INVITED TALK) Structures, Harbin Institute Japan), S. Ri (National material de-icing component with epoxy resins to This paper presents continuum is analyzed from work in locally embedding (Stony Brook University) Bucker (Schafer MWN Weiqiang ( Beijing Satellite The paper illustrates, briefly, Technology) Michigan, Ann Arbor) S. –R. Shamsuddin of Technology,Harbin, Institute of Advanced based on numerical produce composites which manufacturing processes of This talk will present recent This work was aimed A finite element study a theoretical point of view so-called kilometer-long This paper investigated The work shows up a GnbH) Manufacturing Factory) the fatigue design strategy, (Imperial College London), China) Industrial Science and simulation was proposed, demonstrate various glass fibre/PEKK prepreg. work in locally embedding at identifying the investigates various for Cosserat material, to carbon nanotube (CNT) experimentally Joule systematic approach for The internal deformations of based on the physics of Polymer structures A. Bismarck (Imperial Technology Japan), Y. and the heat transfer of the degrees of toughness Also, mechanical properties so-called kilometer-long microstructural features, materials and structural explaing chevron formation fibers in conventional heating and kinetic the development of light a sandwich plate under three- Within this paper the Lightweight corrugated the damage evolution, displaced from equilibrium, College London, University Tanaka (National Institute de-icing component was 11:10 improvement and of GF/PEKK laminates carbon nanotube (CNT) predominant texture options including composite in natural rocks. autoclave-cured carbon shock waves in carbon/ weight spring elements point bending were obained results of experimental shell cylinder which is the under development by the either as a result of of Vienna) for Materials Science researched considering percolation thresholds of were assessed. fibers in conventional components, hot beams or decking which fiber reinforced plastics epoxy and E-glass/epoxy respecting a variety of by using Digital Volumetric investigations on an primary structure of a typical Composite Group at DTG- undergoing polymerization Japan), M. Koyama (Kyushu the the influence of external electrical conductivity. autoclave-cured carbon compression behavior, and can allow reduction of (CFRP) to enhance the laminates, the direct effects boundary conditions in Speckle Photography innovative formed bolted communication satellite University of Padova. After a and cross-linking reactions University) flow filed. fiber reinforced plastics processing maps of a CNT- weight in a road freight in-plane fracture toughness of simulated lightning form of a defined bearing combined with Micro focus load introduction for a platform, was developed brief introduction, examples that result in network (CFRP) to enhance the reinforced aluminum matrix trailer. A graphical selection and failure strain of notched strikes. We found that resin movement. The discussion X-ray Computed Tomography. thick-walled, mainly torque based on novel composite of damage mechanisms structure where its The crack occurrence in-plane fracture toughness composite via EBSD, XRD procedure is used to identify composites. sublimation, degradation of the results is based loaded CFRP drive shaft are s y s t e m B H M 3 / B S 4 . M u at the microscopic scale constituents initially end up locations of Ti-6Al-4V alloys and failure strain of notched and compression tests. the key constraints and and fibre tufting were on analytical calculations presented. Thereby, a fail- lti-objective optimization was are presented and slightly removed from their were successfully predicted composites. Details will be presented at appropriate design solutions. dominant in the carbon/ and with the aim to create safe damage mechanism performed and structural the procedures for the ground state configuration, from the microscale strain the conference. epoxy laminates with a progressive beam and comparable mechanical weight reduction was quantitative description or when subjecting fully concentrations using little penetration into the characteristic. properties compared to achieved. The full-size of these mechanisms are cured networks to elastic DIC and Moiré methods laminates and that the a conventional and more corrugated shell cylinder illustrated. strains, tend to reconstitute complementarily. damage characteristics costly drilled bolted joint are was manufactured and so as to optimize molecular of the E-glass/epoxy identified. qualified by static test and packing and maximize laminates were dominated sine-vibration test. The test non-boning interactions by extensive delamination data shows that the cylinder (minimize their potential due entirely to shock waves met various technical energy), which in turn results with little sign of Joule requirements successfully. in an enhanced capacity for heating. elastic energy storage.

1101-2 1102-2 1103-2 1104-2 1105-2 1106-2 1107-2 1108-2 1109-2 1110-2 1111-2 1112-2 1113-2 1114-2 1115-2 1116-2 1117-2 1118-2 1119-2 1120-2 1121-2 PROPERTY AND MECHANICAL HIERARCHICAL THE DELAMINATION THE MECHANICS OF SYNERGISTIC BUCKLING ANALYSIS EXPERIMENTAL REGENERATIVE EFFECTS OF DEVELOPMENT AND FLUID-STRUCTURE ANALYTICAL AUTO-FRETTAGE FATIGUE LIFE THERMO- MORPHING WINGS EVAPORATION- NONLINEAR THREE SUBSONIC FLUTTER EFFECTS OF MORPHOLOGY PROPERTY OF AND STATISTICAL GROWTH IN FMLS REINFORCEMENT OF VARIABLE ANGLE PROOF FOR AND BIO-BASED HYGROTHERMAL CHARACTERIZATION INTERACTION MODELING PROCESS ANALYSIS PREDICTION MECHANICAL FOR HARVESTING INDUCED SURFACE NUMERICAL DIMENSIONAL EMULATION OF STUDY OF AN ANALYSIS ON UNDER FATIGUE IN POLYMER-BASED LOADING TOW COMPOSITE THE CLOAKING MATERIALS FOR HISTORY ON THE OF A COMPOSITE PROPERTIES OF 2.5D Al NiP/Al ALLOY OF COMPOSITE FOR STRESS OF COMPOSITE OF COMPOSITE AND STORING MODIFICATION OF ANALYSIS ON SHAPE RECOVERY COMPOSITE EPOXY RESIN 3 THE TENSILE LOAD BASED ON NANOCOMPOSITES SEQUENCE AND PLATES WITH OF FLEXURAL SHEET MOLDING STRUCTURAL MATERIAL MADE ANGLE-INTERLOCK COMPOSITE BY INTERFACE WEAR STRUCTURES UNDER DISTRIBUTION OF PRESSURE VESSELS LAMINATES BASED WOVEN SHAPE SOLAR ENERGY PBO FIBER AND LIGHTNING STRIKE RATIO FOR A LAMINATE MODIFIED WITH STRENGTH OF DIC METHOD (INVITED TALK) ONE CIRCULAR VIBRATIONS IN COMPOUNDS (SMC) PERFORMANCE UP BY GLASS IMPACT LOADING INTERFERENCE FIT Guiming Zhang, Jihui Wang, ON MASTER MEMORY POLYMER IN MIXED-MODE INVESTIGATION ITS ABLATION DAMAGE SHAPE MEMORY USING A FEW INFILTRATION AND ON DAMAGE ETBN SUPERCONDUCTING WenBo Sun, YuE Ma Robert J.Young, Lan A. EVOLUTION DELAMINATION A STRUCTURED Florian Gortner, Peter OF AEROSPACE FIBER REINFORCED Young W. Kwon (Dept. of MULTI-PIN JOINTS Lei Zu (Wuhan University of FATIGUE CURVE COMPOSITES UNMANNED AIR UV RESISTANCE OF CARBON FIBER/ COMPOSITE HINGE CONCENTRATED Yuefang Li, Kang Peng, Zhi REACTION METHOD WIRE (Northwestern Polytechnical Kinloch, Suhao Li, Dimitros IN FIBER Zhangming Wu (Cardiff PLATE Mitschang (Institute for COMPOSITE PLASTICS AND HIGH Mechanical & Aerospace Tao Wu, (Northwestern Technology) Song Zhou, Yi Sun, Xiaojie Huiyu Sun, Yun Tang, VEHICLES (INVITED Peng Zhu, Limin Bao EPOXY COMPOSITE Q. Wang, S. Ri FORCES Wu (Institute of Electronic Yongbum Choi, Zhefeng Zhi-Yang Wang , Hua- University) G. Papageorgiou (The University), Xiaodong Chen D.Misseroni (University Composite Materials) MATERIALS: STRENGTH STEEL Jianping Gu (Nanjing REINFORCED EngineeringNaval Polytechnical University) Chen (Harbin Institute of University of Aeronautics and TALK) (Shinshu University) Qi Dong, Guoshun Wan, (Research Institute for Kailash Dhital, Jae-Hung Engineering, Chinease Xu, Kenjiro Sugio, Kazuhiro Dong Yong, You-he Zhou University of Manchester) CERAMIC-MATRIX (Tongji University), Paul. of Trento) PRELIMINARY A.Busch, R.Brandt Postgraduate School) The winding parameters Technology) Astronautics) Alex Holness, Lena D. Yuxi Jia ( Measurement and Analytical Han (KAIST) Academy of Engineering Matsugi, Gen Sasaki (Lanzhou University) This paper designed several COMPOSITES M. Weaver (University of This paper deals with EXPERIMENTS AND (University of Siegen) and the composite layup Johnso, Hugh A. Bruck A simple, mild and novel University) Instrumentation, National Physics) (Hiroshima University) samples with different Li Longbiao (Nanjing Bristol) An elastic invisibility cloak the replacement of MASS DIFFUSION This paper studied fluid- of CNG pressure vessel Fatigue life of braided Thermo-mechanical (Department of Mechanical surface coating method for Institute of Advanced The concept of ground flutter In this paper, we study notch sizes and performed University of Aeronautics embedded in a mechanical conventional filler materials MODELS An intrinsic hybrid made structure interaction (FSI) of were determined based on composite laminates could properties of 2.5D angle- Engineering University of PBO fibers is proposed. Industrial Science and simulation test is introduced This work investigated the Optimization of the strength distribution the delamination growth in and Astronautics) This research studies the lattice is designed, for Sheet Molding Kevin C.Y. Chau (University up by GFRP and a high interlock woven shape 11:30 composite structures. A new the winding principle and be predicted sucessfully by memory polymer composites Maryland, College Park, MD The surface morphology Technology), Y. Tanaka to emulate the flutter of a effects of ETBN content manufacturing process of filament bundles in the different fatigue loadings. compressive buckling realized and validated Compound (SMC) by bio- of Bristol), Giacomo Canale strength steel has been numerical technique was FEM analysis. The influence the master fatiuge curve (SMPCs) are investigated by 20742 Email),Satyandra and roughness of treated (Research Center for composite laminate plates. on thermal properties, of Al3Ni intermetallic- superconducting wire. Based on DIC method, The synergistic effects behaviour of VAT composite by means of both FE based filler materials. By (Rolls-Royce plc), Luiz developed. Double of loading sequence and presented to solve the FSI of the application of the method in our paper. a multi-scale strategy in the K. Gupta ( Aerospace and PBO fibers were changed, in Structural Materials, The plate is subjected to tensile behaviors, compounds-reinforced A hierarchical model is the shapes and sizes of panels with a circular simulations and physical replacing the conventional Kawashita (University of cantilever beam tests (mode problems. auto-frettage pressure on paper. The shape memory Mechanical Engineering addition, the UV resistance National Institute for a few concentrated forces cohesive and adhesive metal matrix composite by extended to analyze the delamination and crack interface wear on the embedded delamination experiments. The elastic fillers, the processability Bristol) I) and shear tests (mode II) behavior along the warp damage evolution in fiber- the stress level of the metal direction in small strain region University of Southern of treated PBO fibers was Materials Science), M. equivalent to aerodynamic fracture toughness, and using of the infiltration and stochastic strength of lengths were calculated. The mechanism of taking lattice cloak, implemented of the semi-finished are conducted in order to liner was evaluated. California) increased. Koyama (Kyushu University) forces to obtain close phase morphologies of reaction method. Bi2212 wire composite reinforced ceramic-matrix advantages of varying experimentally, shows high product could be obtained, An investigation on characterize the interface. is also analyzed on the basis composites(CMCs) have of the viscoelastic properties coupling between structure diethanolamine-cured approximately. orientation fibers to efficiency. mechanical properties were structural and diffusion Finally the bearing strength of the composites. response and aerodynamics epoxy resin, and attempts been investigated. The effects suppress the buckling almost the same while properties of composite of a multilayer hybrid of stress levels, matrix crack forces while obtaining a were made to correlate resistance reduction of density of the resin paste laminates subjected to laminate has been tested by response to observe flutter. them. spacing, fiber volume fraction VAT panels induced by the could be reduced by 18%. hygrothermal cycles: means of a pull-out test. on the damage evolution of delamination is investigated. experiments, inspection, CMCs have been analysed. and modelling. Monday 21 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

1101-3 1102-3 1103-3 1104-3 1105-3 1106-3 1107-3 1108-3 1109-3 1110-3 1111-3 1112-3 1113-3 1114-3 1115-3 1116-3 1117-3 1118-3 1119-3 1120-3 1121-3 PROPERTIES OF BIOINSPIRED A STUDY OF MULTI-SCALE THERMAL, CHARACTERIZATION, A NEW HYBRID EXTENDED NUMERICAL LONG TERM CREEP HYBRIDISATION STATISTICAL LONG AN INVESTIGATION ASSESSING CRACK EVALUATING THE MULTISCALE INFLUENCE OF MODELLING OF A COMPARISON EFFECTS OF QUARTZ FABRICS STRATEGY FOR TRANSVERSE MODELING ON THE MECHANICAL AND MECHINICAL, CONCEPT FOR CFRP MULTISCALE FINITE INTERPRETATION BEHAVIOR OF A OF CFRP WITH TERM CREEP ON BEARING DELAMINATION PROPAGATION AT TEMPERATURE METACOMPOSITES INTERPHASE LIGHTNING STRIKE OF THE USE COMPRESSION- REINFORCED MULTIFUNCTIONAL CRACK FORMATION IMPACT BEHAVIOR SHAPE MEMORY THERMAL AND PEDICLE SCREWS: ELEMENT METHOD OF FULLY BIO- SHORT CARBON ENDLESS METAL FAILURE TIME OF FATIGUE OF INITIATION FROM A SHARP NOTCH AND GLASS FIBRE INCORPORATING CHARACTERISTICS DAMAGE OF CFRP OF 3D DIC AND SHEARING LOAD CYANATE ESTER GRAPHENE- IN FIBER- OF TRIAXIALLY PROPERTIES ABLATIVE FINITE ELEMENT FOR GEOMETRICALLY RESORBABLE GLASS FIBER REINFORCED FIBRES FOR UNIDIRECTIONAL INTERFERENCE-FIT FIBER AND MATRIX IN PA-GF 30 REINFORCEMENT CARBON ON SHORT LAMINATES WITH THERMOGRAPHY IN ON STABILITY RESIN COMPOSITES COPPER MATRIX REINFORCED BRAIDED Hongqiu Wei (Harbin PROPERTIES OF ANALYSIS NONLINEAR FIBRE REINFORCED PEEK AT HIGH MULTIFUNCTIONAL CFRP BOLTED COMPOSITE PROPERTIES CHARACTERIZED EFFECTS ON NANOTUBE- FIBER PLASTIC PYROLYSIS GAS DETERMINING THE OF CONFIGURED PRODUCED BY RTM NANOCOMPOSITES COMPOSITES BY COMPOSITE Institute of Technology) CERAMIC MODIFIED Y. N. Becker, N. Motsch; ANALYSIS OF OF COMPOSITES TEMPERATURE STRUCTURES Yasushi Miyano , Masayuki JOINTS Zheng-Ming Huang*, Jia-Jie WITH X-RAY THE DAMPING FERROMAGNETIC COMPOSITES EXPLOSION SIZE AND GROWTH COMPOSITE PANELS PROCESSING Ding-Bang Xiong, Mu Cao, GROWTH OF FIBER- Zhenqiang Zhao, PHENOLIC RESIN J. Hausmann (Institute for THIN COMPOSITE Xi Gao (University of Sylvain Corveleyn Hannemann, Benedikt Nakada (Kanazawa Institute Wei Jingchao, Chai Yanan, Gu( Tongji University) TECHNIQUES PROPERTIES OF THE MICROWIRE HYBRID Marc Schöneich, Anna Kunkun Fu (The University OF DELAMINATIONS JifengXu (Beijing Guo Yalin, Zhang Xiaohu, Zhanqiu Tan, Genlian Fan, MATRIX DEBONDS Chao Zhang, Yulong Li AEROGELS Composite Materials (IVW) PLATES ON BENDING Nottingham Ningbo China), (Université de Toulouse, (Institute for Composite of Technology) Yang Yu, Chi Jian (Aircraft Volker Trappe, Stefan SHAPE MEMORY FIBERS Sambale, Markus Stommel of Sydney), Lin Ye (The IN WOVEN GFRP Aeronautical Science & Cui Hong, Liao Yingqiang, Qiang Guo, Zhiqiang Li, Di (INVITED TALK) (Northwestern Polytechnical SYNTHSIZED BY GmbH) PROBLEMS Menghao Chen (University LIEBHERR), Florentin Materials (IVW GmbH)); Strength Research Institute This paper predicts the Hickmann, Andreas Kupsch, POLYMERS D. Estévez, F.X. Qin, H. (TU Dortmund University) University of Sydney), Li EPOXY LAMINATES Technology Research Gao Kezhou, Zhang Zhang (Shanghai Jiao Tong Linqi Zhuang (Texas University) AMBIENT PRESSURE Mingfa Ren, Jie Cong of Nottingham), Xiaogang Berthet (Université de Schmeer, Sebastian of China) initiation of laminate Bernd R.Muller, Rene Wessam Al Azzawi Wang, H.X.Peng (Zhejiang Chang (The University of O. Z. Ajmal (University of Institute), Tianliang Qin Shijie, Jing Kuan, Deng University) A&M University), Ramesh DRYING A new concept of a (Dalian University of Yang (University of Toulouse), Frédéric (Institute for Composite delamination through Laquai (BAM Bundesanstalt (University of Southern University) The presented work is Sydney), Chunhui Yang Surrey), A. D. Crocombe (Beijing Aeronautical Jie, Cheng Minsu (Xi'an Talreja (Texas A&M The impact resistance Jun Zhang (Harbin Institute composite pedicle screw is Technology) Nottingham Ningbo China), Lachaud (Université Materials (IVW GmbH)); In this paper the analyzing the stresses of the für Materialforschung und Queensland, Diyala focused on the impact of (Western Sydney University) (University of Surrey), Science & Technology Aerospace Composites University, Luleå University of ±60° triaxially braided of Technology), Rongying analyzed by the method of Lee T.Harper, Ifty Ahmed de Toulouse), Claude Breuer, Ulf Paul (Institute experimental investigations matrix, which is determined –-prüfung), Matthias De University), J.A. On this research, we aim to the fiber-matrix interphase M. R. L. Gower (National Research Institute), Lei Research Institute) of Technology), Andrejs composite is analyzed by Yin (Harbin Aircraft industry finite elements. The effect An efficient multiscale (University of Nottingham), Rossignol (LIEBHERR) for Composite Materials are conducted in order to by the bridging model. Monte (Robert Bosch Epaarachchi (University solve the issue of inefficient in short fiber reinforced This work aims to develop Physical Laboratory UK), Peng (Beijing Aeronautical Pupurs (Luleå University using multi-scale models (Group) Co. Ltd), Haiming of the variation of geometric finite element method is Jiawa Lu (University of (IVW GmbH)); Backe, study the fatigue properties GmbH) of Southern Queensland), absorption tunability of thermoplastics. Therefore, a systematic finite element D. A. Jesson (University Science & Technology The properties of quartz of Technology), Janis through the finite element Cheng (Harbin Institute of and mechanical properties developed for geometrically Nottingham Ningbo China) Sebastian (University of of interference-fit bolted Jinsong Leng (Harbin microwire metacomposite this contribution aims for a model to predict lightning of Surrey), S. L. Ogin Research Institute), Caoning 11:50 fabrics reinforced cyanate Varna (Luleå University of method. Technology), Changqing on the pullout behavior is nonlinear analysis of Kaiserslautern); Balle, composite joints, with This paper presents institute of technology) materials by manipulating systematic understanding explosion damage in (University of Surrey) Su (Beijing Aeronautical ester resin composites Technology) Hong (Harbin Institute of studied. thin composite plates on Bio-resorbable composites Frank (University of considering the factors of investigations on injection the local properties of of the interphase in order CFRP laminates with Science & Technology produced by RTM Technology), Xinghong bending problems. are of great significance in Kaiserslautern) the types of bolts, the sizes moulded specimens with a Dynamic mechanical individual microwires to obtain the influence protections. The FE model Delaminations grown in Research Institute), Mufeng processing is discussed. In the present paper, Zhang (Harbin Institute of application of bio-medical of interference fit, different sharp centre notch made analysis has shown that wires incorporating of its local properties addresses the failure transparent milled-slot Duan (Beijing Aeronautical The radar radome with kinking of fiber/matrix Technology) devices, the paper provides The presentation covers materials of laps, and of PA-GF35. The fibre shape memory polymers nano-sized structures with regarding the impact on behaviours such as intra- GFRP specimens have Science & Technology the same materials and interfacial debond under a numerical method to investigations on a stacking sequences of main orientation distribution, (SMPs) have promising multifunctional capabilities the macroscale composite laminar damage and inter- been monitored using Research Institute), Lingwei processing is made and the transverse tension was In short summary, in my investigate the mechanical steel-carbon-fibre hybrid laminates. as well as the micro- and damping characteristics that such as carbon nanotubes behavior. laminar delamination of the three different Tang (Beijing Aeronautical wave transmit test of the investigated numerically paper, novel phenolic resin/ properties of bio-resorbable composite with improved macro-cracking in the give them significance in (CNT). CFRP laminates. NDE techniques: 3D Digitial Science & Technology radome is carried out. and the effects of inter-fiber silica (PR-SiO2) hybrid composites. electrical and mechanical material around the sharp control the structural noise Image Correlation (DIC), Research Institute), Yanan spacing on the kinking aerogels and lightweight performance. A novel crack, were visualized by and vibration by just control lock-in thermography Chai (China Aircraft Strength process was also studied. carbon fabric reinforced NDT method for hybrid means of X-ray-absorption the SMP temperature. This and pulse thermography. Research Institute) composite are fabricated by composite materials is and refraction effects. research aims to investigate The delamination sol-gel polymerization process introduced. the damping properties sizes determined from with high thermal stability, of the Styrene base SMP these techniques have good mechanical properties, and its woven glass fibre been compared with visual low thermal conductivity as composites under different observations of the well as good ablation ability. temperatures. delamination growth.

1101-4 1102-4 1103-4 1104-4 1105-4 1106-4 1107-4 1108-4 1109-4 1110-4 1111-4 1112-4 1113-4 1114-4 1115-4 1116-4 1117-4 1118-4 1119-4 1120-4 1121-4 CONDUCTING WORKPIECE SIZE CHARACTERIZATION ENHANCEMENT TENSILE SOLID SOLUTION THEORETICAL A MULTISCALE HOW IS HUMAN INTERFACIAL THE SHOT PEEN EVALUATING THE PROPAGATION MECHANICAL LIFE AND LEARNING FROM MANUFACTURING OF ESTIMATION OF STRUCTURAL DEVELOPING A CONCEPTUAL POLYMER/CARBON EFFECTS ON OF THE OF FRACTURE MECHANISMS FORMATION, ANALYSIS ON MODEL FOR THE HAIR PRODUCED CRACKING FORMING OF NANOPARTICLE RESIDUAL STRESS INTERFACIAL RESISTANCE BY OF INDIVIDUAL PRESSURELESS CFRTP OPTIMAL PREDICTION BY SCALP HAIR BETWEEN AN FIBER METAL THE BLAST PROPERTY OF BEHAVIORS RELIABILITY THE EARWIG WING: MULTIFUNCTIONAL CARBON FIBER/ MECHANIC CAI TEST FIXTURE DESIGN OF BRAIDED THERMOELECTRIC IN METAL MATRIX BONDING AT SOLID/ MULTIPLE CRACKS JUNCTIONS DENSIFICATION, STRUCTURE OF FATIGUE FOLLICLES? EPOXY-BASED LAMINATES BASED PERFORMANCE MICRO-VIBRATION OF THREE- ANALYSIS OF C/ A BIOINSPIRED SOFT COMPOSITES EPOXY INTERFACIAL APPROACH FOR FOR CONSISTENT PREFORMS FOR THE COMPOSITES COMPOSITES MELT INTERFACES IN LAYERED ASSEMBLED BY AND PROPERTIES SUBJECTED TO CRACK GROWTH BIOMECHANICAL COMPOSITE ON THE AL-LI OF SANDWICH WAVE AT JUNCTION DIMENSIONAL SIC CERAMIC APPROACH WITH INTEGRATED NORMAL STRENGTH PREDICTION OF TESTING OF MANUFACTURING OF Xuejiang Cheng (Qingdao AFTER FSW IN MULTIPHASE STRUCTURES TWO CARBON OF TA0.8HF0.2C- BENDING LOAD AND BEHAVIORS AND STRUCTURAL COATING AND A ALLOY STRUCTURES WITH STRUCTURES HIERARCHICAL MATRIX COMPOSITE TOWARDS FAST PROXIMITY AND AND INTERFACIAL ELECTRICAL COMPOSITES COMPOSITE LUGS IN University of Science X.X. Zhang, B.L. Xiao, Z.Y. Huaguan Li (Nanjing CARBON FIBRE UNDER MODE I AND NANOTUBES BASED THE INFLUENCE OF POLYMER INVESTIGATION OF RIGID SUBSTRATE NOVEL CARBON OF COMPOSITE LATTICE TRUSS PANELS SUBJECTED MORPHING TACTILE SENSING SHEAR STRENGTH CONDUCTIVITY AT REDUCED AEROSTRUCTURES and Technology, Chinese Ma (Chinese Academy of REINFORCED MIX MODE LOADING Chao Wang (Harbin COMPOSITES OF OUT-OF-PLANE NANOCOMPOSITES A NANOCOMPOSITE. UNDER THERMAL Institute of Technology), Academy of Sciences) Sciences) THERMOPLASTIC Stergios Goutianos, Bent Institute of Technology), Buhao Zhang, Jie Yin, SHEAR MODULUS Maenghyo Cho, Hyunseong T. Bornschlögl, L. Bildstein LOADING Wei Zhang (Xi'an Aircraft AND GLASS HONEYCOMB STRUCTURES TO COMBINED STRUCTURES USING Nikolaus Correll (University BY FIBER BUNDLE OF GLASS FIBRE TEMPERATURE Elena Sitnikova (The Xin Wang (Qingdao COMPOSITES F. Sørensen (University of Yushun Zhao Xuejian Liu, Zhengren Ryusuke Shida , Jun Shin (Seoul National , S. Thibaut, R. Santoprete Helezi Zhou (Hangzhou Industry Company LTD), CONSTRUCTION PLATES Jian Xiong, Qianqian THERMAL-ACOUSTIC MULTISTABILITY of Colorado, Robotic TESTS REINFORCED W.O.S. Bailey, T.D. University of Nottingham), University of Science and The macroscopic and M. Ali Aravand (Queen's Denmark) (Harbin Institute of Huang (Chinese Academy Takahashi (The University University) , F. Fiat, G. S. Luengo University Science Wei Jiang (Xi'an Aircraft Emily Rolfea, Mark Kellya, Peifei Xu, Zhengong Zhou, Wu, Ying Gao, Xingyu LOADINGS (INVITED TALK) Materials Inc) Guocheng Qi (Beihang COMPOSITE WITH Bostock, D.A. Crump, J.M. Bintuan Wang (AVIC Technology), Guangming microscopic residual University Belfast, Technology), Xiaodong of Sciences) of Tokyo) (L’Oréal Research & and Technology & The Industry Company LTD), Hari Arorab, Paul A. Shidong Pan, Tianzhen Liu Wei (Harbin Institute of Yuli Zhang, Yi Sun, Xiaojie Dr. Jakob Faber (ETH University), Yalin Yu CNT-MODIFIED Dulieu-Barton, S. Quinn, Xi’an Aircraft Design and Chen (Chinese Academy of stresses in metal matrix Northern Ireland Advanced An alternative approach He (Harbin Institute of Innovation), J. Doucet University of Sydney), Xunzhong Guo (Nanjing Hoopera , John P. Deara (Harbin Institute of Technology) Chen, Yizhi Liu, Jingran Ge, Zürich), Prof. Dr. André R. Manufacturing of smart (Beihang University), A.F. Robinson (University of Research Institute), Ji Yang Sciences) composites after friction Composite and Engineering is presented to increase Technology),Liyong Ta0.8Hf0.2C ceramics, (Paris-Sud University), B. Hong-Yuan Liu (The University of Aeronautics EPOXY MATRIX stir welding were studied (NIACE)), Brian G. Falzon the fracture resistance of Tong (The University with outstanding properties, In this study, optimum A. Bernard, N. Baghdadli University of Sydney), and Astronautics), Yubing (Imperial College London) Technology) Song Zhou (Harbin Institute Studart (ETH Zürich), Prof. composites that integrate Boming Zhang (Beihang Andrey Aniskevich, Olesja Southampton) (AVIC Xi’an Aircraft Design Thermoelectric composites via multiscale modeling. (Queen's University Belfast, layered structures. Weak of Sydney), Quantian were pressurelessly variable thickness of (L’Oréal Research & Huamin Zhou, Yun Zhang Hu (Nanjing University of Technology) Dr. Andres F. Arrieta (Purdue sensing, computation, and University), Shanyi Starkova (University of and Research Institute), Jun based on conducting We found the sizes of Northern Ireland Advanced layers are introduced Luo (The University of sintered via in-situ solid simple supported beam Innovation) (Hangzhou University of Aeronautics and Naval vessels undergo a In this paper the distribution University) communication via over- Du (Harbin Institute of Latvia) An approach is described Chen (AVIC Xi’an Aircraft polymers and carbon workpiece have significant Composite and Engineering next to a damage prone Sydney), Yibin Li (Harbin solution and introduction was theoretically obtained Science and Technology), Astronautics), Xuelong spectrum of loading from of energy in the connection molding. Technology) that allows the application Design and Research nanotubes were prepared, effects on the residual (NIACE)) area, resulting in multiple Institute of Technology), of SiC secondary- by solving the calculus of In this research three Xusheng Du (Jinan Fu (Nanjing University static to dynamic due to structure of honeycomb Bistable laminates can The electrical conductivity of of digital image correlation Institute), Shuguang Li (The and the mechanism to the stresses. delaminations and thus Qiang Song (Northwestern phase. The relationship variations. Through the parameters for Fused University), Dong Yan, of Aeronautics and 12:10 enhanced thermoelectric in increased fracture Polytechnical University), between solid solution parametric study, it was Filament Fabrication: layer Haitao Wang (Hangzhou Astronautics), Jie Tao wave slamming, impact and plates was investigated. change curvature, but This work concentrates on GFRP cross-ply laminates (DIC) to CAI tests on thin University of Nottingham) performance was resistance. Xiaojing Lv (Harbin Institute and densification was observed that out-of-plane height, pattern geometry University Science and (Nanjing University blast loads. Experiments bistable folding structures evaluating the carbon fiber/ with CNT-modified epoxy composite plates with barely discussed. of Technology), Yuanyuan investigated deeply through shear modulus influenced and infill density were Technology), Yiu-Wing Mai of Aeronautics and investigating the can do about anything. A epoxy interfacial normal matrix was studied visible impact damage This paper re-examines the Shang (Harbin Institute microstructure tailoring. the minimum thickness of examined at three variable (The University of Sydney) Astronautics) performance of composite bioinspired approach. strength and interfacial experimentally and (BVID) at room and reduced Tsai-Wu criterion from the of Technology), Qingyu optimum variable structure. settings for building test sandwich panels with hybrid shear strength by transverse modelled. Damage detection temperatures. The overall perspective of rationality Peng (Harbin Institute parts. The Taguch's method Finite element analyses The feasibility research of Technology), Jianjun and full factor design were conducted to on shot peen forming carbon- and glass-fibre fiber bundle tensile test in GFRP with electrically aim is to use DIC to identify and a rationalised version Li (Harbin Institute of were used for determining understand the effects of of the novel fiber metal skins under static and and 45 degree fiber bundle conductive matrix was strain changes that indicate of it has been obtained as Technology) the optimum parameters some parameters on the laminates based on impact loading are the focus tensile test, respectively. realized measuring the damage has occurred. a consequence which irons that affect the output epoxy-based composite aluminum-lithium alloy of the research presented in Both experiment and voltage distribution of the out the empiricism of it on characteristic responses coating/substrate interfacial (NFMLs) was investigated this paper. multiscale modelling based samples. one hand and defines its i.e., Young Modulus crack subjected to thermal to seek a desired forming and Yield stress of ABS and hygroscopic stresses. method. on the generalized methods applicability on a rational and PLA thermoplastic of cells (GMC) were basis on the other hand. materials. employed in the research. Monday 21 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

1101-5 1102-5 1103-5 1104-5 1105-5 1106-5 1107-5 1108-5 1109-5 1112-5 1114-5 1115-5 1116-5 1117-5 1118-5 1119-5 1120-5 1121-5 BORON NITRIDE MECHANICAL THE EFFECT OF PROGRESSIVE EFFECT OF CARBON THE MECHANICAL A MULTISCALE INFLUENCE OF LARGE-SCALE AMINO MECHANICAL MANUFACTURING PREDICTION OF DISTRIBUTED AN INVESTIGATION DESIGNING MICROSTRUCTURAL DETERMINATION LOAD BEARING NANOSHEET AND DAMPING HETEROGENEITY DAMAGE ANALYSIS NANOTUBE PROPERTIES OF PROPERTIES OF MODEL FOR PROCESS, STRAIN RATE STRIAN ON FATIGUE PATTERN- SYNTHESIS AND FUNCTIONALISATION ORIGIN OF CYCLICAL OF THE SHEAR BEHAVIOR OF (BNNS) FILLED PROPERTIES OF AT THE FIBER/ OF COMPOSITE ALIGNMENT AND ZRB2-SIC-GRAPHITE MODAL ANALYSIS CONNECTIONS OF CARBON 3D RE-ENTRANT DAMAGE REPAIR SENSITIVITY MEASUREMENT DELAMINATION TRANSFORMING STRAIN-DEPENDENT MODULUS OF JOINTS STRUCTURE PMMA NANOFIBERS COLD-ROLLED CNT/ MATRIX SCALE ON LAMINATES WITH LENGTH ON THE COMPOSITE OF COMPOSITE AND MOISTURE ADJUSTMENT OF THE NANOTUBE WEBS AS FILLER FOR AL COMPOSITES PREDICTED FREE BIG CUTOUTS ELECTRICAL UNDER THERMO/ AUXETIC CELLULAR STRUCTURES WITH CONTENT ON LOW OF POLYMERS USING FIBER GROWTH IN METAMATERIALS CARBON NANOTUBE FOR ACHIEVING RESISTANCE IN WOOD BY USING OF CARBON FIBER/ COMPOSITES Genlian Fan, Zhiqiang Li, EDGE STRESSES Pengcheng , Jianlin CONDUCTIVITY AND MECHANICAL/ STRUCTURES BOLTED JOINTS VELOCITY IMPACT BY INTEGRAL OPTICS IN HIGH MULTIDIRECTIONAL FOR SOFT FOAMS HIGH STRUCTURAL CARBON NANOTUBE PROPORTION OF EPOXY COMPOSITE PROPERTIES Tuğrul Seyhan (Anadolu Zhanqiu Tan, Qiang Guo, FOR A [0/90] Chen, Zheng Li (Peking PIEZORESISTIVITY OXYGENIC Xin-Tao Wang, Xiao-Wen Z. Zhang(Tongji TRANSFORM OF PERFORMANCE COMPOSITE ACTUATORS Han Wang (Beihang PERFORMANCE OF CONDUCTORS LATEWOOD BEAM UNDER FOUR- Li, Li Ma (Harbin Institute of OF COMINGLED University) Dingbang Xiong, Yishi Su, S LAMINATED University) OF CNT/PMMA ENVIRONMENT University&The Hong Kong WOVEN FLAX/PP DMA DATA COMPOSITE LAMINATES Yuzhen Chen (University of University), Min Li (Beihang MULTIFUNCTIONAL Lihua Jin (University of Tzu-Yu Kuo, Wei-Chung POINT BENDING Di Zhang (Shanghai Jiao COMPOSITE COMPOSITES Xinxing Han, Weihua Xie, Technology) Polytechnic University), COMPOSITES Steven Eric Zeltmann, Chrys California, Los Angeles), Dian University), Weibang Lu NANO-ENHANCED HYDROFOILS Liaojun Yao, Yi Sun, Licheng California, Los Angeles), Alex Wang (National Tsing Hua Fa Zhang, Xing Li, Shaohua Tong University) M. Keith Ballard, John D. G. Ventura , J. Cob , A. May-Pat Chenghai Xu, Songhe Y. Xiao, Y. Z. Shen (Tongji Imed Derbali , Svetlana Koomson , Nikhil Gupta Guo (Harbin Institute of Yang (Harvard University), ( Institute of Nano- HIERARCHICAL Ji, Tierang Liu (Beijing Whitcomb (Texas A&M , A.I. Oliva , F. Avilés (Centro de Meng (Harbin Institute of Analytical model of 3D University), Z.Q. Su (The Terekhina, Laurent Phyo Thu Maung, B. Tech and Nano-Bionics), COMPOSITES Chortos (Stanford University), University) Guillaumat (Ecole Nationale (New York University) Technology) George M. Whitesides Aeronautical Science & T The damping and University, Department of Investigación Científica de Yucatán Technology) re-entrant auxetic cellular Hong Kong Polytechnic Gangadhara Prustya (Harvard University), Zhigang Yizhou Gu (Beihang Andres Nistal (Queen’s Feifei Lian (Stanford structure has been established Supérieur d’Arts et Métiers), echnology Research Institute mechanical properties Aerospace Engineering) A.C., Unidad de Materiales), A.I. University) Pierre Ouagne (Ecole The paper presents a (UNSW), Ginu Rajan, Mode I fatigue delamination Suo (Harvard University), University), Shaokai Wang University Belfast), Brian G. University), Eric Pop (Stanford of COMAC) of carbon nanotubes Oliva-Avilés (Universidad Anáhuac The mechanical properties based on energy method. Nationale d’Ingénieurs de method to calculate elastic Lihua Jin (University of (Beihang University), Falzon (Queen’s University The effects of the Enbang Li (Engineering with fibre bridging in University), Christian Linder reinforced ultrafine-grained Although the free edge Mayab) of ZrB2-SiC-Graphite In this study, a multiscale Tarbes) properties of polymers at multidirectional composite California, Los Angeles) Qingwen Li (Suzhou Institute Belfast), Stephen C. Hawkins This paper investigates the aluminum alloy fabricated effect has been thoroughly composite under thermo/ struts overlapping at finite element(FE) model, various strain rates from University of Wollongong), of Nano-Tech and Nano- (Queen’s University Belfast, (Stanford University), Zhenan the joints as well as In this research three dynamic mechanical analysis Andrew W. Phillips , Nigel St laminates was experimentally Bao (Stanford University), Wei load behavior and failure 12:30 by flake powder metallurgy studied for composites The effect of multiwall carbon mechanical/oxygenic involving in surface data. The method is validated invesitigated. And a modified We design a mechanical Bionics), Zuoguang Zhang Monash University) characteristics of composite and subsequent cold idealized as a collection of nanotube (MWCNT) length environment. axialdeformation are taken roughness of contact parameters for Fused with results from various John (Defence Science and (Beihang University) Cai (Stanford University) into consideration for the Filament Fabrication: layer Paris relation was developed metamaterial that can buckle beam with joint structure under rolling was studied. The homogeneous orthotropic on the electrical properties of interfaces, is developed by thermoplastics, thermosets Technology Group) to determine fatigue and undergo a pattern Carbon nanotube web four-point bending load using simultaneous increase layers, there have been MWCNT/polymer composites modeling to make it applicable using thin-layer interfaces height, pattern geometry and and particulate composites. In this paper, the floating when the struts are relative infill density were examined delamiantion behavior. transformation under a assemblies were amino When stretchable carbon experimental and numerical of damping capacity and no detailed studies of the is evaluated. MWCNT were to model dynamic critical external pressure. By catalyst chemical vapour methods. From the FE results, mechanical properties by effects of heterogeneity systematically shortened by stubby. responses of a bolted at three variable settings deposition method directly functionalised in a gas-phase nanotube thin film conductors for building test parts. The exploring the design space, reaction in order to promote go through a stretching the load distribution of multi-bolt cold rolling is attributed to at the fiber matrix the assistance of ultrasonic composite joint. we show that this mechanical growing with AC welding mechanical joints and load the increasing dislocation scale on the free edge agitation and the electrical Taguch's method and full is used to produce large bonding with epoxy matrices and unloading cycle, the factor design were used for metamaterial can be actuated transfer path in the butt-joint density that can relaxation stresses. A finite element conductivity was higher at different critical pressures quantity high stable CNT without disturbing their overall resistance-strain curve is area are discussed deeply. at ambient temperature and code designed for high for composites with longer determining the optimum foams that are close to meter parameters that affect and achieve different structure. Mode I interlaminar hysteretic. Through numerical strain hardening effect in performance computing MWCNTs. transformation strains, which scale. This joint-welded CNT ultrafine-grained matrix. enabled detailed modeling the output characteristic foam shows remarkable fracture toughness tests simulations, analytical models, responses i.e., Young provides a new strategy for were conducted to assess and experiments, we identify that showed how this designing soft actuators. elastic recoverability on both microscale heterogeneity Modulus and Yield stress of tensile and compressive performance. the microstructural origin of the affects the predicted stress ABS and PLA thermoplastic strains, and could keep their resistance-strain hysteresis. distributions near the free materials. electrical resistances almost edge. unchanged during stretching, compressing and bending.

12:50 Lunch Lunch

13:50 PLENARY LECTURE at Qujiang Auditorium: DESIGN OF COMPOSITE LAMINATES Stephen Tsai, Stanford University, USA PLENARY LECTURE at Qujiang Auditorium: Design of Composite Laminates Stephen Tsai, Stanford University, USA

KEYNOTE at Qujiang Auditorium: Progress in Multi-Scaled Structure and Related Properties of Elastomer Nanocomposites Explored by Molecular Dynamics Simulation and Experimental Approaches Liqun Zhang, Beijing University of Chemical Technology, China KEYNOTE at Qujiang Auditorium: Progress in Multi-Scaled Structure and Related Properties of Elastomer Nanocomposites Explored by Molecular Dynamics Simulation and Experimental Approaches Liqun Zhang, Beijing University of Chemical Technology, China 14:55 KEYNOTE at Lily Hall: Inspired by Nature-Adaptive Multifunctional Modular Metastructures Kon-Well Wang, University of Michigan, USA KEYNOTE at Lily Hall: Inspired by Nature-Adaptive Multifunctional Modular Metastructures Kon-Well Wang, University of Michigan, USA KEYNOTE at Rose Hall: Fabrication Processes and Properties of Carbon Nanomaterials Filled Nanocomposites Soon Hyung Hong, Korea Advanced Institute of Science and Technology, Korea KEYNOTE at Rose Hall: Fabrication Processes and Properties of Carbon Nanomaterials Filled Nanocomposites Soon Hyung Hong, Korea Advanced Institute of Science and Technology, Korea 15:30 Coffee Break Coffee Break

1201 Polymer Matrix 1202 Metal Matrix 1203 Fiber-reinforced 1204 Fracture and 1206 Ceramic Matrix 1207 Structural Analysis 1208 Multiscale Modelling 1210 Durability, Creep and 1212 Office Naval Research 1216 Stimuli 1217 Design and 1218 Interfaces and 1219 Recycling of 15:50 Materials 2 Composites 2 Composites 2 Damage 2 1205 Nano-Composites 2 Composites 2 and Optimization 2 of Structures 2 1209 Bio-Composites 2 Aggressive Environment 2 1211 Hybrid Composites 2 1213 Joints 2 1214 Composite Structures 2 1215 Fatigue 2 Responsiveness and Shape Manufacture for Composites and 1220 Digital Image 2 1221 Aerospace 2 (ONR) Session 2 Reconfiguration 2 Multifunctionality 2 Interphases 2 Sustainability 1

1201-1 1202-1 1203-1 1204-1 1205-1 1206-1 1207-1 1208-1 1209-1 1210-1 1211-1 1212-1 1213-1 1214-1 1215-1 1216-1 1217-1 1218-1 1219-1 1220-1 1221-1 Workshop: CHARACTERIZATION MICROSTRUCTURAL A CRITICAL AN EXTENDED SIMILARITIES AND CROSSLINKING THICK PLY EFFECT OF A MULTISCALE ACCELERATED A RFI PROCESSING CRUSHING FAILURE ANALYSIS A NUMERICAL FATIGUE LIGHT-ACTUATED BISTABLE EFFECT OF SIZING DEGRADATION COMPOSITE EXPERIMENTAL International OF THE DIELECTRIC REFINEMENT AND ASSESSMENT COHESIVE DIFFERENCES DEGREE VERSUS THIN LOADING STOCHASTIC CHARACTERIZATION OF MULTI-SCALE BEHAVIOR OF ULTRA-THIN STUDY ON A BEHAVIOR OF COMPOSITE AGENT ON THE EFFECTS OF A MATERIAL AND NUMERICAL ENHANCEMENT APPROACH FOR REVERSIBLE SHAPE Benchmark PROPERTIES OF OF MECHANICAL ON THE DAMAGE MODEL OF EPOXY RESIN CONTROLLED PLY COMPOSITE CONDITIONS ON OF VISCOELASTIC REINFORCEMENT AND ENERGY CHOPPED CARBON COMPOSITE MULTIFUNCTIONAL LAMINATES INTERFACIAL CLOSED-LOOP PROPERTIES INVESTIGATION UNIDIRECTIONAL PREDICTABILITY FOR EFFICIENT NANOCOMPOSITES STRUCTURAL LAMINATE MECHANICAL THE STUDY OF RELAXATION IN FOR SURFACE SANDWICH PANEL MEMORY EFFECT Exercises on Textile PROPERTIES OF THE NONLINEAR ABSORPTION OF FIBER TAPE CFRP LAMINATES FOR DIRECT ADHESION OF RECYCLING CHARACTERIZATION ON SHEARING ARAMID EPOXY AL (2014) – SIC OF 12 PREDICTION WITH CNTS AND EVOLUTIONS IN STIFFENED PANEL BEHAVIOR OF BOLTED COMPOSITE PROTECTION OF PVC FOAM: AN REINFORCED UNDER OBLIQUE AND INTRINSIC OF A POLYMER AND ACTUATED CARBON FIBER- PROCESS FOR USING DIGITAL STABILITY OF Permeability and COMPOSITES BY TENSILE IMPACT COMPOSITES MICROMECHANICS OF MULTI- BNNTS AMORPHOUS SICN BUCKLING AND NAFION MEMBRANE BEHAVIOUR OF JOINTS CFRP ANISOTROPIC THERMOPLASTIC CAPABILITIES COMPOSITE DEFORMATION REINFORCED ENGINEERING IMAGE CURVED STIFFENED Compressibility EQUAL CHANNEL Ying Chu, Qinmin Pan Ben Wang, Yugang Yuan Chen ( AT VARYING ANGULAR PRESSING MODELS FOR DELAMINATION Jingwen Guan, Yadienka CERAMICS POST-BUCKLING K. Kawanishi, I. Riku, K. PLANT FIBRE VISCO-ELASTIC- IN DOUBLE-SHEAR University&University FOR DAMAGE Wenbing Li, Yanju Liu, Oliver J. Myers1 (Clemson POLYAMIDE 6 THERMOPLASTICS CORRELATION AND COMPOSITE PANELS Characterization TEMPERATURES STIFFNESS AND IN SANDWICH Songhe Meng, Jiahong (Harbin Institute of Duan, Jingjing Zhang, Jinsong Leng University; 244 Fluor Daniel Rhys J. Tapper (University A. Suresh Babu, M. Martinez-Rubi, Behnam BEHAVIOR Mimura (Osaka Prefecture COMPOSITES PLASTIC-DAMAGE TESTS of Sydney),Xu MONITORING COMPOSITES FINITE ELEMENT Tianliang Qin , Lei Peng BY RECTANGULAR Jaivignesh (Anna University), STRENGTH OF UD COMPOSITES Niu, Hua Jin, Jinping Li, Thaís B. C. Braz A. Del Masto, F. Trivaudey, Technology) Xueling Yao L. Meng, I. Ohsawa, J. Backe, Sebastian (University (Harbin Institute of Building, Clemson, SC Tao Zhang, Yueqing Zhao, of Bristol), Tapper, Marco MODEL UPDATING: (Beijing Aeronautical Ashrafi, Michael .B. University) MODEL Han,Shujuan Hou (Hunan WAVEGUIDE S. Dhanalakshmi (Combat COMPOSITES X Li, J Chen Yongdong Yu (Harbin (Federal University of V. Guicheret-Retel, (Xi’an Jiaotong University) Michelle S. Hoo Fatt, Anish Takahashi (The University University),Kunkun Fu,Lin of Kaiserslautern); Technology) 29631), Georges Fadel Hongfu Li, Boming Zhang L. Longana, Hana Yu, Ian UNCERTAINTY Science & Technology METHOD Vehicles Research & Zheng-Ming Huang, (University of Portsmouth) Jakubinek, Keun Su Kim, Institute of Technology) Minas Gerais), V.Placet, L. Boubakar In this article, we realized J. Jacob, Xiaolong Tong, of Tokyo) Ye (University of Sydney) Hannemann, Benedikt (Clemson University; 202 (Beihang University) Hamerton, Kevin D. Potter ANALYSIS Research Institute), Bo Development Establishment, (University Bourgognr XY. Xu, BM. Zhang, K. Liu, DRDO), K. Shanmuga Chun-Chun Zhang (School Kurtis Laqua, Meysam Carlos A. Cimini Jr. (Federal Comparison between the the movement of a “bio- This paper reports Arturo MacHado-Reyes (The (Institute for Composite Shape memory polymer Fluor Daniel Building, He TiRen (Beijing Institute of Ma (Beijing Aeronautical of Aerospace Engineering Rahmat, Steven Walker, This paper is focused on University of Minas Gerais), Franche-Comte) inspired miniature boat” the development of University of Akron ) In this research, a parametric A novel concept for jointing Materials (IVW GmbH)); (SMP) can be stimulated Clemson, SC 29631) Polyurethane sizing agents Technology), Liu Liu (Beijing Science & Technology 15:50 M. Bai, DW. Liu (Beihang Sundaram(Anna University) periodic loading condition & Applied Mechanics, Key Dean Ruth, Mark Plunket, the crosslinking degree Per Wennhage (Royal at varieties of interfaces a resin film infusion study considering the composites to metals in Balle, Frank (University of by light. This SMP was prepared in this paper Institute of Technology), Research Institute), Zizi University) The major aim of this work is Laboratory of the Ministry of controlled structural and the LJ flat wall loading This work proposes to (e.g., gas-liquid interface method achieving a effects of geometric ratios, lightweight, hybrid structures Kaiserslautern); Schmeer, synthesized and the light- This presentation looks at remarkably improved the Makeev Andrew (University Christopher T. Kingston, Institute of Technology), investigate the mechanisms Experiments to determine Lu (Beijing Aeronautical to refine the Microstructure Education for Advanced Civil evolution and Dan Zenkert (Royal Institute condition. or liquid-liquid interface) by protective surface by the tri-axial hysteresis joining method and torque is presented. The concept Sebastian (IVW GmbH); actuated performances are forced and piezoelectrically interfacial adhesion between of Texas at Arlington) Science & Technology Rectangular waveguide of Al (2014) - SiC Metal Benoit Simard (National that underlie the complex employs interlocking Matrix Composites Engineering Materials) then the electrical of Technology), mechanical behaviour Marangoni effect. the accumulation of behavior of Divinycell PVC were conducted to identify Breuer, Ulf Paul (IVW evaluated. actuated bi-stable composite sized carbon fiber and matrix Research Institute), Chaobo method was modified Research Council Canada) resistivity variation in functional nanofiller on the failure characteristics morphology, formed on GmbH) laminates. polyamide 6. Polyurethane sizing agents to satisfy the dielectric fabricated by Stir Casting Tonny Nyman (Royal of plant fibre composites H100 foam are described. Xin (Beijing Aeronautical (primary processing In this paper we can know polymer-derived amorphous Institute of Technology, the composite surface. of mechanically fastened the surfaces of male and prepared in this paper measurements of fiber using a numerical approach Results are used to develop female adherends which Science & Technology method) with variation in that any micromechanics Similarity and difference SiCN ceramics. SAAB AB) based on a multiscale a viscoelastic-viscoplastic- UT-CTT. The talk focuses on the remarkably improved the Research Institute), Yanan reinforced composites percentage of Nickel coated model can not only predict stochastic modelling. The are coupled with a layer fatigue behavior of a new interfacial adhesion between at varying temperatures. SiC, through secondary of CNT and BNNT epoxy damage constitutive model of adhesive. Herein, the Chai (China Aircraft Strength processing method i.e Equal the stiffness of a composites unidirectional composite that can be used to predict concept it explored through hybrid composite reinforced sized carbon fiber and matrix Research Institute), Jifeng The dielectric properties ,but also is applicable to the nanocomposites. ply is modelled via a with metal- and carbon polyamide 6. of unidirectional aramid/ Channel Angular Pressing the crushing behavior and finite element analysis, Xu (Beijing Aeronautical (ECAP) inorder to improve prediction of a composite representative elementary fibres in comparison to a epoxy composites volume (RVE), which energy absorption of the incorporating damage in the Science & Technology the properties of Stir Cast strength. foam core of a composite composite material and the conventional CFRP laminate. Research Institute) were characterized and samples. consists of a non-twisted analyzed. yarn impregnated with sandwich panel. adhesive. epoxy matrix. Monday 21 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

1201-2 1202-2 1203-2 1204-2 1205-2 1206-2 1207-2 1208-2 1209-2 1210-2 1211-2 1212-2 1213-2 1214-2 1215-2 1216-2 1217-2 1218-2 1219-2 1220-2 1221-2 Workshop: CORRELATION PREPARATION STUDY ON COLD- THE EFFECT OF POROUS PDMS/ MULTISCALED AND TOPOLOGY PREDICTING NANOCELLULOSE ENVIRONMENTAL INFLUENCE OF Effect of Seawater THE INFLUENCE OF INITIAL POST- DETERMINATION 4D ADDITIVE CARBON FIBER INVESTIGATING THE THE HIGH MULTIPLE VOXEL ENERGY- International OF THE CURE AND PROPERTY THERMAL AGING RANDOMNESS AT CNFS COMPOSITES MULTILAYERED OPTIMIZATION OF THE EFFECT OF REINFORCED BIO- EFFECTS ON THE PROCESSING Absorption on the A5083 SURFACE BUCKLING OF THE FATIGUE MANUFACTURING PREPREG USE OF CHITOSAN PERFORMANCE FOR COMPUTING ABSORBING Benchmark DEGREE OF AN OF NANO-SICP/ OF CARBON FIBER THE MICRO-SCALE FOR STRETCHABLE STRUCTURES A ZERO POISSON’S TEMPERATURE ON POLYURETHANE BENDING CREEP TEMPERATURES Explosive Blast TREATMENTS ON BEHAVIOURS LIMIT FOR CARBON/ OF STRUCTURAL COMPOSITE AS COUPLING DISCONTINUOUS THE COMPOSITE CHARACTERISTICS EPOXY RESIN WITH A356 COMPOSITES COMPOSITES FOR ON FAILURE OF STRAIN SENSORS OF THE SiC/ RATIO HONEYCOMB MATRIX CRACKING FOAMS AS CORE OF ANGLE-PLY ON THE Resistance of Carbon THE BONDING OF COMPOSITE EPOXY COMPOSITES COMPOSITES LAMINATES CURED AGENT TO IMPROVE FIBRE (HIPERDIF) BEHAVIOR WITH ANALYSIS OF Exercises on Textile THE DIELECTRIC SYNTHESIZED WITH WIND TURBINE COMPOSITES Shuying Wu (University SIC COMPOSITE STRUCTURE FOR IN THERMOSET IN SANDWICH LAMINATED DEFLECTION Fibre Laminates PERFORMANCE of SHALLOW SHELLS WITH A CENTRE WITH PROGRAMD VIA CONDUCTIVE THE INTERFACIAL METHOD FOR THE SPECTRAL METHOD COMPOSITE THIN- Permeability and PROPERTIES A NEW PROCESS BLADES Soraia Pimenta, Joël Henry, of New South Wales), NUCLEAR FUEL LIGHTER WEIGHT COMPOSITES USING COMPOSITE COMPOSITES OF HYBRID- A Gargano, K A5083 /epoxy AND PLATES HOLE THROUGH STIMULI-RESPONSE CURING USING PROPERTIES REMANUFACTURING Bing Wang，Guo-dong WALLED SQUARE Compressibility M.Sc. Amke Eggers, M.Sc. Du Yuan, Kun Hu, Shulin Kang Shaofu James Finley Anil R. Ravindran (RMIT CLADDING TUBES Jian Huang, Qiuhua Zhang, A STRAIN INVARIANT PANELS (INVITED Maozhou Meng (University METAL-CARBON Pingkarawat(RMIT Aiai Zhang, Lei Pan Jiayi Yan, Shuguang Li SELF HEATING R.S. Trask, A.B. Baker , T.M. NANOENGINEERED OF PHOSPHATE OF MIXED LENGTH Fang(Harbin Institute TUBES USING Characterization Dilmurat Abliz, Prof. Dr.-Ing. Lv, Qi Gao, Shusen Wu (Ningxia University) (Imperial College London) University), Chen Bo, Liu Chuanxin, Li Jinsong Leng APPROACH TALK) of Derby), COMPOSITES University), (Nanjing University (University of Nottingham), METHODOLOGY Llewellyn-Jones (University NANOCOMPOSITE GLASS FIBRE/ RECLAIMED of Technology)，Jun MULTI-LAYERED Gerhanrd Ziegmann, Prof. Dr.- (Huazhong University of Raj B. Ladani (RMIT Xiaoqiang, Cheng Laifei, (Harbin Institute of Akhila Mukkavilli, Garth Nikolina Frisk, Mohini Sain, Huirong Le (University MADE BY RESIN V Pickerd( Defence Science of Aeronautics and Guofan Zhang, Shihui Duan Deepika Sudevan (Indian of Bath) HEATERS POLYCAPROLACTONE CARBON FIBRES Liang(Harbin Institute SHELL MODELLING Ing. Dieter Meiners (Clausthal Science and Technology) A significant weakening often We investigate how University), Zhang Litong (Northwestern Technology) Pearce, Nayeem T. Kristiina Oksman (Lulea of Derby), Steve Grove TRANSFER & Technology Group), Astronautics) (AVIC Aircraft Strength Institute of Technology Jeonyoon Lee COMPOSITES Marco L. Longana, HaNa of Technology，Beijing TECHNIQUE University of Technology) appears at the interface of failure of hybrid aligned Adrian P. Mouritz (RMIT Polytechnical University) Chowdhury, Alan Crosky University of Technology, (Plymouth University) MOULDING M Ibrahim(RMIT Research Institute) Madras (Ecole Centrale de This paper describes our (Massachusetts Institute of Chao Tan , Ifty Ahmed Yu, Kevin D. Potter Institute of Technology) Jiang Xie, Xuehan Zhang, fiber-reinforced polymer discontinuous composites University), In this work, we present (UNSW Sydney) Faculty of Forestry Patrick Hergan, Julia University&( Defence Anodic oxidation, Nantes), four-dimensional (4D) Technology), Andrew J. Parsons (The (University of Bristol) Congyao Ma, Haolei Mou, The complicated multiscaled a composites during the is affected by the presence Chun H. Wang (University The complicated multiscaled a the multi-stiffness topology University fo Toronto) This paper investigates the Beter, Steffen Stelzer, Science & Technology sandblasting and silanization Laurent Gornet (Ecole printing of composite Frederick Daso University of Nottingham), Composites with complex Zhenyu Feng (Civil Aviation nd multilayered microstructure hygrothermal ageing. It effects of weak regions in the of New South Wales) nd multilayered microstructure optimization of the zero bending creep of carbon Ewald Fauster, Group), treatment for the surface Centrale de Nantes), architectures. We (Massachusetts Institute of Chenkai Zhu (The University The ability of the High structure can be discretized University of China) s of the SiCf/SiC composite fu the moisture uptake kinetics microstructure. Using a s of the SiCf/SiC composite fu Poisson’s ratio cellular The addition of small fibre reinforced epoxy Ralf Schledjewski A.P. Mouritz(RMIT of AA5083 aluminum alloy Patrick Rozycki (Ecole have created a unique Technology), of Nottingham Ningbo Performance Discontinuous into a set of regular el cladding tube for PWR wer and also the reduction of virtual testing framework, el cladding tube for PWR wer structures to minimize amount of cellulose composites with or without (Montanuniversität University) can improve the interface Centrale de Nantes) manufacturing method Seth S. Kessler (Metis China), Junxiao Zhang (The Fibre (HiPerDiF) Method grids. Spectral method The energy-absorbing e investigated. mechanical properties. we show that, by reducing e investigated. the weight with stiffness nanofibers to biobased exposure to moisture Leoben) bonding strength of where 3D printing, Design Corporation), University of Nottingham to simultaneously process based on Fast Fourier characteristics of carbon/ 16:10 The study leads to the the stochastic variability constraints for morphing polyurethane based foams ingress. cryogenic adhesives and The article reports the limit ultrasonic alignment and Brian L. Wardle Ningbo China), Chris D. reclaimed carbon fibres Transforms by directly epoxy square tubes, conclusion that the higher of the microstructure skin applications using is leading to a foam which This work shows the AA5083 aluminum alloy of high cycle fatigue for active multifunctional (Massachusetts Institute of Rudd (The University with different length and to using real microstructure subjected to quasi-static temperature during and of micromechanical the popular solid isotropic have similar properties as impact of the resin sheet. woven carbon fiber epoxy materials construct printed Technology) of Nottingham Ningbo remanufacture them into images can avoid meshing axial compression, were hygrothermal ageing not only properties, it is possible to microstructure with penalty commercial rigid PU foams heating temperature and composite specimens with architectures that can China, The University of high performance recycled geometry and assembling experimentally investigated. increases the moisture uptake increase the strength of (SIMP) method. but with lower density and the mould temperature on a hole of 6 mm diameter be switched between The newly-developed Nottingham), Xiaoling composite materials is stiffness matrix. Single layer shell modelling rate but it may also modify composites by over 20%. improved properties for the the deformation of hybrid at its centre using the multiple configurations out-of-oven manufacturing Liu (The University of demonstrated. technique and multi-layer the local stress threshold final sandwich laminate. metal carbon plates relatively new self-heating via an environmental technique comprised of Nottingham Ningbo China) shell modelling technique required for delamination made by resin transfer methodology.The stimulus. This study will carbon nanotube network were developed in order to nucleation. The less value moulding. robustness of an innovative specifically examine the enables highly efficient This paper reported the simulate experimental crush of ILSS for the almost same “peak-temperature point” role of optimisation of the curing of prepreg with in use of chitosan as a test on the square tube. level of absorbed moisture at approach under the self- fibres, resin and resultant situ cure status monitoring coupling agent to improve higher temperature could be heating methodology is also composite to create ability. the interfacial properties attributed to the pronounced presented. programmable, predictable of phosphate glass degradative effect of and repeatable self-shaping fibres/polycaprolactone temeprature. the interfacial components. composites. The adhesion in the carbon/ investigation was performed epoxy is more effected by mainly via fragmentation test hygrothermal ageing at higher and XPS. conditioning temperature and for more exposure time.

1201-3 1202-3 1203-3 1204-3 1205-3 1206-3 1207-3 1208-3 1209-3 1210-3 1211-3 1212-3 1213-3 1214-3 1215-3 1216-3 1217-3 1218-3 1219-3 1220-3 1221-3 Workshop: DEVELOPMENT OF MICROSTRUCTURE MICROMECHANICAL DELAMINATION GROWTH MODEL OF SYNTHESIS AND IMPROVING A NOVEL DESIGN AND BENDING CREEP EFFECTS OF IMPROVING THE A NONLINEAR FATIGUE DEVELOPMENT RESEARCH ON MULTIFUNCTIONAL TAILORING THE OPTIMISATION OF SNAP-THROUGH THE International DEVELOPMENT OF A NOVEL POLYMER AND MECHANICAL STRENGTH ARREST FEATURES A CARBON BASED CHARACTERIZATION COMPOSITE MULTISCALE BEHAVIOR OF A ELECTROPHORETICALLY BLAST DAMAGE ELASTIC-PLASTIC PROPERTIES OF OF A CYCLIC THERMOMECHANICAL PATTERN INTERPHASE IN RECYCLING OF MOTION ESTIMATION CRASHWORTHINESS Benchmark 100% BIO-BASED RESISTANCE OF CONSTITUTIVE DOUBLE LAP-TYPE TESTING METHOD PROPERTY OF RECONFIGURABLE A HIERARCHICAL CARBON FIBRE OF A BUCKLED SIMULATION AND METAL COMPOSITE PROPERTIES PREDICTION IN AIRCRAFT 3D STRUCTURE OF ULTRALONG LAMINATES METHOD FOR HIGH-GRADE HEMP/ CARBON FIBER/ DEPOSITED GRAPHENE Exercises on Textile FOR BRAZING OF TiB+TiC OF NOTCHED COMPOSITE (AEROGRAPHITE) SI3N4 NANOBELTS THROUGH MECHANICAL EPOXY COMPOSITE OXIDE ON THE SURFACE COMPOSITES USING MODEL FOR THE SINGLE-BOLT FOR ULTRA- WOVEN FABRIC WRIST ANTENNA COMPOSITE BASED COMPOSITES WITH FAILURE MODE EPOXY COMPOSITES BISTABLE BEAM Permeability and APPLICATIONS REINFORCED LAMINATES STRUCTURES AND ELECTRICAL/ WITH UNIQUE BIOMIMICRY PROPERTIES OF Camille François , Vincent TUBE OF TA2 ON THE THREE-DIMENSION COMPOSITE COMPOSITES FAST ROTATING REINFORCED SHAPE STRUCTURES ON CARBON A SUPERCRITICAL Reynolds Addo-Akoto, ANALYSIS OF WOVEN TEXTILES LAMINATES WITH X.Y. LV Y. YU and X. J. FLYWHEELS MADE MEMORY POLYMER BASED ON BISTABLE ACETONE/WATER COMPOSITE THIN- Compressibility Tamara Florian (Clausthal TITANIUM BY ECAP Jiang-Bo Yang, UNDER STATIC AND MECHANICAL OPTICAL AND J.L. Liu, B.C. Tan (National STATISTICALLY Placet , Sylvie Pourchet Zengqin Yang(School of BONDING STRENGTH OF NANOTUBE FIBERS Jong-Min Yun, Jae-Hung University of Technology), Yuanfei Han, Juan Xiang, Zheng-Ming Huang FATIGUE LOADING PROPERTIES OF FLEXIBLE University of Singapore) INHOMOGENEOUS Aerospace, Xi’an Jiaotong TI/PEEK A. Gargano (RMIT COUNTERSUNK ZHANG(Shanghai Jiao Tong OF CFRP AND COMPOSITES COMPOSITE SOLVENT WALLED C-CHANNEL Characterization (University of Burgundy- XiaoMeng Sui (Weizmann Han (KAIST) Gerhard Ziegmann Jiuxiao Li, Jianwei Mao, (Tongji University) Luke I. Richard, Kuen Y. Lin COMPOSITES NANOMECHANICAL MATERIALS Franche-Comté), Pierre University, Xi’an 710049, Yunfei Lv, Lei Pan, University), A. Kerber (RMIT BOLT JOINTS University) IMPROVEMENT OF Jianping Gu (Nanjing CYLINDRICAL Matthew J. Keith, Andrew, SPECIMEN University & RWTH Aachen THEIR FATIGUE SHELLS FOR ON- Institute of Science), Lin SUBJECT TO AXIAL (Clausthal Centre of Liqiang Wang, Weijie (University of Washington) J. Marx, S. Garlof, J. PROPERTIES This paper shows the Zhiqiang Yang (Harbin Ouagne (Laboratoire China), Hui Wang (State Zengmin Zheng, Aamir HUANG Heyuan,ZHAO Institute of Technology, A. Ingram (University of Material Technology) Lu (Shanghai Jiao Tong Timmermann (Hamburg Shun Dong, Ping Hu, observations of damage Institute of Technology), Key Laboratory of Metal Ali, Nipon Roy (Nanjing University), K. Pingkarawat, Meiying,ZHOU Yinhua,HOU STRENGTH BODY APPLICATIONS Yang (The University of An algorithm to predict the COMPRESSION Génie de Production Nanjing University Birmingham), Gary A. Leeke University) Fasteners utilized in University of Technology), Xinghong Zhang (Harbin pattern of composite plate Junzhi Cui (Chinese (LGP)), Joseph Samec Matrix Composites, University of Aeronautics A.P. Mouritz (RMIT Chi(Northwestern BY MATRIX Jianqiang Hu, Yanqi Li, Sydney), XiaoHua Zhang snap-through behaviour of a LOAD University) of Aeronautics and (Cranfield University) In this research the composites have the ability D. Smazna, R. Adelung Institute of Technology) with helicoidal configuration Academy of Sciences, (Stockholm University), Shanghai Jiao Tong and Astronautics) Polytechnical University) MODIFICATIONS Fuhong Dai (Harbin Institute (Suzhou Institute of Nano- buckled bistable composite Congyao Ma, Haolei Mou, development and ECAP of TiB fibers and TiC to be employed as crack (University of Kiel), K. which lead to the Beijing), Yi Sun (Harbin University, Shanghai Astronautics), Huiyu Sari Rautiainen (Stockholm J. Krummenacker, J. of Technology) Tech and Nano-Bionics), beam is proposed. The Xuehan Zhang, Jiang Xie, production of composite particles reinforced titanium arrest features in addition to Schulte, B. Fiedler Several millimeters explanations of its high load Institute of Technology) University), Yves Gaillard 200040, P.R.China ), Yu Ma, The GO was deposited High explosive blast damage Sun (Nanjing University resistance is demonstrated Hausmann, L. Sorochynska, QingWen Li (Suzhou validation of the results are Zhenyu Feng (Civil Aviation preforms, made of matrix composite was load transfer. Under static (Hamburg University of long Si3N4 nanobelts with bearing capacity. , Gilles Boni , Stéphane Zhenwei Shao, Fulin Shang, on the surface of Ti sheet of Aeronautics and polymeric matrix and successfully carried out up and fatigue loading, these Technology) flexible nanomechanical and The work is aimed to find and Demen Hou (School of to reinforce the joint using three-dimensional A. Klingler, B. Wetzel A novel multifunctional wrist Institute of Nano-Tech and conducted using a high- University of China) Fontaine (University of Astronautics), Shaoxiang aluminum based braze to 4 ECAP passes. features have been found to unique photoluminescence a novel multiscale method Burgundy-Franche-Comté), Aerospace, Xi’an Jiaotong adhesive strength of Ti/ woven textile composites. (Institute for Composite antenna structure with radiation Nano-Bionics), H. Daniel speed camera technique. The effect of increasing the Wang (Nanjing University powders is presented, provide good delamination Aerographite is a 3D properties were to predict mechanical Lucie Fournier (Institut de University, Xi’an 710049, PEEK.The deposition was Materials (IVW GmbH)) pattern reconfigurability Wagner (Weizmann Institute To study the crushing accompanied material arrest capability. interconnected carbon successfully synthesized performance of statistically China) realized by the anodic volume content of woven of Aeronautics and 16:30 Recherche de Chimie Paris based on bistable composite of Science) energy-absorbing modeling and process structure that can be used via an effective method inhomogeneous core-shell (IRCP)), Carine Robert electrophoretic deposition z-binder yarns on the Astronautics) damage to textile composites A cyclic test method is shell is proposed for on-body characteristics and failure simulation. to improve electrical and with the raw materials of materials. As for these (Institut de Recherche method in the aqueous mechanical properties of graphite, nanosilicon and kinds of materials, the dispersions of GO. caused by explosive blasts is presented that can be used communications. The radiation As an arising reinforcing mode, the multi-layer finite de Chimie Paris (IRCP)), The thermomechanical polymer nanocomposites nanosilica, which were sophisticated microscopic Christophe M. Thomas investigated. to estimate the lifetime pattern of the antenna structure material, carbon nanotube element model of composite properties of Woven fabric (PNCs). For this purpose it controlled by an alumina- information of inclusions, (Institut de Recherche de performance of CFRP-tubes shows omnidirectionality in fibers (CNTFs) has drawn thin-walled C-channel is important to understand assisted vapor-liquid-solid including their shape, reinforced shape memory Chimie Paris (IRCP)) manufactured by winding stowed state and has excellent much attention due to the specimen was established the growth mechanism, growth mechanism. size, orientation, spatial polymer composites technology. The test method directivity and anti-interference mechanical and electrical based on the quasi-static which is analyzed with distribution, volume fraction This study focuses on the (WFRSMPCs) is studied by interrupted synthesis and a and so on, leads to changes is designed to assess the ability in extended state. The properties, and their axial compression development of 100% employing the multi-scale CFD simulation. of the macroscopicmechanic bio-based high-grade effectivity of various matrix antenna structure can be acted flexibility. The mechanical experiments results. The theory to establish the al properties. composites. Bio-based modifications that aim for an as a Fitbit Flex of human wrist behaviour of composites simulation results show that microscopic model for fiber epoxy thermosets and hemp augmented lifetime. when it is in stowed state. based on CNTFs with the delamination failure, slivers are processed and bundles and developing a various architecture was local buckling and beam characterized by different mesoscopic model for the studied. bending failure of C-channel technologies. WFRSMPCs. . specimen can be simulated with the multi-shells finite element model. Monday 21 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

1201-4 1202-4 1203-4 1204-4 1205-4 1206-4 1207-4 1208-4 1209-4 1211-4 1213-4 1214-4 1215-4 1216-4 1217-4 1218-4 1219-4 1221-4 Workshop: A STUDY OF CROSS- EFFECT OF PREPARATION AND FAILURE ANALYSIS MULTISCALE PREPARATION EFFECT OF DESIGN MULTISCALE GRAFTING THE STUDY ON DAMAGE AN ADVANCED 1D STRAIN RATE- ROBUST SHAPE DELAMINATION THE PROCESS POLYMERS FOR CARBON NANOTUBE International LINKING KINETICS INTERFACIAL PROPERTIES OF OF CENTER MODELING AND PROPERTIES HEURISTICS ON THE MODELING OF POLYETHYLENE THE BALLISTIC TOLERANCE OF FINITE ELEMENT RELATED MEMORY EPOXY TOUGHENING AND MECHANISM ENERGY STORAGE WEB: A PROMISING Benchmark CARBIDE ON THE CHOPPED CARBON OF ZRB2-SIC COMPRESSION AND OF CYANATE ESTER PROPERTIES FIBER REINFORCED NOTCHED CFRP OF CARBON COMPOSITES BY SHEAR BUCKLING IMPACT BEHAVIOR GLYCOL ON PERFORMANCE DOUBLE-LAP, MULTI- SOLUTION FOR CHARACTERIZATION NANOCOMPOSITES AND HEALING RESEARCH OF IN APPLICATIONS HEATING ELEMENT Exercises on Textile RESIN OF AL/DIAMOND PEEK COMPOSITES LAMINATES UNDER FIBER/CARBON CENTRIFUGAL GEL PERFORMANCE OF FOR POLYMER NANOCELLULOSE AND FAILURE ROW COMPOSITE THERMOELASTICITY OF FATIGUE SPRING WITH GIANT PERFORMANCE SITU DEPOSITED Chunyi Zhi (City University FOR ANTI-ICING/DE- Permeability and L. Zemni (Institut Clément COMPOSITE Chen Shu-hua, Cui Hong, MULTI-AXIAL NANOTUBE/ CASTING PROCESS INFINITELY LONG COMPOSITES TOWARD MECHANISM BOLTED JOINTS PROBLEMS IN BEHAVIOR OF DEFORMABILITY OF 3D WOVEN NANO-SIO2 ON THE of Hong Kong) ICING APPLICATIONS Compressibility Ader), G.Dusserre (Institut Zifan Che (University of LOADING EPOXY HYBRID Dongyang Zhang, Ping Hu, PLATES WITH Harpreet Singh, Mohit BIODEGRADABLE OF UHMWPE- CONTAINING SINGLE LAMINATED BEAMS GLASS FIBER- Yayun Liu (National COMPOSITES SURFACE OF JUTE Xudan Yao (Queen’s Characterization Wang Xi-zhan, Han Gupta, Puneet Mahajan Clément Ader), G. Bernhart Science and Technology Jian-ping (Xi’an Aerospace Guangyan Liu, Hongchen COMPOSITES Xinghong Zhang (Harbin BENDING-TWISTING POLYMER ARAMID1414 MISSING FASTENER E. Carrera, M. Filippi , REINFORCED Center for Nanoscience Raj B. Ladani, Khomkrit FIBER Various polymer electrolytes University Belfast), COUPLING (Indian Institute of (Institut Clément Ader, IRT Beijing, The University of Composites Research Bao (Beijing Institute of Matthew S. Radue, Gregory Institute of Technology) NANOCOMPOSITES FIBER HYBRID Fujian Zhuang,Puhui A. Entezari ( DIMEAS, POLYURETHANE and Technology, Beijing; Pingkarawat (RMIT Yue-hong Yin, Yi-Hua were designed to Brian G. Falzon (Queen’s Christopher Bronn York Technology Delhi) Shiyu Geng, Maria Harila Saint Exupéry), B.Boniface Texas at Dallas), Jianwei Institute) Technology) M. Odegard (Michigan (University of Glasgow), COMPOSITES Chen (Nanjing University Politecnico di Torino) AND EPOXY China University of University), Chun H. Wang Cui, Sen-jie Hao (Nanjing incorporate various functions University Belfast), (NIMITECH Innovation) Technological University) (Luleå University of Zhou Qing, He Yemao, of Aeronautics and Daniel Huelsbusch, Michael Geosciences (Beijing)), (University of New South University of Aeronautics into flexible energy stroage Stephen C. Hawkins Li (University of Science Sérgio Frascino Müller de Technology, SE-971 87, and Technology Beijing), The methods of In this paper, failure High-permance ZrB2-SiC Almeida (University of São Luleå, Sweden), Kun Yao, Liu Ting (Beijing Protech Astronautics) Jamrozy, Frank Walther (TU Jun Zhao (National Center Wales), Adrian P. Mouritz and Astronautics) devices. (Queen’s University Belfast, Cyanates esters (CEs) Yang Zhang (University of electromagnetic effect mechanisms of center This study addresses ceramics was fabricated Paulo) Q. Zhou ( Royal Institute New Material Science The present work aims Dortmund University) for Nanoscience and (RMIT University) Monash University) are high performance Science and Technology mixing technology and notched quasi-isotropic the multiscale modeling successfully via a novel of Technology, School of Co. Ltd) Various defects and at presenting a unified Technology, Beijing), In this paper, the process The reduced laminate thermoset resins. To Beijing), Hailong Zhang compression molding were composite laminates under of hybrid composites colloidal method called Biotechnology, SE-100 damages arising in formulation that enables In cyclic investigations (China University and mechanism of in situ Owing to its rapid and design space, resulting 44 Stockholm, Sweden ), better understand the (University of Science used to prepare chopped multi-axial loading were composed of carbon centrifigal gel casting. from the application of the The ballistic performance composite bolted joints, classical coupled and the influence of strain of Geosciences (Beijing)), deposited nano-SiO2 on the uniform heating, as well as 16:50 thermo-kinetics behavior studied numerically. fibers, carbon nanotubes, Kristiina Oksman ( Fibre of UHMWPE-Aramid1414 such as missing fasteners, uncoupled theories of rate on the measurands Zhong Zhang (National surface of jute fiber were its negligible weight, CNT and Technology Beijing), CF/PEEK composites, 10% rule (representing the and Particle Engineering, of a CE resin, cure kinetics Xitao Wang (University of some physical properties and three different epoxy minimum proportion of plies University of Oulu, FI- fiber hybrid composites can change the bolt-hole thermoelasticity to be characteristics has been Center for Nanoscience and studied by sol-gel method. web is a promising heating characterization studied by Science and Technology and compressive strength systems (di-, tri-, and in each of the 4 standard 90014, Oulu, Finland) was studied through a fits directly and seriously obtained. The proposed investigated for glass-fiber- Technology, Beijing) element for anti-icing/de- DSC scans was performed. Beijing), Jinguo Wang were studied in the paper. tetra-functional epoxies). orientations), is shown to series of V50 ballistic alter bolt load proportions, high-fidelity beam finite reinforced polyurethane. icing applications. match the common design (The University of Texas The results can be used Molecular Dynamics and In this paper, we tests, and the damage reducing the initial failure elements are able to provide Furthermore, a newly Shape memory epoxy constraint of limiting the investigated the effects at Dallas), Moon J. Kim in the engineer designing Micromechanics methods number of contiguous plies mechanism of hybrid strength and possibly the 3D-like solutions with a low developed approach for nanocomposites springs are used. of grafting polyethylene composites was analyzed ultimate strength. This computational effort. combining stress controlled with giant deformability and (The University of Texas of CF/PEEK composites (or adjacent plies with the glycol on nanocellulose on at Dallas) structures. same orientation) to a microstructure, mechanical in this paper. paper presents a numerical testing with constant strain high strength. maximum of 3. properties and thermal investigation into damage rate is shown. behaviors of the polylactic tolerance characteristics acid/nanocellulose of double-lap, multi-row composites. composite bolted joints containing single missing fastener based on an efficient and accurate explicit finite element model.

1319 Recycling of 1301 Polymer Matrix 1302 Metal Matrix 1303 Fiber-reinforced 1304 Fracture and 1306 Ceramic Matrix 1307 Structural Analysis 1308 Multiscale Modelling 1310 Moire and Grid Based 1312 Office Naval Research 1316 Stimuli Responsiveness 1317 Design and Manufacture 1318 Interfaces and 17:10 1305 Nano-Composites 3 1309 Bio-Composites 3 1311 Hybrid Composites 3 1313 Joints 3 1314 Composite Structures 3 1315 Fatigue 3 Composites and 1320 Bio and Medical 1 1321 Aerospace 3 Materials 3 Composites 3 Composites 3 Damage 3 Composites 3 and Optimization 3 of Structures 3 Technique (ONR) Session 3 and Shape Reconfiguration 3 for Multifunctionality 3 Interphases 3 Sustainability 2

1301-1 1302-1 1303-1 1304-1 1305-1 1306-1 1307-1 1308-1 1309-1 1310-1 1311-1 1312-1 1313-1 1314-1 1315-1 1316-1 1317-1 1318-1 1319-1 1320-1 1321-1 Workshop: PERFORMANCE MULTI-LAYER MECHANICAL A SPECTRAL MODE I AN EXPLORATION ELASTIC PROPERTIES EGGSHELL-SILVER FULL-FIELD STRAIN PREPARATION AND THE EFFECT TENSILE BEHAVIOR INTEGRAL DESIGN EFFECT OF SHAPE-MEMORY DESIGN AND INTERLAYER NOVEL CARDING AN EXPERIMENTAL STRENGTH International STUDY ON THE GRAPHENE ANALYSIS AND STIFFNESS INTERLAMINAR OF STRUCTURE PROPERTIES OF OF GRAPHENE NANOPARTICLES MEASUREMENT PROPERTIES OF TI/ OF THICKNESS OF HYBRID MULTI- OF COMPOSITE BIAXIALITY ON POLYMER MANUFACTURING OF SHEAR IN BILAYER PROCESS STUDY ON CRACK- ANALYSIS OF Benchmark TO IMPROVE FLAME RETARDANT REINFORCED PURE VISCOELASTIC MICROPLANE FRACTURE DESIGN IN 3D ADDING RIBS BASED POLYMER REINFORCEMENT OF COMPOSITE CF/PMR POLYIMIDE VARIATIONS ON BOLTED/BONDED STRUCTURES USING THE FATIGUE COMPOSITES SHAPE CHANGING GRAPHENE INSENSITIVE FABRIC/ FIBER REINFORCED Exercises on Textile CRYSTALS MECHANICAL SELF-ADHESIVE TITANIUM MATRIX MODELLING OF A 3D MODEL FOR TOUNGHNESS 3D BRAIDED RE-ENTRANT NANOCOMPOSITES POLYMER FILMS MATERIALS BY THE LAMINATES THE TRANSVERSE JOINTS WITH A MODIFIED CO- PERFORMANCE SELECTIVELY STRUCTURES AND PROPERTIES OF PDMS COMPOSITES COMPOSITE Permeability and RESIN COMPOSITES COMPOSITES BY A INTERLOCK WOVEN UNIDIRECTIONAL OF CARBON CERAMIC MATRIX CELLULAR THROUGH AND APPLICATIONS SAMPLING MOIRÉ Jie Tao, Yubing Hu, SHEAR STRENGTH CARBON/EPOXY BONDING PROCESS OF A LAMINATED RESPONSIVE TO DEVICES USING Guorui Wang,Luqi Liu Jizhou Song (Zhejiang LAMINATES WITH A Compressibility Zhong Zhang (National RECYCLED CARBON Wuyunqiqige (AVIC MICRO-LAMINATED COMPOSITE COMPOSITES NANOTUBE WEB- COMPOSITES STRUCTURE ATOMISTIC Boniface J. Tiimob, Shaik METHOD (INVITED Huaguan Li, Xuelong OF NOMEX COMPOSITES Rieger, Florian; Rief, COMPOSITE NEAR-INFRARED HYBRID 3D PRINTING FIBER CARD WEB University) CIRCULAR CUTOUT Characterization Center for Nanoscience and Composite Corporation STRUCTURE Courtois, A. (Ecole Sean E. Phenisee, Sung MODIFIED POLYMER TURBINE BLADE Xiang Li, Zi-Xing Lu, SIMULATIONS Jeelani, Vijaya K. Rangari. TALK) Fu, Xian Zhang, Lei REINFORCED HONEYCOMB CORES Farid Gamdani, Rachid Thomas; Motsch, Nicole; Raghuram Mandapati, P. LIGHTS OF TWO Conner Dunn, Quanyi Mu, H. Technology, China) Chen Jianlin, Li Zheng, LTD) DESIGN Polytechnique Montreal); Lin Tien, Marco Salviato COMPOSITES DOVETAIL Zhen-Yu Yang (Beihang Anastassia Rissanou, Petra (Tuskegee University) Shien Ri, Qinghua Wang, Pan (Nanjing University T. Allen, M. Battley, S. Stone Boukhili, Aurelian Vadean Hausmann, Joachim (Institut K. Mallick (University of WAVELENGTHS Jerry Qi (Georgia Institute of THERMOPLASTICS Chu Pengcheng (Peking Guanghu Yin, Guangbin Xiaonan Mu, Hongnian Cai, Marcin, L. (Safran (University of Washington) Ravi Chitwan (Queen’s ATTACHMENT University) Bačova (Research and Hiroshi Tsuda (National of Aeronautics and (University of Auckland, New (Polytechnique Montreal) für Verbundwerkstoffe Michigan-Dearborn) Tianyu Fang, Shunping Technology) We utilize pressure in University) Hongmei Zhang, Qunbo Fan, Tech); Ruiz, E. (Ecole University Belfast), Brian Cheng Zhen, Shi Duoqi, Technology Hellas), Vagelis The eggshell/silver Institute of Advanced Astronautics) Cai , Haowen Wei (The Zealand) GmbH Erwin-Schrödinger) Chen, Liang Fang, Zhongzi the hole as a controlling University of Tokyo), Yan Wu, Ran Shi, Guoju Li, Polytechnique Montreal); The present contribution G. Falzon (Queen’s Jing Xin, Yang Xiaoguang Analytical and finite Harmandaris (Research nanoparticles (ES-Ag) Industrial Science and Composite hybrid-bolted/ The paper presents the Xu, Chunhua Lu (Nanjing load, forcing supported Wataru Nagatsuka (Toray The strength analysis of Hu Wang (Beijing Institute of Lévesque, M. (Ecole proposes a general University Belfast), Stephen (Beihang University) element (FE) simulations and Technology Hellas, were prepared and studied Technology Japan) Novel high temperature An investigation into the bonded joints were tested with A concept for production of effect of biaxiality ratios on Tech University) graphene (outside the Industries, Inc.), Takuma carbon fiber reinforced Technology) Polytechnique Montreal) constitutive model for C. Hawkins (Queen’s are carried out to calculate University of Crete) the effect on the structural resistance FMLs are effect of thickness on the one to three bolts. Their load- composite parts using pre- fatigue life diagrams and hole) towards the center Kohira (Ehime Institute of composite laminate composites able to simulate University Belfast, Monash In one braided composites the elastic properties property and the impartation To observe the damage reported in this paper, transverse shear failure displacement responses using cured structures is analyzed fatigue damage evolution in Rare earth organic complexes of hole by a controllable Industrial Technology Paper with big cutout under 17:10 One Ti matrix composite Experimental viscoelastic the orthotropic stiffness, University), Andres Nistal dovetail attachment, the of a 3D augmented re- In this work, we present of antimicrobial activity behavior on the surface of including the preparation mechanisms of Nomex quasi-isotropic and cross-ply using interlaminar shear a E-glass/epoxy composite were introduced into thermally- bulging process, to Technology Center), Jun unidirectional tension is Morisawa (Kochi Prefectural reinforeced by multi-layer properties of a composite prepeak nonlinearity, failure (Queen’s University Belfast) variation of composites entrant cellular structure. results from detailed all- on 70/30 poly(butylene- laminated CFRP materials, and the properties of the honeycomb core materials. laminates are presented strength and interlaminar laminate. The fatigue data induced shape-memory activate interlayer shear studied by simulation and deformation in bilayer Paper Technology Center), graphene through novel material reinforced with envelopes, and also the direction and mechanical The Young's modulus atom molecular simulations co-adipate terephthalate)/ the sampling Moire method FMLs based on carbon Experimental testing and Vadean(Polytechnique fracture toughness energy were generated under a polymers via physical Jun Takahashi (The experiment. The crack onset microstructural design shows 3D interlock woven post-peak softening and The study of the effect of property would influence enhancement and negative of graphene based polylactic acid (PBAT/PLA) is applied. The attractive fiber reinforced polyimide. numerical modelling have Montreal)Composite hybrid- measurements. combination of normal and mixing or chemical in-situ graphene system. Multi-type University of Tokyo) is happened around the characterization techniques superior mechanical property. fabric are compared fracture. The formulation using highly aligned carbon the structure's stress Poisson's ratio in one polymeric nanostructured immiscible blend. advantage of this method been used to determine bolted/bonded joints were shear stresses on butterfly- copolymerization to prepare high stress concentration with the predictions is developed within the nanotube web (CNTW) distribution. When direction for all topology are materials. Polymer films is both small strain in were employed, including Carbon fiber card web strength degradation with tested with one to three bolts. shaped Arcan specimens. shape-memory polymer Raman spectroscopy and area, and the failure mode of a temperature- and framework of the Spectral assemblies as interlayers take stress analysis presented in detail. supported by graphene elastic-plastic region and reinforced thermoplastics increasing core thickness Their load-displacement composites with selective atomic force microscopy, to and crack propagation cure-dependent linearly Stiffness Microplane Theory. on the mode I interlaminar and structural design, and graphene/polymer larger strain distribution in (CWT) were proposed as and the underlying failure responses using quasi- responsivities for near-infrared reveal the interlayer shear the second approach for strongly depend on the viscoelastic model. The fracture toughness of some proper equivalent nanocomposites are failure-fracture region can be initiation and propagation isotropic and cross-ply lights with two certain stress between graphene reusing r-CF in this study. ply sequences and the experimental procedure carbon fibre-reinforced simulation method should studied under equilibrium continuously measured. modes. laminates are presented. wavelengthes. layers that is approximated The viability of non-woven cutout size. and the viscoelastic model polymer composite be established instead and non-equilibrium to 0.04 MPa. carding process was are presented. laminates. of using conventional conditions. evaluated by investigating orthotropy elasticity. mechanical properties of CWT with various Vf of CWT. Monday 21 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

1301-2 1302-2 1303-2 1304-2 1305-2 1306-2 1307-2 1308-2 1309-2 1310-2 1311-2 1312-2 1313-2 1314-2 1315-2 1316-2 1317-2 1318-2 1319-2 1320-2 1321-2 Workshop: SYNTHESIS AND MICROSTRUCTURE TOUGHENING QF/ XFEM MODELLING QUANTIFICATION THE PREPARATION COMPARATIVE SPECTRAL ALL-CELLULOSE EXPERIMENTAL MATERIALS DELAMINATION IN INFLUENCES NUMERICAL A PROGRESSIVE 3D PRINTED LAMINATE A SHEAR-LAG INFLUENCE OF GRAPHENE AEROELASTIC International CHARACTERIZATION AND MECHANICAL PSA WITH SILANE OF TRANSVERSE OF DISPERSION PROCESS OF INVESTIGATION STOCHASTIC COMPOSITES STUDY ON BIAXIAL SELECTION FOR BLAST RESISTANT OF TEXTILE ANALYSIS AND FBG FATIGUE DAMAGE BIODEGRADABLE DESIGN WITH ANALYSIS OF RECYCLING LAMINATION FOR ANALYSIS OF Benchmark OF FLAME PROPERTIES OF COUPLING AGENT CRACKING IN AND MIXING OF SICN CERAMIC BY IN DELAMINATION HOMOGENIZATION BASED ON BEHAVIOR OF PVB A FIBER-METAL- LAMINATED GLASS MONITORING OF MODEL FOR SHAPE MEMORY RETARDANT TIB REINFORCED CONTAINING FIBRE REINFORCED NANOFILLERS IN PYROLYSIS OF PSN-1 BEHAVIOR OF OF COMPOSITES WET-SPUN Bing Zhan (Tongji LAMINATE WITH Mohammad Amin Samieian PARAMETERS ON CURING-INDUCED COMPOSITE POLYMER NON-STANDARD STRESS TRANSFER PROCESS ON THE HIGH GLUCOSE COMPOSITE Exercises on Textile THERMOSET POLY TI MATRIX POLY(IMIDE COMPOSITES POLYETHYLENE Jinping Li, Yongdong Yu, COMPOSITE WITH RANDOMNESS CELLULOSE FIBERS University), Suwen ELASTOMER (Imperial College), David THE INDUCTION STRAIN IN POLYMER STRUCTURES IN STIMULATED BOTH PLY ANGLES FOR THROUGH A TENSILE PROPERTY OXIDASE LOADING LAMINATES Permeability and (LACTIC ACID) (PLA) COMPOSITE AFTER SILOXANE) Nikolay A. Petrov (KU COMPOSITES Songhe Meng, Gaoming STIFFENER IN CONSTITUENT REINFORCED Chen (Tongji University, INTERLAYERS Cormie, David Smith, Will HEATING BEHAVIOR COMPOSITE HYGROTHERMAL ELECTRICALLY AND OPTIMISED IN-PLANE COHESIVE FIBRE- OF CARBON FIBER AND SENSITIVE Rammohan.B (PES Compressibility Fei Sun, Xiang Kong, VARIOUS THERMO- Lingao Ru, Yanhong Hu, Leuven), Larissa Gorbatikh, USING RAMAN Zhang, Yixin Hou (Harbin RUN-OUT UNDER MATERIAL WITH CELLULOSE State Key Laboratory for Matthias M. Stoll, Kay A. Wholey (Arup Resilience OF CFRPC LAMINATES ENVIRONMENTS MAGNETICALLY PERFORMANCE MATRIX INTERFACE Guangbin Cai (The GLUCOSE University), Dineshkumar Characterization Tao Yu, Yan Li (Tongji MECHANICAL Yuanbo Gu, Fangfang Stepan V. Lomov (Skolkovo SPECTROSCOPY Institute of Technology) TENSILE LOAD PROPERTIES NANOCRYSTALS Disaster Reduction in Civil Weidenmann (Karlsruhe Security & Risk), Bamber S. Becker,P. Qinglin Wang, Yuxi Jia Meijuan Shan, Libin Zhao Xiaomeng Wang, Jun Zhao, Mark W.D. Nielsen, Kevin J. Zuorong Chen (CSIRO University of Tokyo), DETECTION Harursampath (Indian University) TREATMENTS Zhang, Bin Cheng, Yan Institute of Science and Anna E. Lewandowska, Li Liang, Jia Purong J. Zhi, T.E. Tay (National AND HALLOYSITE Engineering China), Fu-pen Institute of Technology R.K. Mitschang (Institut für (Shandong University) (Beihang University), Zhong Zhang Johnson, Andrew T. Rhead, Energy Flagship), Wenyi Guanghu Yin (The University Yabin Hao, Chuan Xu, Institute of Science) Fengcang Ma, Siyao Lu ( Zhou, Shifeng Deng (East Technology) The precursor treated by (Northwestern Polytechnical University of Singapore) Chiang (Stony Brook (KIT)) James Beard (University of NANOCLAY Blackman, Paul A. Hooper, School of Materials Science China University of Science curing, cold isostatic pressing University) Andrés García Vogel (Luleå University) John P. Dear (Imperial Verbundwerkstoffe GmbH) Jianyu Zhang (Chongqing (National Center for Richard Butler (University Yan (Monash University) of Tokyo), Masashi Wada Minghe Fang, Zhe Ying, You and Engineering, University and Technology) This work investigates Exeter), Erik Frank (Institute and low rate pyrolysis will In this paper, spectral University of Technology, Materials selection of a College) University), Haiming Hong Nanoscience and of Bath) (Japan Fine Ceramics Zeng (Chinese Academy of Aeroelastic analysis has of Shanghai for science the influence of XFEM of Textile Chemistry and make the SiCN ceramic yield The research in this paper stochastic homogenization University of Oulu), A series of biaxial tensile fiber-metal-laminate with By means of stationary (Shenyang Aircraft Design & Technology, Beijing) A shear-lag model with Center), Satoshi Kitaoka Science) been carried out with and technology, Shanghai 1.One is the properties input parameters on the Chemical Fibers), Nor H. increase.When the pyrolysis focus on the composite method is developed by Saleh Hooshmand (Luleå tests on cruciform elastomer interlayers Laminated glass composite heating experiments Research Institute), Ning Hu a cohesive fibre-matrix (Japan Fine Ceramics various laminate fiber 200093, P.R.China ), Weijie of poly(imide siloxane) onset and propagation Inai, Stephen J. Eichhorn temperature is below 1400ºC, stiffener run-outs loaded combining asymptotic University of Technology), specimens of Polyvinyl under flexural load is used in structures for different textile (Chongqing University) 3D printed biodegradable interface is presented for the Center), Haowen Wei (The In this work, lamination of orientation angles applied Lu, Di Zhang ( State Key copolymers (PISs) with of transverse cracks in (University of Exeter) the free carbon is highly in tensile. Delamination expansion homogenization Petteri Piltonen (University butyral (PVB) under with restrictions protection against blast reinforcement fabrics which shape memory polymer with analysis of stress transfer University of Tokyo), Isamu functional graphene and for Unmanned aerial Laboratory of Metal Matrix crystalline polyimide cross-ply laminate under disordered; and when the behaviors of two types of and spectral stochastic of Oulu), Kristiina Oksman quasi-static loads at the and requirements loading. This study looks differ in the titer (linear multi-stimulus response. between the fibre and the Ohsawa (The University of graphene oxide was used to vehicles using Velocity- 17:30 Composites, Shanghai Jiao hard block and PISs with quasi-static loading. temperature is above 1400ºC, models were studied in method, which is further (Luleå University of temperature of 15℃ were of the laminate and at how temperature Tong University, Shanghai amorphous polysiloxane the crystallization degree of experimental and numerical implemented in a Technology, University carried out and the biaxial its constituents was and interlayer thickness density), the thread-count matrix during the fibre Tokyo), Jun Takahashi (The prepare glucose biosensor Damping methods. An 200040, P.R.China ) soft block were introduced free carbon increases. method. commercial finite element of Oulu) true stress - true strain conducted. influences the delamination and therefore in their pullout. University of Tokyo) with high glucose oxidase attempt has been made in our novel silane coupling package. The probability curves of PVB under five energy between the polymer area weight as well as loading and sensitive here to extend the same for agent. 2. The other is distribution of stochastic Continuous regenerated displacement loading ratios interlayer and glass layer. in the weave style have The viability of superheated glucose detection. Multi-functional Composite that with the pretreatment effective properties, cellulose nanocomposite (1:1,2:1,3:1,4:1,1:0) were been investigated. The steam (SHS) treatment laminates. method, 1.5wt% WS added including transverse moduli fibers with were obtained. to react with the QF for and thermal expansion successfully manufactured gained results were used in recycling carbon fiber 60 min, the Interlaminar coefficient are predicted using a simple wet spinning to establish guidelines for reinforced thermoplastics Shear Strength(ILSS) of the with the developed method, process and used in all the structure of an ideal was assessed. And the composites improved about the result of which shows a cellulose composites. adjusted laminate of a influence of recycling 43.6%. However, the flexual matching accuracy with that CFRPC organic sheet for process (SHS) on the tensile strength was increased by of Monte Carlo simulation, induction welding. property of carbon fibers 60.6% with 3.5wt% WS but the spectral stochastic added to react with the QF. homogenization method is was evaluated. much more computationally efficient.

1301-3 1302-3 1303-3 1304-3 1305-3 1306-3 1307-3 1308-3 1309-3 1310-3 1311-3 1312-3 1313-3 1314-3 1315-3 1316-3 1317-3 1318-3 1319-3 1320-3 1321-3 DEFORMATION OBTAINING EFFECTS OF AN EXPERIMENTAL MULTIFUNCTIONAL LIGHT AND STRONG NUMERICAL RUNWAY BIODEGRADATION DISPLACEMENT FATIGUE CRACK REPEATED A STIFFNESS MODELLING OF IMPROVEMENT OF DEVELOPMENT THE MECHANICS THE EFFECTS OF PRODUCTION FLEXIBLE QUALITY SYSTEM AND RESIDUAL MULTI-LAYER MICRO-DEFECTS ON INVESTIGATION POLYURETHANE- HIERARCHICAL SIMULATION DEBRIS IMPACT PERFORMANCE DISTRIBUTION GROWTH OF TI/CF/ IMPACT BEHAVIOR MODEL FOR PROGRESSIVE INTERLAMINAR OF DYNAMIC WHILE BRIDGING INTERLAYERED WASTE CAPACITIVE DEVELOPMENT FOR ANALYSIS FOR STRESSES DURING GRAPHENE SHEETS THE MECHANICAL INTO THE STACKING ENHANCED POROUS SIC FOAM ON GENERIC OF MAGNESIUM MEASUREMENT PMR POLYIMIDE CARBON NANOTUBE MANAGEMENT OF THE MANUFACTURE IDENTIFICATION OF WOVEN UNIDIRECTIONAL MATRIX CRACKING MECHANICAL DEPLOYMENT PRISTINE GRAPHENE COMPOSITE NEURAL OF PRIMARY CURING OF HOT- USING ONE-STEP PROPERTIES OF SEQUENCE BUCKYPAPER FOR EFFICIENT COMPOSITE MATRIX COMPOSITE USING HIGH-SPEED LAMINATES COMPOSITES IN COMPOSITE BOLTED INDUCED PROPERTIES OF SIMULATION OF PATCHES FOR REINFORCED THERMOPLASTIC ELECTRODES OF AREAS OF ELECTROSPUN COMPOSITES USING COMPOSITE MELT IMPREGNATED ELECTROCHEMICAL CBCFS CARBON- EFFECTS OF SHEETS BASED THERMAL HIGH STRESS- TURBOFAN BLADE AS AN BIOMEDICAL MEASUREMENT UNDER VARIABLE ARCTIC CONDITIONS JOINTS DELAMINATIONS CFRP LAMINATES THIN COMPOSITE LARGE AREA OR AND SIMPLIFIED NANOFIBERS COMPRESSION AIRCRAFT PHENOLIC RESIN/ EXFOLIATION AND BONDED CARBON QUASI-ISOTROPIC ON CARBON INSULATION AND CONCENTRATION MULTISCALE IMPLANT MULTI-CAMERA AMPLITUDE Alejandra Castellanos Yuxing Yang, Yi-Qi Wang, USING AN ENRICHED BASED ON LAYER FOR 3-DIMENSIONAL FABRICATION STRUCTURE ON MIXED MODE MOULDING GLASS FABRIC ITS APPLICATION IN FIBER COMPOSITES CARBON/EPOXY NANOTUBES AND ELECTROMAGNETIC IN A TURBINE PROGRESSIVE Kun Yu (Central South Motoharu FUJIGAKI LOADING (University of Texas) Xueshu Liu, Yongjie Bao and AiJun Wang (COMAC) SHELL ELEMENT NANOFILLER SHAPE MORPHING STRUCTURE FRACTURE Julien Moothoo (University ENABLED BY COMPOSITE GRAPHENE/METAL Yao Zhang, Zixing Lu, LAMINATES UNDER BORON NITRIDE INTERFERENCE WIND-BLADE - FAILURE ANALYSIS University, Yantai Nanshan (University of Fukui), Takaya Yanyan Lin (Nanjing , Pavana Prabhakar Hang Gao (Dalian University FORMULATION INTERFACE STRUCTURE Yujie Wei (LNM, Institute of THERMAL RELEASE CHARACTERISTICS of Orléans), Christian In this contribution, a quality Zixuan Lei, Xue Jiang, You Zhenyu Yang (Beihang REINFORCEMENTS Gong Huiling (MVT Group University), Tao Zhang KONDO (University of University of Aeronautics (University of Wisconsin- of Technology) Johannes Främby, Martin Masaaki Nishikawa, Keisuke Mechanics) COMPOSITE COMPRESSIVE NANOTUBES SHIELDING SCENARIOS REINFORCEMENT Özge Kaynan, Yagmur Garnier (ENI TARBES), TAPE system for the manufacture Lv, Yuhong Liu, Xinli Jing Z.Y. Liu, B.L. Xiao, Z.Y. University) LOADS B. Ashrafi, Y. Martinez-Rubi, AT ELEVATED Venkadesh Ramen, Inc) Frank Abdi, Marc Villà (Yantai Nanshan University), Fukui), Takaaki YOSHIKATA and Astronautics), Madison) Fagerström, Jim Brouzoulis HM. Ning (Chongqing Nagata (Kyoto University), Atescan, Sassan Jahangiri, Pierre Ouagne (University of Zhuocheng Yan, Taisong of composite structure Aakash Paul, Xiaodong (Xi’an Jiaotong University) Ma (Chinese Academy of M.B. Jakubinek, K. Laqua, TEMPERATURES Monssef Drissi-Habti, Montero, Cody Godines ( Fang Hongjie (Yantai (Wakayama University), Huaguan Li (Nanjing An analytical stiffness model (Chalmers University of University), N. Hu Yuta Naito (Tsutsui, Masaki- Hulya Cebeci, Elif Ozden- Orléans, ENI TARBES) Pan, Changyong Chen, has been established In this paper, the effects of Xu, Michael R. Wisnom Zhijiang Wang, Caiyun Sciences) D. Park, S. Zou, K.S. Kim, Aghiad Khadour (Institut de Alpha STAR Corp) Nanshan University), Yilong Yorinobu MURATA Institute of Technology), In this paper, the impact with assumption of elliptical Technology) (Chongqing University), Y. Li cho), Masaki Hojo, Naoki Yenigun (Istanbul Technical Yuan Lin (University of to control composite The research focused on a micro-defect (University of Bristol) Liang (Harbin Institute of parts manufacture and A. Yousefpour, B. Simard Recherche Technologique Dai (Central South University, (Wakayama University) Xuelong Fu, Kai Chen, and repeated impact conical pressure envelope, (Tohoku University) Matsuda (Kyoto University) University) The work presented in Electronic Science and novel phenolic resin/glass (1) Multi-layer graphene on the mechanical Technology) Multiscale progressive this paper deals with the components acceptance. (National Research Council J. Verne, Pres Lunam Yantai Nanshan University), Yi Lu, Xiaoge Hua, Jie behavior of woven carbon was proposed to predict the Matrix crack induced Technology of China) fabric prepreg prepared via (MLG) sheets with high properties of CBCFs are Two sharp-notched Canada) failure analysis of Yang Yan (Central South Tao (Nanjing University In this study, the responses recycling of thermoplastic The quality system includes Ifsttar) fiber/vinyl-ester matrix stiffness of composite joints delaminations are studied The present study procedures that ensure utilizing the environmentally structure integrity and high systematically quasi-isotropic stacking runway debirs impact on University), Liangjian Chen of Aeronautics and system at room and arctic under preload of the bolt for using a computationally reproduced the dynamic of CNTs reinforced adhesive structural composites by We present a flexible layer in interlaminated using the compression the quality of incoming 17:50 friendly and low-cost dispersion ability were investigated by numerical sequences with and without A comparative study of composite turbofan blade (Central South University) Astronautics) temperatures is investigated. unidirectional laminate. cost-effective adaptive deployment tests of a thin capacitive composite neural materials, the control of hot melt method, and obtained using one-step simulation based on a 3D central 0° plies were the influence of BNNTs at different velocities A computational modeling methodology for modelling composite layer made composites are investigated moulding approach. electrode arrays with the in-process manufacturing under mixed mode I+II The main novelty of this deformation and residual electrochemical exfoliation. random fiber network tested to understand the and CNTs on the tensile, using a standarized We would like to invite framework that is capable progressive damage in of CFRP plain-woven high dielectric constant methods, and testing loading. work concerns the use of stresses during curing (2) The suspended MLG model. significance of the double electrical and mechanical multiscle material modeling you to send us one/ performed to evaluate the of predicting the extent laminated composites. textile composite, using a centimetric size particles and a thermal release tape process of hot melt could be easily to be 0° ply under compression. properties of polyurethane- procedure. two sentence (s) short end product for conformity of damage under such newly developed dynamic that preserves the length of transfer printing method to design requirements. impregnated phenolic resin/ adsorbed onto metal The two configuations based nanocomposite summary of your paper for conditions is established deployment simulation. the reinforcement material. to fabricate flexible neural The quality system also glass fabric composites. powders to fabricate high were further analysed sheets was undertaken. the program and abstracts here. Multiple cascading recycling electrodes. includes standards to be performance MLG/metal using X-ray computed In addition, thermo- book by directly replying of composites is considered used for nondestructive composite. tomography (CT) scans electrical response, strain this email. If we do not and the presented approach and destructive tests, visual to undertsand the failure sensing, and Joule heating receive your short summary is compared to a more inspection techniques mechanism in detail. capabilities were also till June 9, 2017, your short classical injection moulding during the manufacturing technique. process, and product final investigated. summary information may acceptance. be absent from the program and abstracts book.

Monday 21 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) ROOM 22 (209+210) Room) Reporting Hall)

1301-4 1302-4 1303-4 1304-4 1306-4 1307-4 1308-4 1309-4 1310-4 1311-4 1313-4 1314-4 1315-4 1316-4 1317-4 1318-4 1320-4 1321-4 MODELING STUDY ON DAMAGE FAILURE OF MATRIX MODELING AND A GENERAL MULTISCALE DESIGN OF ACCURACY ENHANCEMENT APPLICATION ELASTIC WAVE FATIGUE LIFE 4D MATERIALS: DEVELOPMENT WETTABILITY HYBRID A PROGRESSIVE OF THE RESIN PREPARATION TOLERANCE IN A COMPOSITE SIMULATION COMPUTATIONAL CO-ROTATIONAL BIO-INSPIRED EVALUATION OF INTERLAMINAR OF RADIAL PROPAGATION AND FAILURE OF PROGRAMMING OF CARBON AND INTERPHASE COMPOSITES OF FAILURE MODEL FRAMEWORK VISCOELASTICITY AND MECHANICAL OF CARBON/ SUBJECTED TO OF RANDOMLY FOR DESIGNING METHOD FOR MINIATURE OF SMALL FRACTURE AND CIRCULAR ANALYSIS IN A 2D IMPACT-DAMAGED REVERSIBLE SHAPE NANO-TUBES ON ADHESION SILICA GLASS FOR COMPOSITE IN THE FORMING PROPERTIES OF EPOXY QUASI- MULTI-AXIAL LOADS DISTRIBUTED MORPHING GEOMETRIC BOAT AND ITS ROTATION ANGLE TOUGHNESS REINFORCEMENT FUNCTIONALLY CARBON FIBRE CHANGE INTO CARBONIZED- OF MOLTEN FIBRE/NANO- LAMINATES PROCESS OF IN-SITU PARTICLES INTERWOVEN Yi Zhou, Zheng-Ming COATED FIBERS IN STRUCTURES NONLINEAR CONTROLLED MEASUREMENT AND DAMAGE FOR CFRP BOLTED GRADED HOLLOW COMPOSITES UNDER TOUGH HYDROGELS COTTON FOR THERMOPLASTICS HYDROXYAPATITE/ WITH INITIAL THERMOPLASTIC REINFORCED COMPOSITES Huang, Yuan-De Xue, Li- A CERAMIC MATRIX R.M.J. Groh, A. Pirrera ANALYSIS OF MOVEMENT AT OIL/ USING SAMPLING MECHANISMS JOINTS CYLINDER USING COMPRESSIVE Anna B. Baker, Duncan F. MULTI-FUNCTIONAL ON GLASS FIBRES POLYLACTIC ACID DELAMINATION COMPOSITES CASTING Al-13Si- SUBJECTED TO Min Xin (Tongji University) COMPOSITE (University of Bristol) HETEROGENEOUS WATER INTERFACE MOIRE METHOD ANALYSIS Toshifumi Fujii,Kazuo SPECTRAL FINITE CYCLIC LOADS Wass, Richard S. Trask APPLICATIONS C.A. Fuentes (KU Leuven), FOR MEDICAL UNDER Qi Wu (The University of 4Cu-Mg-2Ni ALLOYS LOW VELOCITY Hye-gyu Kim, Wooseok Ji PIEZOELECTRIC Ying Chu, Qinmin Pan Yusei SENBA (University IN CFRPS Nakajima,Yasuhiko Iwasaki ELEMENT METHOD F. Xu, W. Liu, P. E. Irving (University of Bath, United Masud Rana (Chinese Y. Zhang (KU Leuven), APPLICATION COMPRESSIVE A generalised path- Tokyo, Nanjing University Lusha Tian, Yongchun IMPACTS A new micromechanical (Department of Mechanical following algorithm is COMPOSITE (Harbin Institute of of Fukui), Motoharu REINFORCED (Shikibo.Ltd),Yusuke Osugi, Ze-Xing YU, Chao (Cranfield University) Kiongdom) Academy of Sciences, H.Guo (KU Leuven), W. Lizhe He, Chenkai Zhu, LOADING of Aeronautics and Guo, Jianping Li, Feng B.V. Waddington, A. method is presented in this and Nuclear Engineering, ideally suited for analysing Hui Liu (Wuhan University), Technology) FUJIGAKI (University WITH SPRAYED Shun Kudu, Takayuki XU,Fei DU (Northwestern University of Chinese Woigk (ETH Zürich), K. Xiaoye Cong, Chris Yaling Liu (Beihang Astronautics), Tomotaka Xia, Zhong Yang, Wei Silva-Caballero, P. Potluri, paper to predict strength UNIST, Ulsan, 44919, multistable morphing Ping Fu (Wuhan University, of Fukui), Kenichi NANO PARTICLES Kusaka (Ritsumeikan Polytechnic University) This paper explores and This work details the Academy of Sciences), Masania (ETH Zürich), C. D. Rudd, Xiaoling Liu University), Libin Zhao Ogasawara (The University Yang (Xi’an Technological W.R. Kennon (University of of composites under three- Korea) structures as it is capable Yangtze River Scientific In this article, we realized KURIBAYASHI (JR WEST Huiyong He, Xin Liu, University) identifies delamination development of stimuli- Peng-Cheng Ma (Chinese Dransfeld (University of (University of Nottingham (Beihang University), of Tokyo), Nobuhiro University) Manchester) dimensional loading with of detecting singular Research Institute), Xihua the movement of a “bio- JAPAN CONSOULTANTS Zhanjun Wu (Dalian Wave propagation analysis growth and failure processes responsive morphing Academy of Sciences) Applied Sciences and Arts Ningbo China) Kangkang Wang (Beihang Yoshikawa (The University only component material A numerical model of points, branch-switching Chu (Wuhan University) inspired miniature boat” CMPANY), Daiki TOMITA University of Technology) In this study, a novel in functionnally graded in impact-damaged carbon hydrogels (high water Northwestern Switzerland), University), Haiming to secondary equilibrium of Tokyo) The paper studies on Robotic dry fibre placement properties needed. randomly distributed at varieties of interfaces (Wakayama University), reinforcement technique material cylinder by using fibre epoxy composites content plastics) through This work demonstrates a D. Seveno (KU Leuven), In this paper, the flexural Hong (Aviation Industry 18:10 paths, and evaluating the preparation and mechanical technology has been shown coated fibers in a CMC parametric response of (e.g., gas-liquid interface Yorinobu MURATA Three kinds of nano using radial and circular spectral element method. under compressive cyclic the creation of regions of facile technique to develop A.W. Van Vuure (KU properties of ternary Corporation of China), properties of in-situ to be able to create a quasi- is developed and its singular points with respect or liquid-liquid interface) by (Wakayama University) particles were prepared layers (R-layer, C-layer) loading. The results show localised stiffening and multifunctional material by Leuven) composites of glass fibres, Jianyu Zhang (Chongqing particles reinforced casting interwoven structure that mechanical responses and to any continuously varying Marangoni effect. and sprayed evenly on was studied to improve the that monitoring of local reduced water content. growing carbon nanotubes nano-hydroxyapatite University) Al-13Si-4Cu-Mg-2Ni alloys exhibits an increased cracking behaviors are parameter. We show that the surface of every strength and reliability of normal displacement at the Shape change occurs on carbonized cotton using a and polylactic acid were with TiC. damage initiation energy observed through finite the full complexity of multi- prepregs, enhancement bolted joints, especially for impact damage site provided through the formation of single step chemical vapour investigated. These snap events of bistable and improved damaged element analyses. laminates is robustly of interlaminar fracture large-scale composite parts. earlier indications of bilayers constructed in the deposition method. composites were of flexural resistance when compared captured by this algorithm, toughness and damage fatigue induced changes in regions of stiffening, which properties similar to bone against a equivalent cross- and that the ability to mechanisms were delamination buckling than are actuated in response to and potential for the making ply laminate. determine loci of singular analysised. observations of delamination small temperature changes. of load-bearing bone fixation points with respect to a set area growth and a three- devices. of parameters is especially dimension analytical model useful for rapid parametric studies. was developed to analyse the results.

18:40 Welcome Reception Welcome Reception Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Hall)

08:00 PLENARY LECTURE at Qujiang Auditorium: Brief Introduction to Materials Genome Initiative and Materials Informatics Tongyi Zhang, Shanghai University, China PLENARY LECTURE at Qujiang Auditorium: Brief Introduction to Materials Genome Initiative and Materials Informatics Tongyi Zhang, Shanghai University, China

2112 Office Naval Research 2116 Stimuli 2117 Design and 2118 Interfaces and 2119 Recycling of 09:05 2101 Polymer Matrix 2102 Metal Matrix 2103 Fiber-reinforced 2104 Fracture and 2105 Nano-Composites 4 2106 Ceramic Matrix 2107 Structural Analysis 2108 Multiscale Modelling 2109 Bio-Composites 4 2110 Thermography 1 2111 Hybrid Composites 4 2113 Joints 4 2114 Composite Structures 4 2115 Fatigue 4 Responsiveness and Shape Manufacture for Composites and 2120 Bio and Medical 2 2121 Aerospace 4 Materials 4 Composites 4 Composites 4 Damage 4 Composites 4 and Optimization 4 of Structures 4 (ONR) Session 4 Reconfiguration 4 Multifunctionality 4 Interphases 4 Sustainability 3

2101-1 2102-1 2103-1 2104-1 2105-1 2106-1 2107-1 2108-1 2109-1 2110-1 2111-1 2112-1 2113-1 2114-1 2115-1 2116-1 2117-1 2118-1 2119-1 2120-1 2121-1 EXPERIMENTAL ACHIEVING HIGH ANALYSIS OF THE MECHANICS EFFECT OF EFFECTS OF INFLUENCE RECENT ADVANCES PHOTONIC CONTROL OF FILTRATION DEBOND FRACTURE THE EFFECT RADAR CROSS INVESTIGATING THE CHARACTERIZATIONS NUMERICAL MULTIFUNCTIONAL INFLUENCE OF CELL INTERACTION TAILOR-MADE STUDY ON STRENGTH AND CF /GF HYBRID OF INTERFACE BUCKYPAPER ON RESIDUAL STRESS OF DIFFERENT IN DEVELOPING CRYSTAL& COMPOSITE EFFECTS OF CHARACTERIZATION OF SURFACE SECTION GOODMAN DIAGRAM OF THREE- SIMULATION ON COMPOSITES RECYCLING WITH ELASTIC THERMOPLASTICS: MECHANICAL HIGH DUCTILITY COMPOSITES FRACTURE THE PROPERTIES ON STRENGTH OF STRUCTURAL THE GENERALIZED ELECTROCHROMIC FATIGUE DAMAGE GRAPHENE IN SANDWICH TREATMENTS ON SIMULATION OF A FOR SHORT- DIMENSIONAL THE EVOLUTION BASED ON VARIOUS CONDITION ON THE NANOPARTICLES PRODUCTION PROPERTIES IN METAL MATRIX APPLIED IN WIND IN LAYERED OF CARBON FIBER CARBON FIBER- PARAMETERS ON INTERPOLATION FUNCTIONAL EVOLUTION NANOPLATELETS COMPOSITES THE BEHAVIOUR CORE SANDWICH FIBRE CARBON DEPLOYMENT OF SHEAR BANDS NANOLAYERS SCATTER OF CFRP Xin Yi (Peking University) TECHNOLOGY OF BISPHENOL COMPOSITES TURBINE BLADES COMPOSITE REINFORCED REINFORCED THE MECHANICAL MATERIAL POINT COMPOSITE USING INFRARED IN LIQUID UNDER ARCTIC OF ADHESIVELY COMPOSITE PLATE REINFORCED BEHAVIOR OF SHAPE IN BULK METALLIC Jie Zhang (Xi’an Jiaotong PROPERTIES AND QUALITY F EPOXY RESIN REINFORCED WITH Liangliang Sun (Wuhan MATERIALS: HYBRID CERAMIC PROPERTIES METHOD FOR MATERIALS THERMOGRAPHY MOULDING OF LOW TEMPERATURE BONDED, BY MOM METHOD POLYPROPYLENE MEMORY POLYMER GLASS COMPOSITES University), Shanglin N. Okano (The University We conducted a theoretical ASSURANCE OF A AT DIFFERENT A DISCONTINUOUS University of Technology) (1) BRITTLE COMPOSITES COMPOSITE: OF COMPOSITE SIMULATING INSPIRED BY AND COMPOSITES: CONDITIONS THERMOPLASTIC Ye Yuan, Minglong COMPOSITES COMPOSITE TOUGHENED Gao (Leibniz–Institut für of Tokyo), H. Wei (The study on the kinetics THERMOPLASTIC CRYOGENIC THREE- HOMOGENEOUS Xuhai Xiong (Chinese THEORETICAL THIN-WALLED BRITTLE FRACTURE NATURE THERMOELASTIC PROBLEMS Christian Berggreen COMPOSITE LAP Yang, Xiaodong He,Yibin P.B.S.Bailey (Instron ANTENNAS BY PARTICALS Polymerforschung Dresden), University of Tokyo), G. Cai of receptor-mediated AIRCRAFT TEMPERATURES DEMENTIONAL A progressive damage AND BI-MATERIAL Academy of Sciences, INVESTIGATION STRUCTURE BASED ON Xiaoyi Chen, Hangchuan STRESS ANALYSIS AND POSSIBLE (Technical University of JOINTS Li (Harbin Institute of Dynamic Systems), Yongsan An (Seoul National WITH DIFFERENT Zuoguang Ye (Xi’an Jiaotong (The University of Tokyo), M. endocytosis of elastic FUSELAGE SKIN Zhiwei Li, Lei Yang, Cong GRAPHENE-LIKE model (PDM) is present in INTERFACES Shenyang Aerospace AND NUMERICAL Long Wang, Guanyu Liu, MOLECULAR Zhang, Jiupeng Zhao, Na J.E. Thatcher, D.A. SOLUTIONS Denmark) Emer McAleavy, Brian Technology) P.R.Wilson (University of University), Jinsu Kim MECHANICAL University, Simon Fraser Wada (Japan Fine Ceramics nanoparticles that is limited SEGMENT Peng, Hongyu Wang, NETWORK this paper for the ultimate S. Wang (Loughborough University), Han Wang SIMULATION Jianguo Wu, Xianhong DYNAMICS Li, Yao Li (Harbin Institute Crump(University of Han Zhang, Yi Liu, Arnaud G. Falzon, Damian Warwick) (Seoul National University), PRPERTIES (Invited University) Center), S. Kitaoka (Japan by receptor diffusion. Frederic J.C. Fischer, Jialiang Li, Zhanjun Wu Xiang Zhang, Chunsheng strength analysis of single- University, University (Chinese Academy of Zhaofu Zhang, Jianjun Meng, Haibo Li (Beihang Jun Tao (Dalian University of Technology) Southampton, UK), P.B.S. Kernin, Emiliano Bilotti, Quinn(Queen’s University Seok Bin Hong (Seoul Talk) Fine Ceramics Center), J. It is shown that, while Christoph Frommel, Arthur- (Dalian University of Shi, Jiajun Li, Enzuo lap composite adhesive of Engineering), C.M. Sciences),You Zeng Sha (Dalian University of University) of Technology), Shan Jiang Bailey(Instron Division Ton Peijs (Queen Mary Belfast) A short investigation of National University), Joon Wei Rao, Juan Zhang, In this report, we presented Takahashi (The University soft nanoparticles are Hans Thellmann, Thomas Technology) Liu, Fang He, Liying Ma, joints, and the effects of Harvey (Loughborough (Chinese Academy of Technology) (University of Mississippi), Nature has developed of ITW Ltd., UK), J.M. University of London) the fatigue of a carbon hyeok Jang (Seoul National Guozheng Kang (Southwest the enhanced the of Tokyo) energetically less prone to Stefani, Michael Kühnel, Chunnian He, Naiqin Zhao fiber angles of Ply Adjacent University), J.D. Wood Sciences), Rong Ren The influence of different Yu-Chen Su (University of materials, objects and Dulieu-Barton(University of Thermoplastic resin fibre reinforced injection University), Nam Seo Goo Jiaotong University) interfacial shear strength of full wrapping than stiff ones, Matthias Beyrle, Alfons The mechanical properties (Tianjin University) to Adhesive Layer (PAAL) (Loughborough University) (Shenyang Aerospace Residual stresses in the parameters on the Missouri-Columbia), Zhen processes that function Southampton, UK) For the first time the composites are currently moulding compound through (Konkuk University), Woong- composites with glass fibers The difference of coefficient the wrapping of the former is Schuster, Tobias Gerngross, 09:05 of bisphenol F epoxy on the stress and strain University) carbon fiber-reinforced mechanical property of Chen (Dalian University of from the macroscale to filtration effect of GNPs of great interest, as experimental determination Ryeol Yu (Seoul National deposited by nano-layer of variation between kinetically faster than that of Michael Kupke (German resin were tested under We propose an easy and distributions of adherends A powerful orthogonal ceramic composite would composite thin-walled Technology) the nanoscale. Synthetic An investigation into during manufacturing they possess greater of a Goodman (or Haigh- University) (CNTs, ZnO). At the same virgin carbon fibers and the latter. Aerospace Center (DLR)) different temperature scalable strategy to in situ and adhesive layers are pure-mode partition theory Nanocomposite laminates inevitably accumulate structure was studied microspheres and colloidal the use of the full field of nano-engineered fracture toughness, are Soderberg) diagram, and the time, the single modified recycled carbon fibers environment, to study how synthesizing uniformly presented. (OPPT) is discovered for with sandwiching CNT during the fabrication by using the simplified A hierarchical multiscale crystals were used to monitoring technique, hybrid composites has potentially recyclable use of video extensometry The three-dimensional fiber could be designed as whose recycling method low temperature influences dispersed, high-quality the partitions of mixed buckypapers between process and have an macroscopic FE models, approach based on simulate the structure of infrared thermography, as been demonstrated and form imperishable to continuously monitor deployment behavior of multifunctional sensor based is superheated steam the stiffness and strength of GNSs as well as Gns-CNTs fracture modes at brittle commercial carbon fiber influence on the mechanical and the key parameters molecular dynamics butterfly wings to prepare a method to control the and characterized. An prepregs, in comparison dynamic stiffness and shape memory polymer on various nano-layers. treatment is investigated. bisphenol F epoxy resin. hybrids in copper matrix. homogeneous and prepregs were fabricated properties of the ceramic affecting the mechanical (MD) and the generalized many kinds of photonic damage evolution rate in a innovative alternative to their more commonly damping. composite antennas were bi-material interfaces. by vacuum-bag processing. composite to some extent. property were identified. interpolation material crystals, including the opal composite material fatigue solution has been used thermosetting resin characterized using 3D Previously claimed The effect of CNT A brief investigation point method (GIMP) is structure and inverse opal test. Thermoelastic stress proposed and examined counterparts. shape descriptors. unsolvable problem and buckypaper on the damping concentrated in the effects developed for the multiscale structure. analysis is used to identify, without filtration effects several confusions are factor, moisture resistance, of residual stresses modeling and simulation of characterise and quantify to deliver GNPs into cleared. interlaminar shear strength on strength of carbon energetic composites under the material damage type. composite laminates. (ILSS) and fracture fiber-reinforced ceramic simple loading conditions. morphologies under shear composite was conducted loading of carbon fiber through theoretical analysis reinforced composites was and numerical simulation in discussed in detail. this work.

2101-2 2102-2 2103-2 2104-2 2105-2 2106-2 2107-2 2108-2 2109-2 2110-2 2111-2 2112-2 2113-2 2114-2 2115-2 2116-2 2117-2 2118-2 2119-2 2120-2 2121-2 EFFECT OF TIME DEPENDENT THE MECHANICS OF INTERLAMINAR REINFORCEMENT A NOVEL DIGITAL MESHLESS MICROMECHANICAL LISTEN TO THE DEVELOPMENT HYBRID EFFECT OF LOW THE EFFECT QUASI-STATIC INTEGRATIVE GOLD FABRICATION INTERMITTENT RECYCLING CPPS THERMAL ANALYSIS BOLT-LOAD TUNGSTEN INTERFACE FRACTURE DOPED VO AND ELECTROPLATING DEFORMATION IN LAYERED COMPOSITE OF CARBON FIBER COMPOSITES LIGHT PROCESSING SIMULATION ANALYSIS ON WATER CONCERTO OF A TECHNIQUE METACOMPOSITES TEMPERATURE ON OF WRINKLED CRUSHING OF SIMULATION CHAIN NANOPARTICLES/ AND DESIGN INTERFACES: LAMINATES INTO OF MICRO-SCALE CARRYING AND 2 PARAMETERS ON BEHAVIOR OF USING ALIGNED CARBON TECHNOLOGY OF OF CLASSICAL INFLUENCE OF DURING THE FOR EVALUATING WITH DOUBLE- IMPACT BEHAVIOR INTERFACE ON DIFFERENT FOR LIFETIME POLY (VINYL OF MULTILAYER BIOINSPIRED LONG FIBRE INORGANIC LIGHT- TRANSFER MICROGELS HYBRID MATERIALS: (5) THIN MICROSTRUCTURE ADAPTIVE FIBER FILM SPALLATION NANOTUBES SHORT SIC FIBER RE-ENTRANT THE FUNCTIONAL- FRACTURE DAMAGE IN NEGATIVE OF COMPOSITE TENSILE STRENGTH CONFIGURATIONS ASSESSMENT OF ALCOHOL) ANISOTROPIC STRATEGIES THERMOPLASTIC EMITTNG DIODES MECHANISM IN THERMOCHROMIC OF COPPER REINFORCED DRIVEN BY POCKET Xinchen Ni (Massachusetts Institute of REINFORCED HONEYCOMB GRADED PROCESS OF COMPOSITE EFFECTS SANDWICH OF COMPOSITE OF METAL- HIGHLY LOADED SHAPE MEMORY COMPOSITES BASED TOWARDS MATERIAL COMPOSITES BY WITH ORTHOTROPIC HIGHLY TORQUED MATERIAL COATING ON PLASTICS ENERGYCONCERTATION Technology), Estelle Cohen (Massachusetts SIC MATRIX AUXETIC INTERPHASE CELLULAR FIBROUS OVERWRAPPED Y. Luo (Zhejiang STRUCTURES SINGLE-LAP JOINT. COMPOSITES SHORT FIBER- NANOCOMPOSITES SOFT ACTUATORS RESILIENCE LOW SHEAR MIXING LAYERED SINGLE-LAP Yong-Sheng Yang (Wuhan Moniruddoza Ashir, Jan – MICROSCOPIC Institute of Technology), Carolina University), F.X. Qin Mohammed Elamin, Bing Yu-Ju Chen, Hsin Haou Wenxin Wang (Harbin Institute H. Daniel Wagner (Weizmann T.A. de Bruijn (Saxion CARBON FIBERS INTERFACE FRACTURE COMPOSITES STRUCTURES ON THE IMPACT BAMBOO PRESSURE HYBRID TUBES REINFORCED SUBSTRATE COMPOSITE BOLTED Textile University, Nanyang USED FOR Hindahl, Andreas Nocke, S. Wang (Loughborough Furtado (University of Porto), Reed Kopp Rujie He, Dong Liang, D. M. Li, Zhen Liu (Wuhan RESPONSE OF Guowei Chen, Hongyun VESSELS USING (Zhejiang University), Li, K.T. Tan(Department of Huang(National UNDER AXIAL/ THERMOPLASTICS: of Technology, Nanyang Wang Dong (Singapore Institute of Science) University of Applied INTEGRATED WITH JOINTS WITH BOLT- Technological University) FABRICATION OF Chokri Cherif (Dresden University, Hebei University (Massachusetts Institute of Technology), Keqiang Zhang, Lu University of Technology) CARBON-FIBER Luo (Beijing University TSA F. Scarpa (University Mechanical Engineering, University) LATERAL LOADING STATE-OF-THE-ART Technological University), University of Technology Sciences, University HUMAN SKIN HOLE CLEARANCES Yang Zhou (Nanyang ALUMINUM MATRIX University of Technology) of Engineering), C.M. Harvey Nathan Fritz (Massachusetts Institute of Zhang, Lei Hu, Zongwei REINFORCED of Aeronautics and D.A. Crump, N. Sathon., of Bristol), M. Ipatov The University of Akron) Dongdong Chen, Guohua AND NEED FOR Xianbin Liu (Nanyang and Design), Ling Li We have designed interfaces of Minho), G. Vincent Yuhang Li (Institute of Fengrui Liu (Beihang Technological University) COMPOSITE (Loughborough University), Technology), Albertino Arteiro (University Tong (Beijing Institute of Started with an simplest COMPOSITE Astronautics) S.I. Ahmed, T.M.Allen, (Universidad del Pais This paper is about the Zhu, Hang Yu, Xintao IMPROVEMENTS Technological University), (Shanghai Jiao Tong in fiber composites (ThermoPlastic composites Solid Mechanics, Beihang University), Xuheng Lu Freddy Boey Yin Chiang B. Wang (Loughborough Fei Gao, Yongbum Choi, Depending on the activation University), A. Watson of Porto), Gabriel Valdes (Massachusetts Technology) case, classical re-entrant Kaifu Zhang, Yi Cheng , R.C.Tighe, P.A.Reed, Vasco), A. Zhukov This work explores experimental research Huo (Hunan University), Matthias De Monte (Robert Wei Xu (Harbin Institute University), Ahmad Serjouei comprising droplets as Research Center), F.W.J. University (BUAA), Beijing (Shanghai Electric Wind (Nanyang Technological Zhefeng Xu, Kazuhiro time of shape memory (Loughborough University) Institute of Technology), Travis Hank honeycomb auxetic Hui Cheng ( Northwestern There were three kinds of J.M.Dulieu- Barton (Universidad del Pais the impact behavior of about the effect of symmetry Guangyong Sun (The Bosch GmbH), Camilo Cruz of Technology), Hongqiu (Singapore University of intermittent obstacles van Hattum (Saxion 100191) Power Group Co., Ltd.), University), Yi Long Matsugi, Kenjiro Sugio, alloys, the deformation (Massachusetts Institute of Technology), structures, this paper Polytechnical University) fracture behaviours during (University of Southampton) Vasco), J. Carbonell composite sandwich wrinkled interface on the University of Sydney) (Robert Bosch GmbH), Jan Wei (Harbin Institute of Technology and Design), spread along single fibers, University of Applied Libin Zhao (Beihang (Nanyang Technological Gen Sasaki (Hiroshima behavior of the investigated For the first time, it is discovered Gregor Bostnar (University of Southampton), pursues implementation the fracture process of the (Universitat Politècnica structures in arctic condition, composite single-lap joint. Martin Kaiser (Robert Bosch Technology), Yanju Liu (Harbin Long-Teng Dong (Shanghai to generate strength and Sciences) The layered materials can University), Jianyu Zhang University) University) adaptive pleated fiber that spallation of thin films of M.N. Mavrogadro (University of Southampton), of the meshless method cellulose fibrous bamboo, Composite overwrapped de Valencia), H.X. Peng with the aim to elucidate This study explores the GmbH), Andreas Wilmes Institute of Technology), Jiao Tong University), toughness increases. help control the temperature (Chongqing University) reinforced plastics is micro or nanoscale thicknesses S.M. Spearing (Massachusetts Institute of to numerical analysis which were parenchyma pressure vessels are (Zhejiang University) damage response of CFRP crushing characteristics (Robert Bosch GmbH) Yu Han (Harbin Institute of Guo-Ying Gu (Shanghai Preliminary data with Shredded C/PPS laminate distribution in the micro- 09:25 is often driven by pockets of Preforms of vapor- adjustable. energy concentration. The Technology), Pedro P. Camanho (University of multiply connected cells breakage, subjected to quasi-static facesheets and foam involving energy absorption Technology), Peng Jin (Harbin Jiao Tong University), Qi epoxy (EP828) beads on waste is recycled by a scale inorganic light-emitting The free body diagram grown carbon fibers developed analytical theory of Porto), Brian L. Wardle (Massachusetts bodies. Numerical analysis interfacial dissociation indentation to impart In the work we design core due to extreme low and damage behaviors of In this work the state of Institute of Technology), Hejun Ge (Singapore University of single E-glass fibers reveal special low shear mixing diodes (μ-ILEDs) device analyses, 3D FE analyses were fabricated and gives excellent predictions Institute of Technology) is carried out for the and fibre breakage. damage of the type and and fabricate a polymer- temperature effects. different configurations of the art of the integrative Du (Nanyang Technological Technology and Design) simultaneous enhancement machine and compression integrated with human and static load distribution characterized with for the thin film spallation purposes of validating While the three fracture level that may occur from based metacomposite hybrid aluminum/CFRP simulation chain for design University), Jinsong Leng of composite strength and moulding, while focusing on skin. An analytical three- experiments of single-bolt behaviour including straight Aligned nanoscale fibers containing ferromagnetic microstructure, porosity, edge spallation, circular edge numerical approach types were decorated low velocity impact at two under quasi-static axial/ and dimensioning of short (Harbin Institute of Technology) toughness resulting from long fibre length. Mechanical dimensional heat transfer and three-bolt joints were compressive property and (carbon nanotubes, CNTs) and demonstrating new as accompaniment different energy levels. The microwires arranging in lateral loading. fiber reinforced plastics part the presence of the beads. and microscopic results are model is established for performed to disclose the spallation and telephone cord are used to reinforce the a simple parallel fashion. thermal property. spallation. interlaminar resin-rich region of methods as well as instruments, and water damage zone is inspected The metacomposite is under fatigue loading is A novel light-induced Preliminary pull-out tests obtained and compared to the system integrated load distribution mechanism Subsequently, the aerospace-grade unidirectional proposing novel structures played as the main theme using X-ray computed featured with typical left- discussed. After introducing SMP microfluidic chip was of fibers with a single bead cut semipreg waste, LFT with Fourier heat transfer in highly torque single-lap preforms were utilized to carbon fiber laminates in using EFG, RKPM, IEFG and the leading role in this tomography (CT) to provide handed electromagnetic the single steps of this developed for the first time demonstrate the principle pellets, virgin laminate and equation and Pennes bolted joints with bolt-hole fabricate aluminum matrix an architecture termed and IRKPM. enchanting and wonderful information on subsurface chain, the topics of strength by taking advantage of of the concept. From a micromechanical models. bioheat equation considering clearances. “nanostitching”. The effect properties obtained composites for heat sink of nanostitching on laminate concerto. damage, and thermoelastic from the waveguide reduction due to weld photothermal effect of AuNPs materials science viewpoint, the layer material as material by low pressure strength was investigated stress analysis to determine microwave measurement line and fatigue damage and SME of PVA-based this approach could bring substrate layer. infiltration method. through ex situ and in how the stresses were which are recognized accumulation are treated SMP. about innovative thoughts situ mechanical testing. redistributed in the vicinity being promising for in detail. for the structural design of of the damage. electromagnetic cloaking future bio-inspired multiscale and high efficient antenna composite materials. applications. Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Hall)

2101-3 2102-3 2103-3 2104-3 2105-3 2106-3 2107-3 2108-3 2109-3 2110-3 2111-3 2112-3 2113-3 2114-3 2115-3 2116-3 2117-3 2118-3 2119-3 2120-3 2121-3 EFFECTS OF FABRICATION THE EFFECTS OF THE MECHANICS GRAPHENE/ THE THERMAL DAMAGED PERIDYNAMICS TOUGNENING RESHAPING THE THE EFFECT OF COMPARISON OF STRENGTH DEVELOPMENT OF FATIGUE CRACK GRAPHENE- ADVANCES IN FINITE ELEMENT BESTOW METAL MECHANICS-GUIDED HAIL IMPACT SILICA ON NANO- AND THERMAL FIBER WAVINESS OF INTERFACE COPPER NANOWIRE EVOLUTION ALUMINUM PANEL FOR PREDICTING A MECHANISMS TESTING PYRAMID: INTERACTION ‐ SEAWATER EFFECTS PREDICTION COMPOSITE GEARBOX INITIATION LIFE REINFORCED PORO VASCULAR IMPLEMENTATION FOAMS AND DETERMINISTIC ON COMPOSITE IMPRINTING CONDUCTIVITY OF ON THE STIFFNESS FRACTURE NANOCOMPOSITE OF LITHIUM REINFORCED DAMAGE TENSOR IN A NATURAL UTILISATION OF BETWEEN TITANIUM ON MECHANICAL IN LAMINATES PREDICTION OF CHITOSAN/ COMPOSITES: OF INTRINSIC FIELD WIRES WITH 3D ASSEMBLY PATTERN CARBON NANOFIBER OF COMPOSITE IN LAYERED FOR THERMAL SUBSTITUTED BY COMPOSITE IN COMPOSITES COMPOSITE: DATA- RICH NDT ALLOY AND CFRP AND VISCOELASTIC PULL-THROUGH Dr. Thomas Schneider, FIBER METAL PDMS MORPHING TOWARD NON‐ TENSORS NANOSTRUCTURED WITH BIOMEDICAL STRUCTURES OF FORMATION OF REINFORCED LAMINATES COMPOSITE MANAGEMENT CESIUM BASED PATCHES UNDER A CROSSED- TECHNIQUES ON THE INTERFACE PROPERTIES OF COUNTERSUNK Raik Rademacher, Monika LAMINATES BASED COMPOSITES MECHANICAL D.J. O’Shea, D.C. SURFACE VIA APPLICATIONS CIVIL AIRCRAFTS PHOTO-REACTIVE ALUMINUM MATRIX Wen-Hao Zeng, Peng He, MATERIALS: (6) APPLICATION GEOPOLYMER IN SHEAR LOADS- A E. Madenci , A. Barut (The LAMELLAR AS A MEANS DAMAGE IN EPOXY COMPOSITES BOLTED JOINTS Kreutzmann(Department of ON DISLOCATION Zhenying Huang, Xingmin SURFACE Kellermann, M.M. Attard CONVENIENT (INVITED TALK) Ye Zhang, Yue Shi, Caoning ACRYLATE RESINS COMPOSITES BY Guo-Feng Chen, Yong-Tai SPALLATION OF Xianxian Sun, Fan Xu, HEAT TREATMENT NUMERICAL AND University of Arizona), N. STRUCTURE TO DEVELOP A CUTTING TI/CFRP WITH GLASS, STRUCTURES Simulation, ARRK Engineerin) DYNAMICS Wei, Hongxiang Zhai, ROUGHNESS (University of New South ELECTROCHEMICAL Yonggang Huang Su, Jifeng Xu (Beijing Seok Hyeon Kim, Sunhee LOW PRESSURE Yang (Chinese Academy of THERMAL BARRIER Zaishan Lin, Qingyu PROCESS EXPERIMENTAL Phan (Naval Air Systems H.M. Ji (Ryerson University, ‘HIGH FIDELITY’ STACK COMPOSITE CARBON AND THEIR Feng Liao, Licheng Guo, Li Zhang Mingyi (China Leping Cai, Wenqiang Hu CONTROL Wales) METHODS FOR (Northwestern University) Aeronautical Science & Park, Kigook Song (Kyung INFILTRATION Sciences) COATINGS OF Peng, Xiaodong He, Yibin Aus. Jingkun Yuan, Peigang INVESTIGATION Command (NAVAIR)) Northeastern University), COMPONENT AND Chen Chen, Zhenyuan Jia, HYBRID FABRIC Zhang1, Yang Sun(Harbin Academy of Engineering (Beijing Jiaotong University) Russell C. Reid, James P. IMPROVED DEVICE Hee University) Li (Harbin Institute of He, Dechang Jia (Harbin H. Abramovich , Y. X.W. Li (Northeastern Fuji Wang, Bin Niu, Fan The project is about Technology Research CASTING TURBINE BLADES SUB-STRUCTURE REINFORCEMENTS Institute of Technology) Physics), Yue Guangquan Thomas, Marriner H. Merrill This paper presents PERFORMANCE Fei Gao, Yongbum Choi, An analysis method for C.M. Harvey (Loughborough Technology) Institute of Technology) Simanovsky (Technion) University), D.L. Chen TESTING Yang, Guangjian Bi (Dalian the development of a Institute of COMAC) Alfred Tcherbi-Narteh, carbon fiber reinforced (Beijing Aeronautical Science Graphene- (U.S. Naval Research the implementation of a Yawen Zhan, Jian Lu, Yang Nano-imprinting technique Zhefeng Xu, Kazuhiro calculating the equivalent University), B. Yuan (Ryerson University) METHODOLOGY University of Technology) Delroy Watson, Mohammad An asymptotic damage & Technology Research reinforced chitosan/ Laboratory) novel orthotropic-based has received considerable Matsugi, Kenjiro Sugio, stiffness of composite (Loughborough University), Here we propose a The thermal evolution The research aims to FOR COMPOSITES thermoplastic transmission Yang Li (City University of Zaheeruddin, Donnell model for predicting the housing based on a Institute of COMAC), Liu Fu polydimethylsiloxane elasticity theory into finite The high velocity hail attention because of its Gen Sasaki (Hiroshima laminates that contain R. Tomson (Loughborough novel method to fabricate process of lithium substituted study the effect of various Biological shell, as a kind D. J. Bull (University of Establish a 3D finite Tobias, Mahesh Hosur, damage behavior and (Shanghai Aircraft Design bi-layered morphing Recent progress on poro- element applications; Hong Kong) impact on composite advantages, such as low University) sinusoidal or cosine curved University), G. Critchlow the three dimensional Cs-based geopolymer was parameters like, patch of natural composite, Southampton), J. M. element macro oblique conventional aluminum Shaik Jeelani (Tuskegee failure of composite gearbox. By saving 30% and Research Institute of composites are designed vascular composites (PVCs) employing it to the analysis structures of civil aircraft cost and high resolution fiber waviness is presented, (Loughborough University), assembling graphene investigated and disclosed the size, overlaps, sequences exhibit several toughening Dulieu-Barton (University cutting model to simulate University) bolted joints structure was COMAC) leveraging differential with structural skin and of interlaminar stress was experimentally and for nano scale patterns Preforms of vapor-grown which is simple and S. Wang (Loughborough and copper nanowire effects of thermal treatment and bonding thickness on mechanisms, including of Southampton), O. T. the sub-surface damage of weight it fulfills all proposed which can predict requirements like stiffness coefficient of thermal active surface roughness behaviour of multi-layered numerically investigations. applied in various fields. carbon fibers were suitable for fast caclulation University, Hebei University nanocomposite, where the temperature and soaking composite repair patch micro cracking, channel Thomsen (University of of CFRP in the interface This work focuses the damage behavior of An analytical approach expansion in the layers. functionalities is reported fibre-reinforced composites. A explicit FE procedure was 09:45 In this study, the effects of fabricated and characterized on the effect of fiber of Engineering) thickness direction could be time, respectively. for a panel, subjected to cracking, bridgings, etc. Southampton), R. Butler region with the constraint and strength of the original on the synthesis and complex PJS effectively. gearbox. combining the residual Under the activation of focusing on liquid-phase The physical significance established to predict failure silica content were studied with microstructure, porosity, waviness on the stiffness of changeable. The thermal shear loads. The research (University of Bath), A. T. of titanium. characterization of glass, stress analysis method thermal triggers, the active component design and of the new theory is readily of hailstones during high on curing characteristics compressive property and composite laminates. An analytical mechanical conductivity of graphene- is based on a new Rhead (University of Bath), carbon and hybrid of glass for FMLs and probabilistic bi-layered composite characterization for pore apparent when observing velocity impacting. of imprinted nano-size thermal property. model is developed based nanocomposite is approach of finite element T. Fletcher (University and carbon composites in an micromechanical model is achieves rapid, reversible menisci control at the skin the well-researched and patterns with photo-reactive Subsequently, the to predict the room up to 1100 W/m.K, which modeling, consisting of of Bath), K. D. Potter epoxy matrix when exposed proposed for predicting the and multi-repeatable surface. longstanding free-edge polymers. preforms were utilized to temperature spallation is nearly there times that a combination of 2D and (University of Bristol), R. A. to sea water conditioning. fatigue crack initiation life of morphing. stress singularity problem, fabricate aluminum matrix behaviour of the electron of copper, six times that of 3D elements, and backed Smith (University of Bristol) FMLs, and it does not rely and comparing to the composites for heat sink beam-physical vapour aluminum. up by a dedicated set on the fatigue life database classical mechanical material by low pressure deposited (EB-PVD) of experiments, which This talk explores the of metals. approach. infiltration method. TBCs on engine turbine validated the FE approach. feasibility of thermoelastic blades. Preliminary studies stress analysis and digital show that the developed image correlation to study mechanical model has the effects of wrinkle potential to predict the TBC defects on real structural spallation behaviour. scale components. Finite element models and ultrasonic work which were conducted alongside this work are also presented.

2101-4 2102-4 2103-4 2104-4 2105-4 2106-4 2107-4 2108-4 2110-4 2111-4 2113-4 2114-4 2115-4 2116-4 2117-4 2118-4 2121-4 3D BORON MECHANICAL IMPACT OF THE MECHANICS OF STRUCTURE AND FAILURE MULTI-MATERIAL DYNAMIC VISCOELASTIC NONLOCAL TENSILE MODULUS EXPERIMENTAL AN AXIAL TENSILE RAPID ADAPTIVE AIR INLET FABRICATION OF FRACTAL-BASED EXPLORING NITRIDE FOAM PROPERTIES THERMAL LOADS INTERFACE PROPERTIES MECHANISM OF TOPOLOGY MODELING OF CONSTITUTIVE OF GLASS FIBER/ INVESTIGATION TEST OF COMPOSITE DETERMINATION FOR FLUID FLOW SOFT COMPOSITE ANALYSIS DEPLOYABLE REINFORCED OF TITANIUM ON THE DAMAGE FRACTURE OF LIGNIN THE WOOD PLASTIC OPTIMISATION INTERFACIAL MODELING OF CARBON FIBER OF INTEGRAL STIFFENED PANELS OF FATIGUE LIMITS CONTROL FLAPPING OF THE VOID CONFIGURATIONS FLEXIBLE METAL MATRIX ONSET OF FIBER IN LAYERED BASED CARBON COMPOSITES FOR COMPOSITE DEBONDING FOR DAMAGEABLE REINFORCED COMPOSITE WITH TWO MAN- OF COMPOSITES G. Arena, R.M.J. Groh, R. ACTUATOR MICROSTRUCTURE USING INTERLEAVED INSULATED NANOCOMPOSITES REINFORCED COMPOSITE NANOFIBERS R. Kitamura(Tokyo university METAL AIRCRAFT MAGNETORHEOLOGICAL BRITTLE AND POLYPROPYLENE T-JOINTS UNDER HOLES AFTER BY LUONG’S Theunissen, A. Brinkmeyer, Min-Sik Kim, Sung-Hyuk OF BI2SR2CACU2OX COMPOSITES WITH POLYMER WITH REINFORCED WITH PLASTICS MATERIALS: (INVITED TALK) of science), A. Hara (Tokyo STRUCTURES MULTIFUNCTIONAL QUASI-BRITTLE HYBRID MIXED MODE IMPACT METHOD AND ITS P.M. Weaver, A. Pirrera Song, Sung-Hoon Ahn MULTIFILAMENTARY SHAPE MEMORY HIGH THERMAL MULTIWALLED David Kraus, Volker (7) ADHESION Lixin Song (University of university of science), S. Cheng Liu, Mehdi Yasaee, NANOCOMPOSITES MATERIALS COMPOSITES LOADING Peng Shi, Qun Zhao, IMPROVEMENT (University of Bristol) (Seoul National University) COMPOSITE CAPABILITY CONDUCTIVITY CARBON NANOTUBES, Trappe (Federal Institute TOUGHNESS British Columbia, Zhejiang Ogihara (Tokyo university Iman Dayyani (Cranfield Lizhi Sun (Zhejiang Zhenyuan Gao, Liang FABRICATED BY A. Hannig, F. Nolte , P. Jianzhuo Sun , Chuanjun J. Huang, M.L. Pastor, C. ROUND WIRES H.A. Maples (Imperial Haoming Fang, Shulin Bai GRAPHENE AND for Material Research and OF MULTILAYER Sci–Tech University), of science), H. Ito (Toclas University) University of Technology, Zhang, Wenbin Yu (Purdue VENTED INJECTION Horst(Institute of Aircraft Liu(Beijing Aeronautical Garnier, X.J. Gong (Université Exploiting structural This research is associated AND THE CAUSED College London, University (Peking University) NANODIAMONDS Testing (BAM)) GRAPHENE Addie Bahi (University of Corporation), S. Ogoe University of California, University) MOLDING Design and Lightweight Science & Technology Toulouse) instabilities for the design of with making a flapping wing ANOMALOUS of Vienna), B. Zhang PREPARED BY SPARK MEMBRANES British Columbia), Li-Ting (Toclas Corporation), A. This paper proposes a new Irvine) Xiaofei Yan (Kyoto Institute Structures) Research Institute of a shape changing air duct. without using mechanical THERMAL (Imperial College London), A series of novel flexible PLASMA SINTERING A new approach for the – NANOSCALE Lin (University of British Nordin (Ymaguchi university), optimization routine for A nonlocal constitutive of Technology), Lichao COMAC) New treatment methods structures. DIFFUSION P. Robinson (Imperial polymer composites consist Suli Liu, Faming Zhang, calculation of static damage INTERFACE Columbia), Lynn (Yuqin) K. Sakamoto (Ymaguchi lightweight composite- Recognizing the model for damageable Yu (Kyoto Institute of A novel test fixture for mixed based on thermographic data Xiaofan Gou, Peijun College London), A. of boron nitride foam and Peipei Zhao, Tengfei Liu, and damage onset of FRACTURES Wan (University of British university), H. Balqis metal aircraft structures. importance of interfacial brittle and quasi-brittle Technology), Akihiko mode loading of composite A set of composite stiffened were developed to determine Zhuo, Xinxin Zhou (Hohai Bismarck (Imperial College polydimethylsiloxane Lili Wang (Southeast thermomechanical fiber J.D. Wood (Loughborough Columbia), Angela Dodd (Ymaguchi university), K. It is developed based debonding in determining materials, capable of Imajo (Kyoto Institute of T-joints is developed and panels with two man-holes, the fatigue limit of composite University) London, University of (PDMS) were prepared and University) reinforced plastics based University), C.M. Harvey (University of British Goda (Ymaguchi university) on two existing topology the overall mechanical predicting multi-site Technology), Akio Kataoka first experimental results are subjected to an axial with uniqueness Vienna), W. Li (Imperial shows a large enhancement on the matrix effort at (Loughborough University), Columbia), Suzana K. optimization approaches properties of materials, in damage initiation and (Nihon Yuki Co., Ltd.), presented. tensile load, was tested and the accuracy Bi2Sr2CaCu2Ox (Bi2212) College London), C. 10:05 in thermal conductivity The nanocarbon materials different temperatures is S. Wang (Loughborough S. Strauss (University of The stress-strain curves of (i.e. Moving Morphable this paper we developed arbitrary fracture paths, Hiroyuki Hamada (Kyoto after impact. The effects and applicability were multifilamentary composite Burgstaller (Transfercenter due to the interconnected including multiwalled carbon shown. Calculations are University, Hebei University British Columbia), Frank wood plastic composites Components and level a micromechanics-based is developed as a Institute of Technology), of impact damage on the evaluated. wires are the only round wire für Kunststofftechnik network of BNF. nanotubes (MWCNTs), compared with the results of Engineering) K. Ko (University of British showed nonlinear behavior, set method updated by a effective viscoelastic model general standard model. Yuqiu Yang (Donghua panel, especially on the candidate for fabricating (TCKT)) graphene (Gr) and of quasi-static tests with Columbia) and the strength and elastic reaction diffusion equation). for magnetorheological It is implemented as a University) strain distribution, were high field magnets. Fractal- nanodiamonds (NDs) were glass fiber reinforced The presence of sliding modulus were increased with multifunctional VUMAT in Abaqus to investigated and discussed. based studies of the Bi2212 used as reinforcements in epoxy. in multilayer graphene Carbon nanofiber (CNF) wood flour addition rate due nanocomposites simulate several cases to Tensile modulus of filaments/Ag matrix and the titanium metal matrix membranes increases made of inexpensive to the micro void growth. demonstrate its application. glass fiber/carbon fiber voids in the filaments have composites (TiMMCs) the fracture mode ratio , and bio-renewable raw reinforced hybrid composite been carried out in this work. fabricated via ball milling leading to a decrease materials, such as lignin, manufactured by vented and spark plasma sintering in adhesion toughness can provide a pathway to injection molding machine techniques. Experimental measurements when using lowering manufacturing was evaluated based on results show that the the circular blister tests. cost of CNFs for the skin-core-skin structure Ti-0.5wt% MWCNTs structrual and functional and the laminate analogy composites have the best composite applicaitons. approach method. The mechanical properties in In this study, lignin predicated results were in the three kinds of TiMMCs. based CNF mats were good agreement with the succussfully fabricated by experiments one. electrospinning.

10:25 Coffee Break Coffee Break Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

KEYNOTE at Qujiang Auditorium: Modeling of Thermoplastic Composites Manufacturing Processes Reinforced with Continuous Fibers Woo Il Lee, Seoul National University, Korea KEYNOTE at Qujiang Auditorium: Modeling of Thermoplastic Composites Manufacturing Processes Reinforced with Continuous Fibers Woo Il Lee, Seoul National University, Korea KEYNOTE at Lily Hall: Norman Wereley, University of Maryland, USA 10:50 KEYNOTE at Lily Hall: Muscular Compliance in Bioinspired Soft Robots Norman Wereley, University of Maryland, USA Muscular Compliance in Bioinspired Soft Robots KEYNOTE at Rose Hall: A Snapshot into the Evolution of Manufacturing, Characterization, Modeling Efforts to Tailor Function-Performance Strategy in Composites Ozden Ochoa, Texas A&M University, USA KEYNOTE at Rose Hall: A Snapshot into the Evolution of Manufacturing, Characterization, Modeling Efforts to Tailor Function-Performance Strategy in Composites Ozden Ochoa, Texas A&M University, USA

2212 Sandwich Structures 2216 Self-Healing and Bio- 2217 Design and 2218 Interfaces and 2219 Recycling of 11:35 2201 Polymer Matrix 2202 Metal Matrix 2203 Fiber-reinforced 2204 Fracture and 2205 Nano-Composites 5 2206 Fiber-reinforced 2207 Structural Analysis 2208 Multiscale Modelling 2209 Bio-Composites 5 2210 Thermography 2 2211 Hybrid Composites 5 2213 Joints 5 2214 Composite Structures 5 2215 Fatigue 5 Manufacture for Composites and 2220 Bio and Medical 3 2221 Aerospace 5 Materials 5 Composites 5 Composites 5 Damage 5 Composites 16 and Optimization 5 of Structures 5 and Materials 1 inspired Designs 1 Multifunctionality 5 Interphases 5 Sustainability 4

2201-1 2202-1 2203-1 2204-1 2205-1 2206-1 2207-1 2208-1 2209-1 2210-1 2211-1 2212-1 2213-1 2214-1 2215-1 2216-1 2217-1 2218-1 2219-1 2220-1 2221-1 CONVENIENT QUANTITATIVE TOWARD WHEN AN REVEALING MECHANICAL DESIGN AND MULTISCALE NOVEL THERMOELASTIC MECHANICAL, HYBRID DESIGN THE INFLUENCE OF APPLICATION OF STOCHASTIC INFLUENCE OF DESIGN AND EFFECTS OF TOWARDS SOFT ARTIFICIAL STUDY ON CRASH CONTROL MEASUREMENT LED CURED INTERFACE THE EFFECT OF BEHAVIOR OF OPTIMIZATION MODELLING OF BIORESORBABLE STRESS ANALYSIS DAMAGE AND OF ARCHITECTED PRE-TENSION LOAD COMPOSITES IN DAMAGE HEALING RATE FABRICATION OF WATER AGING A CIRCULAR MUSCLE IN SMART OF COMPOSITE OVER HIGH AND CONTROL CARBON FIBER DEBONDING CRUMPLING ON THE CARBON/STEEL METHOD FOR 3D LAMINATION TEXTILE FOR STRUCTURAL PIEZORESISTIVE LATTICE MATERIALS IN THE COMPOSITE RAIL VEHICLES MODELLING ON STRENGTH OF A MULTI-LAYER ON MECHANICAL ECONOMY FOR END- STRUCTURES FUSELAGE WITH TEMPERATURE OF CNT/AL COMPOSITES: OCCURS IN A REINFORCEMENT HYBRID FIBER- PRINTED CARBON DEFECTS COMPOSITES PERFORMANCE BEHAVIOR FOR INCREASED LAMINATE Mark Robinson (Newcastle OF MIXED HIERARCHICAL RADAR ABSORBING PROPERTIES OF OF-LIFE CARBON FOR BIO MEDICAL STRAIN RATE SHAPE MEMORY INTERFACIAL DUAL-CURE COMPOSITE? EFFICIENCY OF REINFORCED REINFORCED IN CURVED FOR MEDICAL ASSESSMENT OF CARBON BUCKLING FASTENER JOINT University) MODE FATIGUE FIBER BUNDLE COMPOSITE CONTINUOUS FIBRE COMPOSITE APPLICATION EFFECT POLYMERS REACTION DEGREE PHOTOCHEMICAL/ Zheng-Ming Huang, Yi GRAPHENE IN COMPOSITES AIRCRAFT STRUCTURES APPLICATIONS OF AEROSPACE NANOSTRUCTURE RESISTANCE DURING REPEATED DELAMINATION OF MATERIALS STRUCTURE CARBON MATERIALS VIA Tiefeng Li (Zhejiang Yan Wang (Beijing Deyan Kong, Xinli Xiao FOR ENHANCED THERMAL INFUSION Zhou, Limin Xin (Tongji COMPOSITES Minchang Sung, Woong- COMPONENTS Anne Reinarz , Tim Fletcher Chenkai Zhu (The COMPOSITES INFUSED-GLASS Sha Yina(Beihang TITGHTING This paper reviews COMPOSITE WIND X. L. Ji, L. X. Li(Xi’an Hongshuai Lei (Beijing FIBERPOLYAMIDE 6 FLUIDISED BED University) Aeronautical Science & (Harbin Institute of MECHANICAL PROCESS. University) Zheling Li, Dimitrios G. Ryeol Yu (Seoul National W.M. van den Brink (University of Bath), Tim University of Nottingham Nik Rajic (Australian FIBER HYBRID University&Xi'an Jiaotong Li Cui, Huaizhong Su components of rail vehicles TURBINE BLADES Jiaotong University) Institute of Technology), COMPOSITES PROCESS Technology Research Technology) PROPERTIES Ahmad Ibrahim, Xavier Papageorgiou, Robert University) (Netherlands Aerospace Dodwell, Richard Butler, Ningbo China), Ifty Ahmed Defence Science & COMPOSITES FOR University), Hongfu Li, (Beijing Aeronautical in which composite materials Chi Zhang, Hua-Peng Chen Zhou (Beijing Institute F Meng, J Mckechnie, SJ Institute of COMAC), Tian Ziyun Yu, Zhanqiu Tan, Allonas, Fabrice Laurent To estimate a composite J. Young (University of Centre (NLR)), R. Bruins Rob Scheichl (University of Nottingham), Technology Group) POWER LINES Yaobo Wu,Jiani Li(Beihang Science & Technology have been employed (University of Greenwich) Self-healing is one of the of Technology), Changxian Hongfu Li, Sha Yin, Yang Pickering (University of Zhang (Beijing Aeronautical New generation of Genlian Fan, Ding-Bang (LPIM University of Upper failure in a general sense Manchester) In this study, the hybrid (NLR), F. van der Klift (Delft Andy Parsons (University M. F. Arif, H. Alhashmi, S. University), Jun Xu(Beihang Research Institute of successfully to date and fascinating properties for Wang (Peking University), Wang, Boming Zhang Nottingham) Science & Technology heat-shrinkable polyimide Xiong, Zhiqiang Li, Di Alsace) only based on constituent effect of the hybrid University of Technology), We have implemented the of Nottingham), Yunqi This paper draws on Kumar (Masdar Institute of University&Xi'an Jiaotong COMAC) those in which they are This paper deals with a bio-materials such as bone Mingji Chen (Beijing (Beihang University) Research Institute of tubes and shape Zhang (Shanghai Jiao Tong fiber and matrix properties, The reinforcement fiber composites is M. Hermans (Delft multiscale preconditioner Wang (The University of several case studies from Science and Technology) University&Tsinghua most likely to be exploited stochastic approach to and tendon. Hierarchy Institute of Technology), In this study, we develop COMAC), Lingwei Tang memory polyimide University) The potential of UV cure the homogenized stresses efficiency of graphene has demonstrated both University of Technology) GenEO suitable for large Nottingham Ningbo China), coupon level to full-scale University) In this paper, the variety of in the near future. Specific simulate mixed mode is the basic feature of Huimin Li (Beijing Institute Interfacial shear strength life cycle cost models to (Beijing Aeronautical films with controllable (ecofriendly, ultrafast, of the matrix by any been studied. It has been experimentally and anisotropic problems in Chao Tan (The University of airframe fatigue testing to the equivalent total friction references are made to fatigue delamination bio-materials. The effect of Technology), Daining between carbon fiber and quantify cost impacts of Science & Technology properties have been A quantitative method space and temporal control, micromechanics theory found that the crumpling numerically, providing a the High Performance Nottingham Ningbo China), demonstrate how compact coefficient, which includes some of today's rail vehicles development and obtain of self-healing rate on the Fang (Beijing Institute polypropylene showed recovering CF and using Research Institute 11:35 prepared and analyzed. based on the hydrolysis …) in combination with must be converted into true prevents the efficient design tool for optimized Computing library DUNE Jingsong Liu (Sinoma Co., low-cost thermal detector the friction coefficient of in which composites are the failure probability of strength of hierarchical of Technology, Peking decline with temperature rCF products as substitutes of COMAC), Pu Xue effect of Al4C3 was carbon fiber has rarely values. The conversion is interfacial stress transfer in hybrid fiber composites. and show that it allows us Ltd.), Chris Rudd (The based TSA systems can the thread and the friction employed routinely for composite blades of wind fiber bundle materials is University) increase in micro-droplet for conventional materials (Northwestern Polytechnical developed for measuring been considered due to done by multiplying each of the middle of the flake. to solve large problems University of Nottingham play an important role in coefficient of the bearing the fabrication of complex turbines. The results show theoretically studied. test. (e.g., steel, aluminium) in University), Jifeng Xu CNT/Al interfacial reaction. the opacity of the fiber and the homogenized stresses quickly on hundreds of Ningbo China), Xiaoling evaluating the structural surface under nut, and the three-dimensional moulded that the Paris model with A novel non-magnetic automotive applications. (Beijing Aeronautical Such method allows to the limited cure speed. with a stress concentration computer cores. As an Liu (The University of performance of composite variety of the pre-tension profiles and high stiffness-to- gamma process provides a multi-layer radar absorbing The results show financial Science & Technology quantitative study on the In order to overcome factor, which cannot be example, we use this Nottingham Ningbo China) aircraft components. load in the composite weight ratio paneling for cab good prediction of the failure structure (RAS) was advantages of the CF Research Institute of effect of interfacial reaction these limitations, a defined following a classical preconditioner to test the laminate fastener joint ends and vehicle interiors. time of the mixed mode designed and fabricated. recovery, which supports the COMAC) on mechanical properties ducal-cure photochemical/ approach but is derived in effect of varying the slope The novel textile fabric during repeated tightening, fatigue delamination growth, The broadband absorbing emerging commercialisation of CNT/Al composite, thermal formulation with this work. of a simple wrinkling defect of phosphate glass fibre can be received. and this stochastic method performances and load- of CF recycling We developed dynamic which set theoretical basis long pot-life (> 4 hours) on the initiation of damage. was woven in lab scale can be used for reliability bearing capacities of RAS technologies. property test of composite for optimizing material was developed for the and used to produce fully analysis and determining were evaluated through and obtained its constitutive processing. fabrication of carbon fiber bioresorbable composites optimum maintenance experimental tests. model and strength under composites by infusion which presented excellent strategies. high and medium strain process. properties with potential rate. Based on the test data, application for medical we analysed the crash of device. composite fuselage with strain rate considered.

2201-2 2202-2 2203-2 2204-2 2205-2 2206-2 2207-2 2208-2 2209-2 2210-2 2211-2 2212-2 2213-2 2214-2 2215-2 2216-2 2217-2 2218-2 2219-2 2220-2 2221-2 REDUCED STRAIN HARDENING INTERFACIAL REDUCED ORDER FABRICATION IN SITU ON GRADIENT MULTISCALE MECHANICAL THE INFLUENCE FINITE ELEMENT VIBRATION DESIGN OF PIN ADAPTIVE AE MONITORING INTERFACIAL BISCROLLED EXPERIMENTAL HIGHLY DRAPABLE A COUPLED THE STABILITY PERMITTIVITY BEHAVIOURS EVALUATION TECHNIQUES PROCESSES AND POLYMERIZATION BASED ANALYSIS PROPERTIES, OF SANDWICH MODELING AND DAMPING OF REINFORCEMENTS MODELLING OF OF FATIGUE STRUCTURE NANOFIBER AND NUMERICAL ORGANIC SHEETS VISCOELASTICITY INVESTIGATION OF POLYIMIDE IN CARBON OF UD-CFRP BY FOR MODELLING PROPERTIES AND STRUCTURAL OF METAL / VISUAL ASPECT, STRUCTURE CORE FAILURE ANALYSIS HYBRID COMPOSITE IN METAL- DELAMINATION DAMAGE GROWTH AND DAMAGE COMPOSITE STUDY ON THE MADE OF RECYCLED AND MULLINS OF STIFFENED COMPOSITE NANOTUBE/ THERMAL AGING VIA THE EFFECTS OF CARBON CHARACTERIZATION OPTIMIZATION OF THERMOPLASTIC MICROSTRUCTURE MATERIAL ON OF ROLL BENDING CORRUGATED COMPOSITE GROWTH USING IN PLAIN WEAVE MITIGATION FROM YARNS FOR INTERFACIAL CARBON STAPLE EFFECT MODEL FOR COMPOSITE FIBERS BY ALUMINIUM (CNT/ ACOUSTIC EMISSION, OF DAMAGE IN NANOMATERIALS OF PA6/CFRTP A WIND TURBINE COMPOSITE AND LIFE CYCLE THERMOGRAPHIC FORMING OF GLARE SANDWICH HYBRID JOINTS TO ISOGEOMETRIC COMPOSITES WITH THE RADULAR TEETH MULTIFUNCTIONAL PROPERTIES OF FIBER YARNS SOFT MATERIALS FUSELAGE PANELS GRAFTING AMINO AL) COMPOSITES ELECTRICAL COMPOSITE PLATES FILLED COMPOSITES BLADE INTERFACES USING ASSESSMENT NDT TECHNIQUES LAMINATES C. Goergen (University Tongqing Lu, Jikun Wang, Run Xu, Zhanqiu Tan, Basem Suliman, Carol Mei Xian Li (Seoul National E. Lund , J.H. Sjølund G. Olafsson, A. Pujol- Jingming Tian, Gang CYLINDRICAL MAXIMISE ENERGY CONTINUUM SHELL EMBEDDED FLAWS OF CRYPTOCHITON APPLICATIONS: CFRTP IN MICRO- UNDER COMBINED FUNCTIONALIZED RESISTANCE AND NANOCOMPOSITES ESI VPS APPROACH (LCA) PANELS ABSORBANCE ELEMENTS Jiaping Wu, Ahmed STELLERI ENERGY STORAGE, DROPLET TEST of Kaiserslautern), S. Ruisen Yang, T. J. Wang PRESSURE AND HYPERBRANCHED Genlian Fan, Ding-Bang THERMOGRAM Featherston, David Soon Hyung Hong (Korea University), Gyu Hee Lee (Aalborg University) Sebastian Müller (ESI FOCUSED ON PP/ Soliano Dualde, R. C. Tao, Cheng Liu, Huaguan Jin-Shui Yang, Li Ma, Ge Qi, M. Fagerström(Chalmers Maslouhi (Université de Steven Herrera, Ruoheng Hao Piao, Michinobu Baz (Institut für Textil- (Xi’an Jiaotong University) Xiong, Zhiqiang Li, Di Kennedy (Cardiff Advanced Institute of (Seoul National University), Software Germany GmbH), Tighe, J. M. Dulieu-Barton Li, Xian Zhang, Jie Tao DURING FRACTURE ENERGY COMPRESSION POLYSILOXANE METHODS WOOD FLOUR Lin-Zhi Wu(Harbin Institute A. T. T. Nguyen, M. University of Technology), Sherbrooke) Zhao, Lessa Kay HARVESTING, Fujita, Isamu Ohsawa, Jun und Verfahrenstechnik Zhang (Shanghai Jiao Tong P.S. Shin (Gyeongsang University) Science and Technology Dasom Lee (Seoul National The paper presents Patrick de Luca , Alain BIOCOMPOSITES (University of Southampton) (Nanjing University of Technology) Brandt, A.C. Orifici J.J.C Remmers(Eindhoven Grunenfelder, Enrique Takahashi (The University Denkendorf), In this work, we developed Bo Ma (Beijing Aeronautical Jie Dong, Cairan Yang, University) National University), D. (KAIST)) University), Jaemin Jung investigations of structural Tramecon (ESI Group) Célia Badji, Lata of Aeronautics and SENSING AND (RMIT University), S. University of Technology) The main objective of this Escobar de Obaldia, David ACTUATION of Tokyo) P.Mitschang (University a coupled viscoelastic and Science & Technology Yang Cheng, Tingting Wu, J. Kwon (Gyeongsang The exact strip method (Seoul National University), optimization of a wind Soccalingame, Jean- Astronautics) The modal behaviors of Feih(Singapore Institute of study is to assess the Restrepo Arango, Pablo Ray H. Baughman of Kaiserslautern), G. T. Mullins-effect model to Research Institute), Jifeng Xin Zhao, Qinghua Zhang The present work National University), J. H. provides an efficient The molecular level Seung Mo Kim (Korea turbine blade where the The present contribution Charles Bénézet, Hélène empty and foam filled Manufacturing Technology) An adaptive isogeometric influence of manufacturing Zavattieri, David Kisailus (University of Texas at Interfacial shear strength Gresser (Institut für Textil- characterize the loading and Xu (Beijing Aeronautical (Donghua University) investigates the strain Kim (Gyeongsang National vibration analysis for mixing process has been University of Technology objective is to minimize introduces a multiscale Garay, Joana Beigbeder, In this paper, a three- ACSCPs and CCSCPs are continuum shell element flaws on the fatigue life of (University of California) Dallas), Seon Jeong Kim between carbon fiber and und Verfahrenstechnik unloading response of soft Science & Technology hardening behaviors of University), K. L. DeVries prismatic composite plates demonstrated to achieve and Education), Woo Il Lee mass while taking a number analysis of hybrid metal- Didier Perrin, Valérie dimensional finite element ivestigated experimentally A validated design approach formulation which can plain weave composites and (Hanyang University) polypropylene showed Denkendorf) materials. Research Institute), carbon nanotube reinforced (The University of Utah), J.M. using an exact dynamic homogeneous dispersion (Seoul National University) of structural constraints composite joints. The Desauziers, Anne Bergeret model of three-roller 11:55 and numerically. It is is presented to design pin be utilised to model to evaluate experimentally Here, we discuss the decline with temperature Tianliang Qin (Beijing aluminum matrix composite Park (Gyeongsang National stiffness matrix based on a of carbon nanomaterials together with manufacturing method allows for the (Ecole des Mines d’Alès) bending forming process demonstrated that foam geometry, pin angle and initiating and propagating the effect of environmental biologically controlled Biscrolling provides a increase in micro-droplet Organic sheets made of Aeronautical Science & and the roles and origins of University, The University continuous distribution of including graphene and In this study, in situ considerations into account. determination of effective was built under the filled CSCPs can obviously density in accordance with delamination cracks is factors such as humidity synthesis of the ultra hard powerful method for test. recycled carbon staple fiber Technology Research back stress and effective of Utah) stiffness and mass. The carbon nanotube with polymerization and mechanical properties of ABAQUS/Explicit improve the structural joint parameters (adherend presented. Focus is on the and temperature on the magnetic teeth found in making weavable, knittable, yarns can be deep-drawn in Institute), Lei Peng (Beijing stress in their flow stress. paper introduces a novel strong interfacial bonding characterization of PA6/ laser structured material environment based on the damping compared to the thickness, adherend adaptive procedure and on fatigue life of the composite a marine mollusk and the braidable, sewable, and a thermoforming process. Aeronautical Science & hybrid combination of exact with matrices. CFRTP composites were interfaces. solutions of several key empty CSCPs without strength, bond line stresses) the particular benefits of materials. Composites with resulting structure -abrasion knottable nanofiber yarns Mechanical properties of Technology Research strip and finite element Carbon nanomaterials filled carried out. techniques, consisting of significantly changing the to achieve maximum energy basing the formulation on an artificial delamination resistant relationships. that can contain over 95wt% these semi-finished products Institute), Zizi Lu (Beijing analysis which enables nanocomposites show material property definition, corresponding natural absorbance during hybrid the isogeometric analsys were assessed in real of otherwise unspinnable are close to virgin carbon Aeronautical Science & accurate modelling of a outstanding mechanical diverse failure criterions, frequencies. metal-composite joint concept. time by using Acoustic multifunctional nanopowder fiber organic sheets. Technology Research wide range of damaged and functional properties, contact boundary condition fracture. Emission (AE) and Digital or micropowder guest in a Institute), Yanan Chai (China plates, verifying its exhibiting a wide scope treatment and meshing Image Correlation (DIC) nanofiber host. Aircraft Strength Research capability and efficiency of possible applications technique. under tension-tension Institute) by comparisons with pure such as strong and tough cyclic loading to generate finite element analysis structural materials, organic fatigue life curves and to and a previous smearing photovoltaic devices, evaluate the degradation of technique. flexible and stretchable mechanical properties. conductors, etc. Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

2201-3 2202-3 2203-3 2204-3 2205-3 2206-3 2207-3 2208-3 2209-3 2211-3 2212-3 2213-3 2214-3 2215-3 2216-3 2217-3 2218-3 2219-3 2220-3 2221-3 EXPERIMENTAL FLAKE POWDER HDPE AND A NEW TEST FABRICATION SHAPE MEMORY OPTIMIZATION OF SENSITIVITY OF THERMO-SENSITIVE EXPLORING CRUSHING EFFECT OF EXPERIMENTAL FREQUENCY EFFECT IMPACT RECOVERY ALIGNMENT OF NANOSTRUCTURED FIBRE LENGTH A SHORT REVIEW RECENT ADVANCE AND THEORETICAL METALLURGY: A PVC CREEP METHOD TO OF FERRIC POLYMER COMPOSITES WITH ORTHOTROPIC HYDROGEL DISCONTINUITIES BEHAVIOUR HIGH LOADING AND NUMERICAL ON LIFETIME AND OF SELF-HEALING NANO AND MICRON “BRICK-AND-MORTAR” DISTRIBUTIONS OF MECHANICS ON LIGHTWEIGHT OXIDE /CARBON COMPOSITES AND REPEATING SUB- COMPOSITE FOR AND HYBRIDIZATION OF CARBON RATE AND LOW ANALYSIS OF TEMPERATURE COMPOSITES DIAMETER CARBON INTERPHASE INSPIRED OF SHREDDED FOR SKIN MODULUS GRADED THERMAL STUDY ON ELASTIC BIOINSPIRED AND AND THERMAL CHARACTERIZE BLACK/CARBON THEIR APPLICATIONS LAMINATES MATERIAL CONTROLLED TO DESIGN FIBRE LATTICE TEMPERATURE ON FIBRE-REINFORCED OF A TAILORED BASED ON A FILLERS IN EPOXY BY NACRE TO THERMOPLASTIC MEASUREMENT STRUCTURE FOR MODULI OF SMART STRATEGY RATCHETING MIXED MODE II/ NANOTUBE IN DEPLOYABLE Ming Zhou, Raphael Fleury, PARAMETERS USED DELIVERY OF GRADUAL FAILURE STRUCTURES MODE I FRACTURE COMPOSITE PIPES BLANK C/PPS SUPRAMOLECULAR VIA ELECTRIC FIELD IMPROVE CARBON COMPOSITE SCRAP VIA CONFORMAL HYPERSONIC POROUS PDMS TO FABRICATE BEHAVIOR UNDER III AND I/II/III COMPOSITES STRUCTURES IN Jeffrey Wollschlager (Altair WITHIN THE STRAIN DRUGS WITH IN UNIDIRECTIONAL Kanna Subramaniyan TOUGHNESS OF SUBJECTED TO THERMOPLASTIC POLYMER MATRIX Anil R. Ravindran (RMIT FIBRE COMPOSITE Guillaume Vincent PIEZOELECTRIC VEHICLES WITH DIFFERENT NANOCARBON COMPRESSION DELAMINATION FOR PROMTED SPACE (INVITED Engineering) INVARIANT FAILURE FUNCTIONALIZED CARBON FIBER (University of DUCTILE ADHESIVE UNDERGROUND COMPOSITE Federica Sordo, Lucien University), Raj B. Ladani PERFORMANCE (ThermoPlastic composites SYSTEMS Qin Lu, Long F. Hu, Xiao Berret, Baris Caglar, Francois De Luca (Polymer Research Center, University POROSITIES REINFORCED Rahul Palaniappan Sang Nguyen, Carla ELECTROMAGNETIC TALK) THEORY CARBON SELF-REINFORCED Liverpool&University Zhemin Jia1, Guoqing Yuan BLASTS Roman Ruzek, Martin (RMIT University), Shuying Wu Yan Shi (Nanjing University G. Luo, Ji J. Yu, Bang Xin Lan, Liwu Liu, Yang He, William Toh1, Karthikayen Véronique Michaud (Ecole (RMIT University), Anthony & Composite Engineering of Twente), Thomas A. de of Aeronautics and AT DIFFERENT METAL MATRIX Kanthabhabha Jeya, Canturri Gispert, Emile MICROWAVE Nayeem Tawqir Chowdhury, NANOTUBES POLYPROPYLENE of Tun Hussein Onn ( Tongji University) Kadlec, Lucie Nováková C. Ai (China academy of PERFORMANCE Jian Sun, Yanju Liu, Jinsong COMPOSITES Polytechnique Fédérale de J. Kinloch (Imperial College (PaCE) Group), Adam J. Bruijn (Saxion University TEMPERATURES COMPOSITES Abdel-Hakim Bouzid (Ecole S Greenhalgh, Paul Garth Pearcea, Akhila Wen Qin, Jianqiang Liu, Raju, Chong Hun Yeo, (VZLU) Astronautics) aerospace aerodynamics) Junyao Shen, Yongtao Leng (Harbin Institute of Jun Tang (KU Leuven), Malaysia), Zhongwei Guan Lausanne (EPFL)) London), Chun H. Wang Clancy (Imperial College of Applied Science), Chen Huang (Zhejiang Zhiqiang Li, Zhanqiu Tan, Technologie Superieure) Robinson, Giuliano Allegri Mukkavillia(UNSW), Jing Ma, Xi Nan, Weihui Siang Huat Goh, Vincent Yao, Jinsong Leng, Yanju Technology) Arya Aslani (KU Leuven), (University of Liverpool (RMIT University, University of London), Giorgio Sernicola Mohammed Iqbal Abdul University), Chengfeng Genlian Fan, Ding-Bang (Imperial College London) Wing Kong Chiu(Monash Zhu, Bin Tang ( Beng Chye Tan, William This paper discussed The extent of damage (Imperial College London), Rasheed (University of This review will reveal the In this paper, an integrated liu (Harbin Institute of Yentl Swolfs (KU Leuven), &Chengdu University) , New South Wales), Adrian P. Fang (Zhejiang University), Xiong, Qiang Guo, Di The creep and thermal For the shape memory University), John Wang University of Technology) Toh1, Karthikayen Raju, the influence of loading and ability to heal cracks Mouritz (RMIT University) Milo S. P. Shaffer (Imperial Twente), Sebastiaan mechanism of the conformal hot structure with Technology (HIT)) Gianmaria Bullegas Wesley Cantwell (University Xiaoliang Zhou (Beihang Zhang (Shanghai Jiao Tong ratcheting performance A new delamination polymer composites (Aerospace Division, Chong Hun Yeo, Siang Huat frequency on the after low velocity impact College London), Alexander Wijskamp (ThermoPlastic skin modulus measurement graded-outer-layer, (Imperial College London), of Liverpool & Khalifa is investigated for glass Bismarck (Polymer & composites Research University), Zuguang Bian University) of HDPE and PVC at toughness test for (SMPCs), their performance Defence Science and The functionalized carbon Goh, Vincent Beng Chye temperature, fatigue Here we report the effect of systems and the expectable has been brought Fe O /CB, Fe O /CNT and of active deformation is Silvestre T. Pinho (Imperial University) fibre reinforced composites electric field alignment of Composite Engineering Center), Remko Akkerman (Zhejiang University) multitude of temperature mixed mode II/III and I/ 2 3 2 3 Technology Group) nanotubes were entrapped Tan(National University of behaviour, and failure applications from this kind of forward in order to avoid Fe O /CB/CNT composites expected to promote the College London), Stepan with a matrix based on nano and micron diameter (PaCE) Group, University (ThermoPlastic composites 12:15 The recent progress and compressive loads are II/III fracture has been 2 3 within a thermo-sensitive Singapore) mechanisms of carbon- soft piezoelectric composite fragmentation and improve are fabricated for development in smart active V. Lomov (KU Leuven), a supramolecular hybrid carbon fibrous fillers toward of Vienna) Research Center, University In this paper, the elastic in developing high scrutinized. The gravity developed. Post-test deformation structures. The Strain Invariant Failure hydrogel based on poly fibre-fabric-reinforced network, combining covalent of Twente) actuator/sensors. the strength of ceramic microwave absorption and Larissa Gorbatikh (KU the electrical conductivity moduli of porous PDMS performance nanocarbon of these phenomenon fractography has been We aim to summarize the Theory has a number of (N-isopropylacrylamide- This paper focuses on the PPS laminates whose cross-links with non-covalent and fracture toughness A “brick-and-mortar” materials for hypersonic Fe O /CB/CNT composite Leuven) with different porosities at reinforced MMCs with on understanding the used to characterize the 2 3 recent progresses of SMPCs material properties that co-N-vinylpyrrolidone) investigation of the response thickness was varied using reversible hydrogen bond. properties of epoxy coating inspired by nacre A new method to vehicles. High temperature exhibits prompted different temperatures are the bottom-up Flake perennial behaviour of the initiation delamination using in deployable space need to be characterised. copolymer. The of buried filament wound of ply drops. The loading Recovery after a 20 Joules composites. The multi-scale was developed at the characterise the fibre test to evaluate the absorption behavior with RL structures, including hinges, This work combines impact damage is evaluated reinforced composites nanometre length and length distribution of studied by experimental Powder Metallurgy selected polymer materials processes involving mode An investigation is carried morphology, temperature composite pipes subjected frequency higher than 4-7 thermal performance of of -22.54 dB. trusses, solar arrays, lock/ discontinuous reinforcement both through the analysis of containing both nano and conformally deposited shredded consolidated fibre and theoretical methods. route is introduced and is objectified. III fracture in IM7/8552. out to examine the key sensitivity, and release of to subsurface blasts through Hz was shown to have a hot structure has been release devices. and hybridization to impact curves, and by image micron scale carbon filler at the circumference of composites was developed. the structure-property properties that have the drug of the composites experimental and simulation significant influence on the analysis of the impact zone, carbon fibres. The classic It was then applied to performed in the wind overcome the stiffness- that were exposed to an relationship in nacre-like biggest effect on the failure were investigated. means. fatigue lifetime of specimens which almost disappears electric field exhibited a toughening mechanisms determine how shredding tunnel, which surface toughness dilemma that architectured MMCs will be criterions predictions. with varying thickness. after several weeks. greater improvement in of nacre were reproduced parameters and offcuts size temperature reached to conventional fiber reinforced and implemented at the influence the fibre length discussed. the through-the-thickness 1973K high temperature polymer composites suffer interphase of carbon fibre distributions. electrical conductivity and for 550 seconds exposure. from. The aim is to further quasi-static mode I fracture composites, leading to explore the potential of toughness in comparison improved mechanical performance in tension. discontinuities in the field of samples that were not exposed to an electric field. hybrid composites.

12:35 Lunch Lunch

13:35 PLENARY LECTURE at Qujiang Auditorium: From Structural to Functional Composites: A Personal Journey Tsu-Wei Chou, University of Delaware, USA PLENARY LECTURE at Qujiang Auditorium: From Structural to Functional Composites: A Personal Journey Tsu-Wei Chou, University of Delaware, USA

KEYNOTE at Qujiang Auditorium: Structural Battery Composites – Roles of Constituents and Device Architecture Leif Asp, Chalmers University of Technology, Sweden KEYNOTE at Qujiang Auditorium: Structural Battery Composites – Roles of Constituents and Device Architecture Leif Asp, Chalmers University of Technology, Sweden 14:40 KEYNOTE at Lily Hall: Multi-Scale Modelling of Processing and Performance for Textile Composites Andy Long, The University of Nottingham, UK KEYNOTE at Lily Hall: Multi-Scale Modelling of Processing and Performance for Textile Composites Andy Long, The University of Nottingham, UK KEYNOTE at Rose Hall: Nanocomposites at Extreme (Space) Environment Alan KT Lau, Swinburne University of Technology, Australia KEYNOTE at Rose Hall: Nanocomposites at Extreme (Space) Environment Alan KT Lau, Swinburne University of Technology, Australia 15:15 Coffee Break Coffee Break

2301 Polymer Matrix 2302 Metal Matrix 2303 Fiber-reinforced 2304 Fracture and 2306 Fiber-reinforced 2307 Structural Analysis 2308 Multiscale Modelling 2310 Energy Harvesting 2312 Sandwich Structures 2316 Self-Healing and Bio- 2317 Design and 2318 Interfaces and 15:40 Materials 6 Composites 6 Composites 6 Damage 6 2305 Nano-Composites 6 Composites 17 and Optimization 6 of Structures 6 2309 Bio-Composites 6 and Storage 1 2311 Hybrid Composites 6 2313 Joints 6 2314 Composite Structures 6 2315 Fatigue 6 Manufacture for 2319 Renewable Energy 1 2320 Bio and Medical 4 2321 Automotive and Rail 1 and Materials 2 inspired Designs 2 Multifunctionality 6 Interphases 6

2301-1 2302-1 2303-1 2304-1 2305-1 2306-1 2307-1 2308-1 2309-1 2310-1 2311-1 2312-1 2313-1 2314-1 2315-1 2316-1 2317-1 2318-1 2319-1 2320-1 2321-1 Panel Session on POLYBENZIMIDAZOLE MECHANICAL RATIONALISATION FAILURE INITIATION IN-MOULD COMPARISON OF MECHANICAL EFFECTS OF CELL MOISTURE CORE-DOUBLE- JOINT DESIGN MICRO-STRCUTURES EXPERIMENTAL MECHANICAL MODE I FATIGUE SELF-ASSEMBLED TOWARDS INTERPHASE EFFECTS OF TEMPERATURE- ASSEMBLED Composite Regulation: PROPERTIES OF THE TSAI-WU DEPENDENCE MULTIFUNCTIONAL FIBER ORIENTATION SIZE AND CELL STABILITYAND SHELL STRUCTURED OF CONTINUOUS/ CARBON FIBRE ANALYSIS AND BENDING AND NUMERICAL BEHAVIORS OF THIN- DELAMINATION GRAPHENE OXIDE MULTIFUNCTIONAL TAILORING FOR GEOMETRY ON DEPENDENT ELASTIC STRUCTURAL MODERNISING OF TIB2-ALFE FAILURE CRITERION ON SPECIMEN COATINGS WITH ANALYSIS WALL THICKNESS MECHANICAL HYPERBRANCHED DISCONTINUOUS INVESTIGATION PLY COMPOSITE GROWTH ONSET IN MICROCAPSULES COMPOSITES MULTIFUNCTIONAL BOND STRENGTH PROPERTIES OF BATTERY - COMPOSITE COMPOSITE – OF CARBON PROPERTIES OF COMPOSITE Shuguang Li, Elena GEOMETRY IN OFF GRAPHENE METHODS IN VARIATIONS ON DURABILITY AROMATIC POLYAMIDE HYBRID CARBON OF SINGLE LAMINATES UNDER FIBRE REINFORCED REINFORCED BY CARBON GLASS/EPOXY OF SINGLE-LAP BRAIN TISSUES POUCH CELL MATERIALS UTILISING A HIGH FABRICATED BY AXIS TESTS FIBER-REINFORCED NANOTUBE/SHAPE THE STRENGTH OF PEAT FUNCTIONALIZED FIBRE COMPOSITES SKULL CELLULAR Sitnikova, Yuning Liang, NANOCOMPOSITES COUNTERSUNK SHORT-BEAM COMPOSITES: WATERBORNE NANOTUBES COMPOSITES BY ADHESIVELY MEASURED WITH INSERTED LATTICE REGULATIONS PERFORMANCE THE SPARK PLASMA Christian Marotzke, Titus COMPOSITES MEMORY POLYMER OF CLOSED-CELL BIOCOMPOSITES GRAPHENE A.D. Evans, L.T. Harper, BONES COMPOSITE JOINTS SHEAR AND OPEN- EXPERIMENTAL POLYURETHANE BASED NANO/ GRAPHENE OXIDE BONDED JOINT WITH THE SHEAR WAVE STRUCTURE – BARRIER TO Abdul-Salam Kaddour Konstanze Seidler (Imperial NANOSHEETS- THERMOPLASTIC SINTERING Feldmann (BAM (Federal Eric Ho (Thermo Fisher COMPOSITE FOAMS USING Maiju Hietala, Elisa T.A. Turner, N.A. Warrior Qianqian Wu, Li Ma, Wei Siyuan.Yao, Xiuhua.Chen, HOLE TENSILE AND NUMERICAL COMPOSITE MICRO HYBRID AND REDUCED THICK ADHESIVE ELASTOGRAPHY Xiang Gao (Beihang INNOVATION AND (University of Nottingham) College London), Siti-Ros LAGUERRE Koivuranta,Ari Ämmälä POLY(P-PHENYLENE Thomas R. Pozegic, Ian M. Yoshida, H. Shiraishi Institute for Materials Scientific) Jinsu Kim, Yongsan An, (University of Nottingham) Zheng, Lin-Zhi Wu, Jian Xiaojing.Zhang, Zhefeng. LOADS: PSEUDO- ANALYSIS COATINGS FOR STRUCTURES GRAPHENE OXIDE Zhiwen Qin (Wuhan METHOD University), Yikai Jia AN EMERGING Shamsuddin (Imperial (University of Oulu), BENZOBISOXAZOLE) Hamerton, Michael R. (National Institute of Seokbin Hong , Woong- TESSELLATION NANOCOMPOSITE Xiong (Harbin Institute of Yu (Shanghai JiaoTong HOMOGENEOUS Man Zhu , Larissa Gorbatikh SELF-HEALING Delong He, Jinbo Bai Haroon Mahmood, University of Technology, Yanping Cao, Yanlin Liu (Beihang University), Lubing OPPORTUNITY Research & Testing)) College London), Alexander Kristiina Oksman AND ISOTROPIC PROPERTIES Wisnom (University of Technology) This paper re-examines the By comparing different Ryeol Yu (Seoul National Youming Chen(Wuhan FILMS WITH IMPROVED Investigation into co- Technology) (KU Leuven, SIM M3 (Université Paris-Saclay) Alessandro Pegoretti Chinese Academy of Guoyang Li (Tsinghua Bismarck (Imperial College (University of Oulu, Luleå University) BEHAVIORS program), Sander Fonteyn Jing Li, Qingkang Feng, Wang (Beihang University), Bristol) Tsai-Wu criterion from the The reliability of off axis test fiber orientation analysis University) University of Technology), University of Technology), DIELECTRIC compression moulded (University of Trento) Sciences), Haijun Penga, University), Ping He (Peking 15:40 London, University of Chunfang Huang, (SIM M3 program, Vrije Jincan Cui, Junhe Sha Yin (Beihang University, We have fabricated TiB2-AlFe perspective of rationality R. Das , Mark Battley Mirja Illikainen (University PROPERTIES AND continuous/discontinuous In this communication, we Lixin Zhang (Chinese University Third Hospital), data is evaluated by means Vienna) methods in fiber-reinforced THERMOSTABILITY Bearing tests are conducted Mingchang He, Yonglyu Universiteit Brussel), Lincy Yang(University of Shanghai Xi’an Jiaotong University), composite by the reaction and a rationalised version (University of Auckland) of Oulu) hybrid carbon fibre for Science and Technology) summarize some of our The work confirms the Academy of Sciences), Ke Zeqi Mao (Tsinghua of finite element simulations composites, fiber using The mechanical behaviour Hao Feng, Jiasong Hua, Zhe architecture. Key areas to study the damage He, Jiayu Xiao, Jianwei Pyl, Danny Van Hemelrijck Jun Xu (Beihang University, sintering of of it has been obtained as (Vrije Universiteit Brussel), recent works concerning possibility of offered by University) of the stress and strain field cylinder template of CNT-SMPCs was Zhang, Guifang Liu, Qixin of evaluation are the propagation and the effects Zhang, Su Ju , Dazhi Jiang Yang (Chinese Academy Xi’an Jiaotong University, elemental powders of Ti, B, a consequence which irons The utilization of the 2D It is found that the The results show that Zhuang (East China University Stepan Lomov (KU Leuven, The microcapsules were the development of an engineered graphene arising in the specimens. correlation would be prove analysed using 3D the moisture stability and mechanical performance, of countersunk geometry on (National University of of Sciences), Jihui Wang Tsinghua University) Al and Fe using spark plasma out the empiricism of it on geometry and the positive compressive and shear of Science and Technology) SIM M3 program) embedded into waterborne multifunctional composites interphase in fiber/polymer An ultrasound elastography The consequences of the most effective method constitutive equation at mechanical permanence the transition zone the load-carrying capacity Defense Technology) polyurethane matrix to (Wuhan University of sintering. one hand and defines its properties of graphene for strengths of closed-cell between high stiffness UD through nano/micro hybrid composites not only in method has been presented inhomogeneity as a result in fiber segmentation, macro and micro level. of the peat-PP composites This study reports a of the joints are further Digital image correlation prepare a self-healing Technology) confined applications like foams decrease as cell fabrics and low stiffness structures which consist of improving mechanical to characterize the The size of TiB2 particles is as applicability on a rational of the anisotropy of the especially in noisy low was similar or better when novel method to fabricate investigated through a series (DIC) was used to detect polymer composite coating small as 0.2 micro-meter when basis on the other hand. coatings. size and cell wall thickness compared with reference core-double-shell structured discontinuous fibre bundles on metal surfaces. carbon nanotubes (CNTs) properties but also in temperature-dependent material are studied. resolution images. and the mode I fracture of FE models. movement of the inter- sintered at 1373K. variations increase, and wood-plastic composite hyperbranched aromatic laminar crack tip position and microparticles or long inducing multifunctionality in mechanical properties of (WPC) polyamide functionalized toughness of the hybrid the compressive strength interface. during fatigue delamination continuous fibers. the structures. extremely soft composites reduces more significantly. graphene. growth onset test. like brain tissues. Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

2301-2 2302-2 2303-2 2304-2 2305-2 2306-2 2307-2 2308-2 2309-2 2310-2 2311-2 2312-2 2313-2 2314-2 2315-2 2316-2 2317-2 2318-2 2319-2 2320-2 2321-2 Panel Session on EFFECTS OF PREPARATION EXPERIMENTS PREDICTION REINFORCING CARBON NANOTUBE CONCURRENT NUMERICAL SUSTAINABLE SOLUTION TITANIUM BUTYL- CYLINDER TYPE A PARAMETRIC MECHANICAL AMICROMECHANICS- IMPACT RESISTANCE THE DESIGN, SPREADING THE EXPERIMENTAL TRANSPORT AND CARDBOARD Composite Regulation: THERMAL AND REACTION AND ANALYTICAL OF FAILURE EFFECT OF FILM ENGINEERED MULTI-SCALE MODELING OF LIGHTWEIGHT PROCESSED PHOSPHATE PYRAMID LATTICE STUDY ON PROPERTIES BASED FATIGUE AND RECOVERY MANUFACTURE, AND DYNAMICS OF PP, STUDY ON THERMAL MECHANICAL PANELS MODERNISING COMPRESSIVE PROPERTIES OF MODELING FOR BEHAVIOUR OF MAGNETICALLY FIBER REINFORCED OPTIMIZATION DELAMINATION BIOCOMPOSITES MICROBATTERIES GRAFTED SANDWICH STRENGTH AND EVALUATION LIFE PREDICTION IN SMA STITCHED CHARACTERIZATION PVDF AND MAPP ON COMPOSITE STRAIN ON THE NI/AL MICRO- DESIGNING COMPOSITE ALIGNED MULTI POLYMER DESIGN OF RESISTANCE FROM TOUGHENED FOR ENERGY MESOPOROUS COMPOSITE STIFFNESS OF OF 3D WOVEN APPROACH WITH E-GLASS OF FUNCTIONAL GLASS SUBSTRATE CONDUCTIVITY PROPERTIES REINFORCED MATERIALS ORIENTATION NANO ENERGETIC TAPE SPRING LATTICE WALLED CARBON COMPOSITES COMPOSITE FRAME IMPROVEMENT POLYPROPYLENE HARVESTING SILICA HYBRID STRUCTURE HYBRID SCARF COMPOSITES UNDER OCTAGONAL REINFORCED MAGNETOELECTRIC Yichuan Zhang (KU Leuven, OF COMPOSITE OF TUMOR WITH BRAIDED REGULATIONS RECOVERY FOR MATERIALS COMPOSITES STRUCTURE UNDER NANOTUBE ON Xiaokui Xu, Shuxuan Qu, STRUCTURES THROUGH THE AND BIOCARBON APPLICATIONS COMPOSITE FOR ANALYSIS OF JOINTS BIAXIAL LOADING FIBER MODEL FOR POLY(Ε- NANOSTRUCTURES Université de Mons), Carlos PROTON EXCHANGE INTERSTITIUM UNIDIRECTIONAL – BARRIER TO ULTRA-THIN Baotong Tang, Mingzhi Huina Mao, Gunnar Tibert COMPRESSIVE EPOXY-BASED Yuan Zhang, Yongyi Zhang, WITH MAXIMUM USE OF CNT- FOR AUTOMOTIVE Xing Xing, Byoung-Sun RARE EARTH THE AXIAL S Vijay Shankar, CONSIDERING THE THERMOPLASTIC CAPROLACTONE)/ A. Fuentes (KU Leuven), MEMBRANE Shi-Lei Xue, Bo Li, Xi-Qiao GLASS RODS INNOVATION AND CNT-FILLED Wang, Xinyi Luo, Jie Tao, (KTH Royal Institute of LOAD COMPOSITES Qingwen Li, Weibang Lu FUNDAMENTAL REINFORCED APPLICATIONS Lee, Ping Liu (University of SEPARATION COMPRESSION A S Ganapathi, I RANDOM WAVINESS OF COMPOSITES EPOXY COMPOSITES Christopher S. Lynch Aart W. Van Vuure (KU Lei Chen, Shanyou Wang, Feng (Tsinghua University) FOR VEHICLE AN EMERGING POLYPROPYLENE Sha Liao, Liangsheng Qiu, Technology) Min-Hyeok Jeon, Wenqiao Zhang, Rongrong (Suzhou Institute of Nano- FREQUENCY BONDING LAYERS Ehsan Behazin, Amar California, San Diego) Wenzhong Zhang PERFORMANCE Sridhar(Nanyang FIBER YARNS Chao Zhao, Syed Zulfiqar Amaël Cohades, Malvina (University of California, Los Leuven), Joël De Coninck OPPORTUNITY MOLDING Jingming Tian (Nanjing In-Gul Kim, Eun-Su Go Xie, Yang Cao, Xiaolong Tech and Nano-Bionics) Jun Yan (Dalian University Yassine El-Assami (PRES Mohanty, Manju Misra (University of Helsinki), Zhang Hanqi,Wang Technological University) Gang Liu, Licheng Guo(Harbin Hussain Shah, Yong Pauchard, Véronique Angeles, USA) (Université de Mons), David Zhongzhen Li, Wenquan Tao CRASH IMPACT Haihong Wu (Henan University of Aeronautics Neutral stable carbon fiber (Chungnam National Jia, Qing Cai, Xiaoping of Technology), Zunyi LUNAM IFSTTAR), (University of Guelph) Solution processed Dzenita Avdibegovic (KU Bing (Harbin Institute Institute of Technology), Joo Cho, Sung Kyu Ha Michaud (Ecole Seveno (KU Leuven) (Xi’an Jiaotong University) Tumor interstitium is a ATTENUATION University of Technology), and Astronautics) tape springs and bi-stable University) Yang (Beijing University of In this paper, we present Duan (Dalian University Venkadesh RAMAN microbatteries offer high Leuven), Risto Koivula of Technology),Wang This work presents a Prasad Potluri(University of (Hanyang University) Polytechnique Fédérale de polyelectrolyte gel composed Gabriel Fortin, Yuri Ziyue Guo (Northwestern glass fiber tape springs Chemical Technology) an energy-saving process of Technology, Harbin (Institut de Recherche areal specific capacity (University of Helsinki), Shixun ( Beijing Institute parametric study of Manchester), Xinxing Han, Lausanne (EPFL)) Despite its importance in The thermal properties of of a collagen network Imai (The Department University) The accumulative roll were manufactured and I studied about of curing polymeric Electric Corporation), Technologique), Monssef of > 2 mAh/cm2, ease of Koen Binnemans (KU of Astronautical Systems adhesively bonded scarf Feng Liao(Harbin Institute of A micromechanics-based the processing of glass composite proton exchange and glycosaminoglycans of Advanced-Fibro bonding (ARB) was their self-deployabilities compressive test of composites through the Jingyuan Wang (Dalian DRISSI-HABTI (PRES fabrication, and ability of Leuven), Risto Harjula Engineering),Wu Linzhi joints enriched with Technology) fatigue life prediction Damage recovery after low- fiber-reinforced polymer This paper is focus on employed to prepare after stowage were composite lattice unit cell resistive heating of carbon University of Technology), LUNAM IFSTTAR) taking on arbitrary shape, (University of Helsinki) (Harbin Institute of mechanical fasteners. approach with octagonal velocity impact has been composites, almost no membrane are investigated (GAGs). Both the transport Science, Kyoto Institute of the effects of thermal micro-nanoscale Ni/Al experimentally tested. An and FEA about test. nanotube films. Tao Yu (Dalian University making them appealing Technology) Tensile strength and mode This paper will investigate the fiber model for thermoplastic assessed in shape memory attention has been paid in the paper. and mechanical properties Technology, Matsugasaki, compressive strain on composites from pure analysis methodology that of Technology), Erik Lund for energy harvesting Liquid phase layer-by-layer of failure for different mechanical properties of 3D and thermoset composites, alloy wires stitched woven to the wetting behavior of tumor interstitium Sakyo-ku, Kyoto, 606-8585, 16:00 the electrical conductivity nickel and aluminum foils of predicts neutral stability or (Aalborg University) applications. grafting of titanium butyl- A study about the uniaxial fastener positions along the woven composites under biaxial and two types of E-glass fibre-reinforced of molten drops of are responsible for the Japan ), Hiroyuki Hamada of CNT filled polymer four different thickness, and bi-stability in appropriately phosphate to mesoporous compression behaviour load path is investigated and loading condition considering experiments were performed polymer composites. thermoplastic polymers. modest nanomedicine (The Future-Applied composites. structural evolution in the arranging fiber directions, With the conception of MCM-41 silica enabled of cylinder type pyramid are compared with bonded the random waviness of both to compare with prediction, We have therefore composite was observed layups and fabric properties interaged optimization of the rare earth separation lattice sandwich composite scarf joint. warp and weft yarns. Based good agreement was investigated the spreading treatment outcome, and Conventional Technology throughout the process. is presented. composite materials and capability of the material. material structure. on the actual statistics of the observed. dynamics of polypropylene, matrix normalization (i.e. Centre, Kyoto Institute of The microstructure and structures, the present fiber yarns’ random waviness, maleic anhydride-grafted degradation of tumor matrix) Technology, Matsugasaki, energetic properties of the paper proposed a novel the stiffness and strength of polypropylene, and has been suggested as Sakyo-ku, Kyoto, 606-8585, fabricated Ni/Al energetic method to realize the a type of 3D angle inter-lock poly(vinylidene fluoride) a strategy for advancing Japan) composites were then concurrent multi-scale woven composites are on glass. studied to determine the optimization of composite predicted by using the random nanomedicine. Here, a ARB cycles and the ratios frame with maximum waviness model and a series general poroelastic theory of original thickness. fundamental frequency of corresponding biaxial testing is established to study under the composite of cruciform specimens are the transport, deformation material volume constraint. carried out simultaneously. The and degradation of tumor variations of the modulus and the strength with the random interstitium. characteristics of the fiber yarns’ waviness are discussed.

2301-3 2302-3 2303-3 2304-3 2305-3 2306-3 2307-3 2308-3 2309-3 2310-3 2311-3 2312-3 2313-3 2314-3 2315-3 2316-3 2317-3 2318-3 2319-3 2320-3 2321-3 Panel Session on STUDY ON AGING BEHAVIOR THE EFFECT A VIRTUAL TESTING GRAPHENE-BASED DYNAMIC EIGENVALUE PRELIMINARY IMPROVING THERMAL-TO- UNIVERSAL TENSILE BEHAVIOR EVALUATION OF CARBON FIBRE A NEW EQUIVALENT A THERMODYNAMIC DYNAMIC FRACTOGRAPHIC ASSESSMENT OF THEORETICAL DESIGN Composite Regulation: CURING PROCESS AND TENSILE OF VOIDS ON APPROACH TO THERMOPLASTIC PROPERTIES OF BUCKLING OBSERVATIONS ON INTERFACIAL AND ELECTRICAL ENERGY CONTROL OF OF ALUMINUM – LASER SURFACE COMPOSITES WITH CONSTANT ANALYSIS OF THE COMPRESSIVE INVESTIGATION ON WIND TURBINE MODELING ON METHODOLOGIES MODERNISING OPTIMIZATION PROPERTIES TRANSVERSE MATERIALS ELASTOMERS THERMAL CURING ANALYSIS OF THE ARCHITECTURE MECHANICAL CONVERSION PYRO-RESISTIVE SELF REINFORCED IRRADIATION MULTI-NANOFILLERS R-RATIO LOADING SHAPE MEMORY RESPONSE OF TEMPERATURE- BLADE TRAILING MONITORING FOR AUTOMOTIVE COMPOSITE OF EXTRA-THICK OF CAST AND CRACKING IN SELECTION FOR Dimitrios G. Papageorgiou, FIBER/EPOXY FUNCTIONALLY OF TEXTILE PROPERTIES OF AND ELECTRICAL BEHAVIOUR FOR POLYPROPYLENE ON THE MODE FOR LIGHTNING APPROACH FOR ASSISTED SELF 3D PRINTED MODIFIED FIBRE/ EDGE FAILURE WITH THE GROWTH COMPONENTS MATERIALS CARBON FIBER SQUEEZED 6061- COMPOSITE IMPACT SHIELDING Mufeng Liu, Ian A. Kinloch, SUPPORTING BOOM GRADED COMPOSITES USING T800 CARBON ENERGY STORAGE FLEXIBLE SELF- FIBER METAL I FRACTURE STRIKE PROTECTION PREDICTING HEALING POLYMERS THERMOPLASTIC MATRIX INTERFACE SUB-COMPONENT AND RUPTURE MADE FROM SHORT REGULATIONS REINFORCED SiC PARTICLE LAMINATES APPLICATIONS Robert J. Young (University Jianzheng Wei, Ding GRAPHENE MICRO-XRAY-CT FIBER REINFORCED IN POLY(VINYLIDENE REGULATING LAMINATES BASED TOUGHNESS Anchalee Duongthipthewa, FATIGUE LIFE OF Yiqi Mao, Meide Yang, POLYURETHANE OF CARBON FIBRE TESTS ASSESSMENT CARBON FIBER – BARRIER TO EPOXY RESIN COMPOSITES AS REVEALED Diego Garijo (IMDEA of Manchester) Haixin, Jianxin Yu, Tan PLATELETS Nayeem Tawqir Chowdhury, ITACONIC ACID- FLUORIDE- HEATING DEVICES ON 2/1 AND 3/2 OF COMPOSITE Yiyin Su , Limin Zhou ( The CFRP LAMINATES Shujuan Hou (University HONEYCOMBS WITH REINFORCED F. Lahuerta, R.P.L. Nijssen, OF ARTERIAL REINFORCED INNOVATION AND MATRIX F. M. Fairouz, A. Daoud, M. BY COMBINED Materials), Cláudio S. Lopes Huifeng (Harbin Institute of REINFORCED Garth Pearcea (UNSW) BASED EPOXY TRIFLUOROETHYLENE) Yi Liu, Han Zhang, Harshit CONFIGURATIONS JOINTS WITH CFRP Hong Kong Polytechnic UNDER VARIABLE Changsha China) GRADED DENSITIES COMPOSITE N. Koorn, D. Smissaert ANEURYSMS THERMOPLASTIC AN EMERGING COMPOSITES AND T. Abou El-khair (Central COMPUTATIONAL (IMDEA Materials), Olben Graphene-based Technology) CORRUGATED RESIN (EIA) BASED Porwal, Ton Peijs, Emiliano Yifan Wang, Lei Pan, Aamir ADHERENDS University) LOADING Simon R.G. Bates Zhengrong Yu, Emile (Knowledge Centre WMC) Yi Wan, Jun Takahashi (The MATERIALS OPPORTUNITY THEIR PROPERTIES Metallurgical Research ANALYSIS AT THE Falcó (IMDEA Materials), thermoplastic elastomers WEBS A preliminary investigation COMPOSITES BY NANOCOMPOSITES Bilotti (Queen Mary Ali,Wenliang Ma, Zengmin Ran Taoa (a King Abdullah M. Kawai, D. Sango A thermodynamic model (University of Bath), Ian Greenhalgh, Giuliano Allegri University of Tokyo) Martin Reiter (Johannes Hong’en Wang, Xieyao and Development Institute MICRO- AND MESO- Carlos González (IMDEA were prepared by Yu Wang, Zhan Zhao, into the use of Micro-Xray INTRODUCING CONTAINING University of London) Zheng, Tao Jie (Nanjing University of Science and The enhancement of thermal (University of Tsukuba) is developed to reflect the R. Farrow (University of (Imperial College London) This paper describes a Kepler University Linz), Yuan, Jie Xu, Yang Yang, (CMRDI)) LEVELS Materials, Polytechnic melt-mixing. The effect Chuang Feng, Jie Yang CT to examine the fabric CELLULOSE FERROELECTRIC University of Aeronautics Technology), Marco Alfanob and electrical functionalities fundamental mechanism Bristol), Richard S. Trask test set-up for a blade A new strategy of using Andreas Pröll (Johannes Weiping Liu (Shanghai Mahoor Mehdikhani (KU University of Madrid), Vasilis of the diameter of the (RMIT University) architecture of textile NANOMATERIALS NANOWIRES Flexible self-regulating and Astronautics) (University of Calabria), in through-thickness A new method for predicting of the shape memory (University of Bath) sub-component aimed at dielectric elastomer sensors Kepler University Linz), Aircraft Manufacturing Aging behavior, tensile Leuven, SIM M3 program), Votsios (Airbus Operations) nanoplatelets on the composites without the use ONTO THE Zhiyuan Jiang, Guangping heating devices, using Gilles Lubineaua direction of CFRP composite fatigue life of CFRPs assisted self healing. In achieving trailing edge to monitor the growth and Markus Thurmeier CO., Ltd) properties and effect of Nikolay Petrov (SIM physicochemical properties Corrugated webs are of contrast enhancement SURFACE OF Zheng (Hong Kong a simple and universal Tensile behaviors of (A King Abdullah University materials indicates new under variable loading is the model, an interpolated This work describes the failure after buckling, which assess the rupture risk of (Audi AG), Zoltan Major squeeze casting of 6061 M3 program, Skolkovo A workflow supported by of the nanocomposites, was extensively used in agents is presented. FIBERS Polytechnic University) materials design strategy, aluminum – self reinforced of Science and Technology) superconductive prepreg developed on the basis of network model is proposed manufacture and dynamic is an improvement in the arterial aneurysms. (Johannes Kepler University With the purpose of alloy reinforced by 5vol. Institute of Science and high-fidelity virtual testing for thoroughly evaluated. various engineering fields. Lu kangyi (Beijing provide a unique control polypropylene fiber metal for lightning strike the assumption of equivalent to simulate the cross-linked compressive analysis of 3D experimental verification Linz) determining suitable % fine SiC particles were Technology), António R. the selection of candidate This paper employs University of Chemical The results demonstrate over pyro-resistive laminates (Al-SRPP Mode I fracture toughness protection (LSP) in the variable maximum stress network and linear polymer printed cellular structures of a blade design. The 16:20 curing cycle of a studied. Hardness and Melro (University of Bristol), materials to be incorporated finite element method to Technology), Tian Junpeng that the nanocomposites behaviours by connecting FMLs) based on 2/1 and of adhesively bonded DCB aircraft structures. loading at a constant stress system, respectively. The with graded densities, with description of the test setup Design methodologies composites with tensile properties improved Stepan V. Lomov (KU into shielding protection investigate the buckling (Chinese Academy of are much promising in the different conductive 3/2 configurations were samples with laser treated ratio. shape memory property tailored energy absorbing and static test results are for short carbon fiber extra thickness, the by heat treatment and Leuven, SIM M3 program, systems is presented in this behaviours of a new novel Sciences), Li Jingxuan, electro-caloric solid state polymer composites in investigated at various CFRP (UD) substrates of chemically crossliniked properties. An optimised reported. Experimental reinforced components recommended curing applying of squeeze casting Skolkovo Institute of paper. Robust modelling class of multi-layered Deng Quan (Beijing refrigeration and electrical series. A tri-component temperatures. was analyzed. Fracture network is captured by 3D printing procedure was results are discussed and are presented in this study process was firstly technique, such as ultimate Science and Technology), techniques are described corrugated webs reinforced University of Chemical energy storage because of series assembled device toughness was enhanced a viscoplastic model developed which allowed the compared with a FE model based on the development analyzed. Based on tensile stress that increases Larissa Gorbatikh (KU for the accurate simulation by non-uniformly distributed Technology), Yu Yunhua their giant and tunable ECE has been developed and through to the removal considering the typical glass manufacture of high quality to describe the failure of an automotive part. Fully the systematically with 55% than cast Leuven, SIM M3 program, of impact events on carbon- graphene platelets (GPLs). (Beijing University of and ultra-high electrical combines for the first time of surface contamination and rubbery transformation thermoplastic polyurethane mechanism. micromechanically coupled study on curing composites and with 17% Skolkovo Institute of based composite shields Chemical Technology), energy storage density, high positive temperature and engineered surface in the material, while the structures which were as well as purely isotropic properties, rheology than extruded matrix. Science and Technology) hybridized with several other Liu Xiaoqing (Chinese excellent processability, coefficient intensity with morphologies. mechanical property of the capable of undergoing cyclic simulation approaches are analysis of prepregs, materials of standout ballistic Academy of Sciences), high breakdown electrical good Joule heating as well linear polymer system is compression and extreme combined. some curing The influence of voids on performance. Yang Xiaoping (Beijing strength and light weight. as mechanical flexibility modeled by a viscoelastic impact loading without optimizations with low the crack density evolution University of Chemical and robustness. model.A micro-mechanism failure. heating rate within the in cross-ply composites Technology) based polymer fracture recommended curing is investigated using a model is developed by was applied, and the two-level methodology: scaling theory, and the corresponding cured computational monomer diffusion based composites were micromechanics combined self healing model is inspected with ultrasonic with X-FEM on the laminate established. C-scan and internal level. quality analysis. Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

2301-4 2303-4 2304-4 2305-4 2306-4 2307-4 2310-4 2311-4 2312-4 2314-4 2316-4 2317-4 2318-4 2320-4 2321-4 Panel Session on FACILE SURFACE EFFECT OF MICRO- MAGNESIUM A STUDY ON THE OCTET CELLULAR TEMPERATURE- INFLUENCE OF LOW-VELOCITY FLATWISE CFRP COMPOSITE IMPREGNATION CONTINUOUS MONITORING INTRODUCING Composite Regulation: MODIFICATION DRILLING MECHANICAL COMPOSITES PROCESSING LATTICE RELATED PTFE FIBER IMPACT OF COMPRESSION WITH NACRE- STRATEGIES PRODUCTION EYE FATIGUE A NOVEL MODERNISING OF BACTERIAL PARAMETERS ON SIMULATION REINFORCED ABILITY OF CARBON STRUCTURES PERFORMANCE CONTENT ON THE SANDWICH PROPERTY OF INSPIRED MICRO- FOR GRADIENT OF CARBON COMPOSITE CELLULOSE SURFACE QUALITY OF MODE I BY METAL FIBER REINFORCED BASED ON CARBON OF A DIELECTRIC TRIBOLOGICAL STRUCTURES HIERARCHICAL STRUCTURE AND FUNCTIONALIZATION NANOTUBE- USING FLEXIBLE MANUFACTURING MATERIALS FOR COMPOSITE OF NATURAL FIBER INTERLAMINAR COATED CARBON THERMOPLASTIC FIBER COMPOSITE ELASTOMER PROPERTIES OF WITH EMBEDDED THERMOPLASTIC FRACTAL-TEXTURED OF FRP GRAFTED QUARTZ PIEZOELECTRIC PROCESS FOR REGULATIONS APPLICATIONS REINFORCED FRACTURE NANOTUBES EPOXY RESIN TUBES GENERATOR WITH HYBRID KEVLAR/ CERAMIC PLATES SQUARE LATTICE INTERFACE STRUCTURES WITH FIBRES: EFFECT OF SENSORS AUTOMOTIVE – BARRIER TO Min Tang (Imperial College POLYMER IN PARTICLE- Qianqian Li (Imperial COMPOSITES BY Xiao Liu, Andrew CONSIDERATION OF PTFE FABRIC Tobias Mayr, Mark Battley, Houchang Liu, Bing Du , Federico Narducci, Silvestre NANOPARTICLE- CARBON NANOTUBE Chaofeng Lü, Shuang Wu, COMPOSITE INNOVATION AND London), Martin Hervy College London), Samaneh Burke, Christopher J. COMPOSITES TOUGHENED USING PULTRUSION VISCOELASTICITY SELF-LUBRICATING Tobias Müller, Abhiram Liming Chen (Chongqing T. Pinho (Imperial College MODIFIED RESIN LENGTH ON FIBRE/ Yangyang Zhang, Yangkun S.Cozien-Cazuc (Far-United AN EMERGING (Imperial College London) M.Omkumar, INTERLAYERS Nasiri (University of TECHNIQUE Hansen (University of AND FAILURE COMPOSITES Ramesh, Tom Allen, Helmut University) London) SYSTEMS MATRIX ADHESION Kingdom), K.Lindsey (Far- OPPORTUNITY Koon Y. Lee (Imperial K.Selvakumar, A.Suresh G. Borstnar, M. Jackson, M. Erlangen-Nuremberg), Wongsriraksa Patcharat, Massachusetts Lowell) MODES Yingyi Liu, Dongxing Rapp Dilmurat Abliz, Gerhard Hugo De Luca (Imperial Du (Zhejiang University) United Kingdom), M.Ravaioli College London), Alexander Babu (Anna University) N. Mavrogordato, I. Sinclair, Michael Zaiser (University Nakai Asami (Gifu University) Shoue Chen (Hunan Zhang (Harbin Institute of We design, synthesise Ziegmann (TU Clausthal) College London), David (Far-United Kingdom), Bismarck (Imperial College S. M. Spearing (University of Erlangen-Nuremberg) In this study, an ultra- University), Zhicheng He Technology) Inspired by the tree leaves, and test a carbon/epoxy B. Anthony (Imperial An innovational flexible H.Amel (University of London, University of Analyzing the drilling quality of Southampton) This research is to studies light weight and robust (Hunan University), Eric Li a ground-structure based composite with nacre- Introduction of nanoparticles College London), Emile piezoelectric sensor Warwick), D.J.Hughes Vienna) of natural fiber reinforced Nanocarbon reinforced processing ability of carbon cellular structure has (The Chinese University of Hybrid Kevlar/PTFE fabric (University of Warwick), topology optimization inspired interlocking micro- is a promising way to S. Greenhalgh (Imperial designed and fabricated for polymer composites A 2D plane-strain lightweight metal fiber reinforced thermoplastic been produced using Hong Kong) self-lubricating composites method is proposed as an structure and PLA-textured effectively improve the College London), Alexander N.Raath (University of This paper described a helps to reduce rejection image-based Finite composites have great epoxy resin composites by CFRP material. Both specimens were prepared effective tool for designing interfaces, showing its performance of fiber Bismarck (Imperial College fatigue monitoring. Warwick), G.Williams new way of connecting of components during Element model was potential for e.g. automotive using Pultrusion technique theoretical analysis and Lowering the operating with different content of of composite sandwich potential for crack deflection reinforced polymer structures London, University of (University of Warwick), the polymer matrix and assembly. The present created to simulate Mode I and aeronautics application, to produce the hollow shape experimental testing have temperature (273~353K) Polytetrafluoroethylene S.Currie (University of structures. Experimental and damage diffusion. or introduce certain Vienna), Milo S. P. Shaffer Warwick), A.Bools (Expert 16:40 cellulose fibrils by creating research work concentrated delamination propagation in however, the challenges composite. The optimum been applied to investigate can improve the (PTFE) fiber and Kevlar results demonstrate that functionalities to them. (Imperial College London) Tooling), M.Hawrylak (Expert covalent bonding between on the fabrication and study particle-toughened Carbon are to develop a suitable condition and an effect of the compressive stiffness electromechanical fiber (DuPont, USA) by the optimized hybrid-core Impregnation with selective Tooling), C.Voss (Expert them in one step of of mechanical properties Fibre Reinforced Polymers. manufacturing process thermoplastic epoxy resin of this structure and an conversion efficiency of hand-knitting machine. sandwich structures is an nanoparticle-modified resin Hierarchical quartz fibres Tooling), J.Elford (National polymerization. The bonded and effect of machining The model was supported and a good dispersion of on the Pultrusion processing excellent agreement has the dielectric elastomer The friction and wear tests optimized configuration, systems enables an optimal were produced continuously Composites Centre, United cellulose fibrils significantly parameters on drilling by time-resolved Computed nanocarbon in metal matrix. of the composites was been reached between generator (DEG) made of were conducted under dry with much higher specific gradient-functionalized FRP in an open CVD reactor Kingdom), E.Goodmane increased the tensile of natural fiber hybrid Tomography data that We have optimised the evaluated. them. VHB 4910 and enhance its sliding conditions at various compression stiffness and structure regarding the stress with different CNT lengths/ (National Composites modulus of the epoxy resin composites. permitted the simulated manufacturing parameters stability. speeds under a load of peak load than the other two gradient during application, configurations. The effect of Centre, United Kingdom) used in this paper. crack paths to be compared to improve dispersion of 50N. The result showed typical composite sandwich which still guarantees CNTs upon the fibre/matrix to experimental results. nanocarbon in matrix and that PTFE fiber was structures. production efficiency. interface was investigated The aim of the present the characterisation of such effective in reducing the through single fibre pull-out study was to show the composites have also been wear of the hybrid PTFE/ tests. development of a novel investigated. Kevlar fabric composite, the end-to-end production higher PTFE fiber content process for the manufacture the fabric had, the lower the of high volume, low-cost friction coefficient was. and lightweight structural component for the automotive industry.

2404 Fracture and 2406 Fiber-reinforced 2407 Structural Analysis 2408 Multiscale Modelling 2410 Energy Harvesting 17:00 2401 Polymer Matrix 2402 Metal Matrix 2403 Fiber-reinforced 2405 Nano-Composites 7 2409 Bio-Composites 7 2411 Hybrid Composites 7 2412 Sandwich Structures 2416 Self-Healing and 2418 Processing-Preforming Materials 7 Composites 7 Composites 7 Damage 7 Composites 18 and Optimization 7 of Structures 7 and Storage 2 and Materials 3 2413 Joints 7 2414 Composite Structures 7 2415 Fatigue 7 Bio-inspired Designs 3 2417 Tribology and Wear 1 Technologies 1 2419 Renewable Energy 2 2420 Bio and Medical 5 2421 Automotive and Rail 2

2401-1 2402-1 2403-1 2404-1 2405-1 2406-1 2407-1 2408-1 2409-1 2410-1 2411-1 2412-1 2413-1 2414-1 2415-1 2416-1 2417-1 2418-1 2419-1 2420-1 2421-1 Panel Session on THE METHOD INTERFACIAL ORIENTATION, STRESS TUNABLE MECHANICAL A STRUCTURE ON STRESS SHAPE MEMORY FLEXIBLE PROCESSING OF GROUND- DIRECT JOINING INVESTIGATION EXPERIMENTAL INVESTIGATING STUDY ON THE MANUFACTURE MULTIFUNCTIONAL A TENSEGRITY DEVELOPMENT Composite Regulation: TO IMPROVE MODIFICATION DISPERSION INVARIANT BASED POLY(URETHANE- PROPERTIES AND DESIGN OF CFRP CONCENTRATION COMPOSITES SUPERCAPACITORS HYBRID METAL/ STRUCTURE-BASED OF CFRTP AND ON CRIPPLING INVESTIGATION THE POTENTIAL SCRATCH BEHAVIOR OF HYBRID COMPOSITES FOR MODEL OF CELLS OF A CFRP CAR MODERNISING INTERFACIAL IN CARBON AND LENGTH ELASTOPLASTIC UREA) BASED MICROSTRUCTURE REAR PRESSURE FACTORS OF FOR BONE BASED ON COMPOSITE TOPOLOGICAL ALUMINUM SHEETS OF T-SECTION OF THE FATIGUE OF HIERARCHICAL OF ABS/PBT- GLASS BICOMPONENT ENERGY STORAGE UNDER STRETCHES ROOF WITH COMPOSITE PROPERTIES OF NANOTUBES REDUCTION OF DAMAGE ALIGNED CARBON- OF CELLULOSE BULKHEAD THE MATRIX IN A REGENERATION ALIGNED CARBON SYSTEMS OPTIMIZATION OF K.KUWABABA,T. COMPOSITE BEHAVIOR OF NON-SELF-SIMILAR FIBER REINFORCED FIBERS BY KISS- K. Y. Chan, B. Jia, N. Guang-Kui Xu (Xi'an NOVEL HOLISTIC MATERIALS CFRP COATING REINFORCED FIBRES IN LONG MODELLING OF NANOTUBE NANOFIBER (CNF) WITHOUT COMPOSITE Ruiqi Xie, Jinlian Hu, NANOTUBES C. Pereira (DEMec), J. BIONIC SANDWICH YASUHARA (Nippon STRINGERS OFF-AXIS CFRP DISCONTINUOUS COMPOSITES ROLL COATING Hameed, K. T. Lau Jiaotong University) STRUCTURE REGULATIONS NANO-CARBON- MAGNESIUM GLASS FIBRE UNIDIRECTIONAL POLYMER REINFORCED EPOXY STIFFENERS Zheng-Ming Huang, Frankie Ng, Xia Guo (The WITH UNIQUE P. Sousa (DEMec), S. STRUCTURES WITH Institute of Technology) L.Chen,M.R.Xiong,Z.F LAMINATES USING COMPOSITES Qian Cheng, Han Jiang Christoph Schneeberger, (Swinburne University of Wang Shengqi, Zou – BARRIER TO MATERIAL ON CF MATRIX REINFORCED FIBRE REINFORCED NANOCOMPOSITES Xudong Wang, K. Hanaki, Li Zhongyang, Li Dong, Limin Xin, Yi Zhou (Tongji Hong Kong Polytechnic NANOSTRUCTURE Miranda (INEGI), R. Amaral HYBRID CORE AND Li,C.J.Liu (Beijing NON DESTRUCTIVE Joël Henry, Soraia Pimenta (Southwest Jiaotong Nicole Aegerter, Joanna C. Technology) A cytoskeletal tensegrity Wenbin, Chen Guofeng, INNOVATION AND SURFACE COMPOSITES INJECTION COMPOSITES Jeffrey Gair (U.S. Army T. Kurashiki, K. Mukoyama, Guo Xiang University) University) Yue Zhou, Estelle (INEGI), A. Santos (INEGI CFRP FACE SHEETS In this study, mechanical Aeronautical Science and TECHNIQUES (Imperial College London) University) H. Wong, Paolo Ermanni model is proposed for Ma Yongshuai, Lin Song, AN EMERGING Jianjun Jiang, H.L. Shi, X.J. Wang, X.S. MOULDING M.N. Rao, A.K. Bangaru, K.- Research Laboratory), Dale Xingsheng Li (Osaka Cohen , Brian L. Wardle / FEUP), A. T. Marques Dong Li, Zhi Sun, Weisheng joining method between Technology Research K.A. Kalteremidou (Vrije (ETH Zurich) This paper is focused the first time to study He Peng OPPORTUNITY Xuming Yao, Xinyu Hu, K. Wu (Harbin Institute Phil Caton-Rose (University U. Schröder (RWTH Aachen Lidston (Massachusetts University) Research on structure The load level at which (Massachusetts Institute of (INEGI / FEUP) Zhang (Dalian University anchor processed aluminum Institute) Universiteit Brussel (VUB)), Numerical simulations on the development of the dynamics of cell Gao (Northwestern of Technology) of Bradford), Millan-John University) Institute of Technology), design of CFRP Rear debonding occurs between Technology) of Technology), Shanshan sheet and CFRTP (Carbon S. Fonteyn (VUB, SIM M3 and experimental results Kiss-roll coating is proposed multifunctional energy reorientation on a substrate Polytechnical University) Gilson (University of Daniel Cole (U.S. Army This study aims to Pressure Bulkhead without the fiber and matrix The main aim of this Shi(Dalian Jiaotong Fiber Reinforced Thermo- The effects of layup, ratio Program), L. Pyl (VUB), D. show that hierarchical as a potential method storage systems. The under biaxial strains. It is The aluminum alloying Bradford), Peter Hine A continuum damage based Research Laboratory), Brian illustrate the reinforcing stiffeners is finished. The interface of a composite Flexible paper is to present a University), Haoran Chen, Plastic) sheet without of web height to thickness Van Hemelrijck (VUB) brick-and-mortar composites to manufacture hybrid concept of multifunctional shown that the model is Carbon nanotubes element was used to (University of Leeds) yield condition is defined for Wardle (Massachusetts effect of CNF addition FEA results show that the subjected to any load is supercapacitors based manufacturing strategy for Xu Guo (Dalian University of rivets by using induction and edge impact damage on can successfully delay bicomponent fibers for the materials, followed by the capable of reproducing (CNTs) and graphene modify the Mg-CNT fiber, fiber/matrix interface Institute of Technology) on waterborne resin, web crack stopper inner the determined analytically, on aligned carbon the production of metal/ Technology) heating for carbon fiber local buckling and crippling Off-axis CFRP specimens damage localisation, spread high-volume production of introduction of the structural all available experimental oxide (GO), which interface which obtained Within this paper we show failure with the assumption especially, effects on dome skin have a positive based essentially on the nanotubes as electrodes polymer composite sheets is suggested, and joining strength of composite are tested under static and damage and dissipate thermoplastic composites. A dielectric capacitors are observations. are also called as better interface bonding. an in depth investigation of associated plastic flow A method for controlling Young's modulus, shear influence on improving the fiber and matrix properties were fabricated using the combination 17:00 strength were investigated. stringers were evaluated. fatigue loads in different energy stably before failure. high-speed study is provided introduced. nano-carbon-material, into the moulding of rule in the interface region. poly(urethane-urea) cure via strength and the glass buckling performance and plus a transverse tensile successfully. Different of metal and composites Stringer compression test stress levels and R-ratios. Non-self-similar variations to prove the feasibility were deposited on short and long glass fibre With the help of user heating has been developed transition temperature are stability of the structure. strength of a UD composite. than randomly dispersed processing technologies. results indicate that the edge The effect of the angle and of the microstructure are of the approach and the the electrochemically reinforced composites. defined subroutine, the to permit voidless infusion reported in this paper. There is no need to arrange carbon nanotubes that It will be presented the impact damage may lead to the testing parameters on developed to significantly influence of different process oxidized CF surface.In Short fibre orientation is combined fiber and fiber/ into densely packed carbon extra stiffeners on the were used for a flexible laboratorial processing 18% reduction in crippling the fatigue behaviour by extend the damage parameters is investigated this paper, the interfacial predicted within Autodesk matrix transverse debonding nanotube forests. These dome skin. The design electrode matrix in the strategies to produce hybrid strength of stringers. means of DIC and AE is tolerance of composites. via a second-degree full performance of carbon Simulation Moldflow failure criteria have been polymer nanocomposites can meet the strength current literature, the metal (steel or aluminum) examined. factorial parameter study. fiber (CF) and epoxy Insights to a high accuracy. implemented in the finite exhibit tunable mechanical requirement. flexible aligned carbon with a prepreg system resin,as well as their Fibre dispersion and element software ABAQUS. properties which arise from nanotube electrodes based on IM7 carbon fiber. composites mechanical fibre length for long fibre stoichiometrically tunable herein have a textured properties were tested reinforced materials is polymer matrix. nanostructure with aligned and proved to be shown to be highly effected channels to enhance the improved obviously. by the injection moulding ion transport, resulting in screw, in particular within superior electrochemical the compression zone. performances. Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

2401-2 2402-2 2403-2 2404-2 2405-2 2406-2 2407-2 2408-2 2409-2 2410-2 2411-2 2412-2 2413-2 2414-2 2415-2 2416-2 2417-2 2418-2 2419-2 2420-2 2421-2 Panel Session on EFFECT OF POST RECRYSTALLIZATION THERMAL ON THE STIFFNESS ULTRALIGHT A TOUGHENING A TWO-STEP MULTI-SCALE EXTRACTION OF COMPARISON OF MULTI-SCALE AIR PERMEABILITY DELTOID EFFECT OF IN- EFFECT OF SMART SELF- EFFECT OF NEEDLE PUNCHING POLYMER SELF-ASSEMBLY LOW-VELOCITY Composite Regulation: TREATMENTS ON BEHAVIOR OF IN- BUCKLING OF COMPOSITE GRAPHENE AND CONDUCTIVE OPTIMIZATION MECHANICAL CELLULOSE AND ELECTRICAL AND HYBRID OF BALSA CORE, STRUCTURE PLANE WAVINESS PARTICLE HEALING ASPHALT FRETTING WEAR EFFECT ON CARBON NOCOMPOSITES OF CORE- IMPACT MODERNISING THE SHRINKAGE SITU SYNTHESIZED ANALYSIS OF LAMINATE WITH COMPOSITE APPROACH SCHEME ANALYSIS LIGNIN FROM MECHANICAL COMPOSITES: AND ITS INFLUENCE Shinsaku Hisada, Kazunori IN UNIDIRECTIONAL CLUSTERING ON COMPOSITE ON PRELOAD FIBER REINFORCED FOR POLYETHYLENE PERFORMANCE COMPOSITE RESISTANCE OF MgAl O WHISKERS VARIABLE ANGLE DELAMINATIONS SANDWICH FOR FOR HYBRID FOR GLOBAL AND DESIGN BIOMASS AND PROPERTIES CARBON ON DEFECT Takagaki, Shu Minakuchi, CFRP COMPOSITES FATIGUE BEHAVIOR MATERIALS USING RELAXATION IN THERMOPLASTIC ELECTROCHEMICAL GLYCOL-LIPID OF CARBON FIBRE MATERIALS 2 4 Nobuo Takeda (The MELAMINE FOAM REINFORCED 6061 TOW COMPOSITE FOR ANALYTICAL STRETCHABLE COMPOSITES OPTIMIZATION OPTIMIZATION THEIR USE IN BETWEEN PMN-PT NANOTUBE FILM FORMATION IN – MECHANICAL OF MG-AMORPHOUS MICROCAPSULES BOLTED COMPOSITE SANDWICH PANELS CAPACITORS SHELL (CPLS) REINFORCED REGULATIONS Zhang Junxiong, Chen RESIN INFUSED University of Tokyo) BEHAVIOR ALLOY COMPOSITE CONTAINING JOINTS: THEORY B. Xiao, Y. Wan, I. Ohsawa, NANOPARTICLES THERMOPLASTIC – BARRIER TO ALUMINUM ALLOY PLATES MODEL OF LOW LIGHT-EMITTING WITH NON-WOVEN DESIGN OF OF THREE- REINFORCING AND PZT THIN FORMATION ON Zhanhu Guo (University of Zhaofeng, Xue Songbai Fei Li, Guojun Nie (Tongji VELOCITY IMPACT DISPLAY CARBON TISSUE COMPOSITE FRAME DIMENSIONAL POLYMERS AND FILMS IN ENERGY NON-CONDUCTIVE SANDWICH AND FAILURE J. Nafar Dastgerdi, P. Lehto, REJUVENATOR AND SIMULATION J. Takahashi (The University Tennessee) FOR DRUG COMPOSITES FOR INNOVATION AND (Nanjing University COMPOSITES University) Jicheng Fang (Shanghai Zhenyu Wang, Ne Myo INTERLEAVES Jingyuan Wang (Dalian TEXTILE SYNTHESIS OF HARVESTER FIBERS USING LAMINATES We proposed residual CONSIDERATIONS H. Remes (Aalto University) Jun-Feng Su, Shan Han, (Invited Talk) of Tokyo) DELIVERY AUTOMOTIVE AN EMERGING Geng Hao, Chunsheng of Aeronautics and Jiao Tong University), Han, Xu Liu, Ying Wu, F Xu (Northwestern University of Technology), COMPOSITE PHENOLIC RESINS APPLICATION ELECTROPHORETIC Richard K. Cullen, deformation reduction Mariana P. Alves, Carlos Xiao-Long Zhang, Ying-Yuan Y. Z. Shen, Y. Xiao, Z. Zhang Ying Li (University of APPLICATIONS OPPORTUNITY Shi, Naiqin Zhao (Tianjin Multifunctional polymer Astronautics) Assumed that the fibre Zhefeng Yu (Shanghai Jiao Xi Shen, Qingbin Zheng, Polytechnical University, The Jun Yan (Dalian University STIFFENED Mahesh Hosur, Md. Y.H. Fu, W. H. Tang, S. C. DEPOSITION Stephen M Grove , John method using asymmetric A. Cimini Jr (Universidade In this paper, effect Wang(Tianjin Polytechnic (Tongji University) The needle punching Connecticut) Muhammad Ameeru, Atrash University) angle of each ply varies Tong University), Na Li Jang-Kyo Kim (The Hong University of Sydney), XS of Technology), Zunyi STRUCTURES Nuruddin, Dereca Hubbard, Lin, T. K. Lin1, C. T. Chen, Aris Mardirossian Summerscales (Plymouth lamination and strength Federal de Minas Gerais, of microstructure and University) process improved the nanocomposites were Mohsin, Lorenzo Iannucci, 1. The thermal treatment linearly along the length of (Shanghai aircraft design Kong University of Science Du (Jinan University, The Duan (Dalian University Xinwei Fu, Hao Alfred Tcherbi-Narteh, W.J. Wu (National Taiwan (University of Delaware), University) improvement method UFMG), Sung K. Ha particle distribution on In this paper, preload adhesion of carbon fiber designed for electrochemical In-situ MgAl2O4 whiskers The self-assembly of a new Emile Greenhalgh (Imperial and PF modification are the laminate, the governing and research institute), Yi and Technology) University of Sydney), XY Hu of Technology, Harbin Wang(Institute of Manned Shaik Jeelani (Tuskegee University) Sagar M. Doshi (University using atypical deltoid (Hanyang University), fatigue properties of The aim of this work was relaxation behavior of a reinforced thermoplastic energy storage. practical methods to reinforced 6061 aluminum equation of the thermal Fu (Shanghai Jiao Tong (Northwestern Polytechnical Electric Corporation), Tao Spacecraft System University) of Delaware), Andrew This paper considers the structure. We showed that Pedro H. Cabral, Gustavo Mg-amorphous alloy to directly observe the composite joint under a sheets without scarifying multifunctional formulation, College London) pretreat the melamine foam alloy composites were buckling problem is derived University), Xiuhua Chen Graphene composite University), WG Guo Yu (Dalian University of Engineering CAST), This paper mainly N. Rider (University effect of cored sandwich great improvements were H. C. Silva, Alex P. Prado composite is investigated. distribution and stability cyclic load was investigated the flexural property of the fabricated by a powder referred to as a core- for its carrier utilization. based on the classical plate (Shanghai Jiao Tong sandwiches with (Northwestern Polytechnical Technology), Erik Lund Sergio Ricci (Department This research focuses on discusses the comparison of Delaware), Erik T. laminate construction on obtained in both of them. (Embraer S.A.) The difference of the states of self-healing by synergistically sandwich beams. polyethylene glycol-lipid This paper reports and 2. The mechanism shows metallurgy method. The theory. By expressing the University) exceptional stretchability, University) (Aalborg University) of Aerospace Science synthesizing a completely of mechanical properties Thostenson (Fisherman’s the formation of defects. microstructure is the cause microcapsules containing considering interfacial obtain composites showed The primary focus is This work consists of an for different crack initiation rejuvenator in asphalt fretting wear in the shell (CPLS) nanoparticle, discusses the impact 17:20 that all methods are out of plane displacement durability, and electrical and Technology), Chiara bio-based polymer to and electrical properties Bend VIC) aimed at improving the good mechanical property as the Chebyshev An analytical model on conductivities are The present paper adopts Bisagni(Delft University of achieve a high bio-content between PMN-PT and PZT the characterisation of investigation of the effects and propagation and binders. Tests results assemble region and fatigue has been studied through performance of the crossing degree of the raw and recrystallization polynomials and the transvers stiffness fabricated through a 3D the jointed parameter Technology) via an epoxidation process based Energy Harvester Electrophoretic deposition commonly used core of in-plane waviness in this condition influenced indicate that these degradation of composite molecular simulations and low-velocity impact (LVI) resistance. melamine foam. characteristic functions, of composite laminate printing technique. A method in the optimization which uses soybean oil to devices. (EPD) is studied as materials and their key structural properties fatigue life. microcapsules can satisfy material. experiments. performance of carbon fibre the critical thermal with delaminations was stretchable light-emitting design of composite frames The paper proposes an produce a soybean based a means to deposit interaction with liquid of carbon fiber reinforced the requirements of using in reinforced thermoplastic buckling loads of laminate developed. It is applied display is constructed to solve the problem of optimisation strategy for epoxy resin. carbon nanotubes resin under high vacuum composites under uniaxial asphalt binders. plates with variable angle to the simulation of low using the graphene local optimal when using the design of structures onto the surfaces of conditions. stress by means of (CFRTP) composites. tows(VAT) under different velocity impact of laminate composite sandwich as filament winding angles as made of three-dimensional non-conductive fibers finite element modeling. boundary conditions and based on the spirng-mass the electric circuit, which design variables. woven composites. The creating a hierarchical Strength and stiffness uniform temperature rise model. delivers reliable electronic knowledge of the influence reinforcement structure. knock-down effects were are solved by employing performance under different of the weaving architecture Our characterization results evaluated as a function Rayleigh-Ritz method. loading modes. on the mechanical show that carbon nanotube of the peak misalignment properties of a composite films deposit initially on the angle and failure modes structure is essential cathode and form coatings were predicted by Hashin to properly optimize on contacting fibers failure criteria, proving to the design of structural throughout the bundle, be sensitive to the defect components subject to extending the electrode severity. specific load conditions. throughout the bundle.

2401-3 2402-3 2403-3 2404-3 2405-3 2406-3 2407-3 2408-3 2409-3 2410-3 2411-3 2412-3 2413-3 2414-3 2415-3 2416-3 2417-3 2418-3 2419-3 2420-3 2421-3 CHARACTERIZING FABRICATION NEW DESIGN OF THE EFFECT OF A NEW APPROACH EFFECT OF AEROELASTIC MULTISCALE A NOVEL PVDF-BASED EFFECT OF EFFECT OF CORE ARRESTING STUDIES ON THE INFLUENCES OF PREPARATION OF SIGNIFICANT DEFECT REDUCTION ARTIFICIAL IMPACT CYCLIC LOADING RESOURCE-

BIAXIALLY OF NANO AL2O3 END TAB FOR THE PLY BLOCKING ON TO SYNTHESIS PRE-EXISTING TAILORING OF THE MODELLING PARTICLEBOARD FLEXIBLE ENERGY CARBON MATERIALS ON FATIGUE CRACK EFFECTS OF LAMINA FREQUENCY AND NANOCOMPOITE IMPROVEMENTS IN THE DOUBLE DAMAGE FOR EFFECTS ON EFFICIENT STRETCHED REINFORCED PURE TENSILE TEST OF NEAR AND ON-EDGE OF MICRO/ MICROSTRUCTURAL COMPOSITE WING OF TEXTILE USING HARVESTER FROM NANOTUBE COMPRESSION IN COMPOSITE THICKNESS AND TEMPERATURE SUPERHYDROPHOBIC IN WEAR AND DIAPHRAGM ESTIMATING THE CREASING CFRP DESIGN POLYPROPYLENE/ AL COMPOSITE UNIDIRECTIONAL IMPACT DAMAGE NANOSTRUCTURED DEFECTS ON STRUCTURE VIA COMPOSITE UNSATURATED HUMAN MOTION ADDITION ON AFTER IMPACT BONDED ORIENTATION ON THE FATIGUE SURFACE WITH FRICTION OF EPOXY FORMING PROCESS SHORT-TERM BEHAVIOR OF SOFT METHODOLOGY GRAPHENE WITH TRI-MODAL THERMOPLASTIC AND COMPRESSION SIOX/C COMPOSITE ELASTIC AND SHAPE FUNCTION STRUCTURES POLYESTER Junyi Cao, Jian Yu, THE INTERFACE STRENGTH OF JOINT USING ON THE SHEAR BEHAVIOR OF PLAIN- EASY COMPOSITES FILLED O.P.L. McGregor, S. Chen, RESIDUAL BURST SOLIDS FOR AUTOMOTIVE NANOPLATELET STRUCTURE BY A COMPOSITES FAILURE AS HIGH- FRACTURE APPROACH USING MECHANICS RESIN AS A Yunlong Cai, Wei Wang, PROPERTY OF COMPOSITE INTERLOCKED RESPONSE OF WEAVE CARBON/ REPARABILITY WITH GRAPHENE L. T. Harper, A. Endruweit, PRESSURE OF Z. Li (Chongqing University), SYSTEMS COMPOSITES TWO STEP HIGH Mazlina Mohd Tahir MECHANISMS PERFORMANCE PROPERTIES OF Wenmin Qian (Beijing OF STRUCTURE FORMALDEHYDE- Lin Jing TITANIUM-BASED SANDWICH PANELS FIBER FEATURE COMPOSITE EPOXY COMPOSITE BY ABRASION NANOPLATELETS N. A. Warrior (University of COPVS Z. Zhou (Chongqing Jonathan Schmidt, Anna- B. Mayoral (Queen's ENERGY MILLING (Kyushu University, S. Hua (University of Bath), ANODE MATERIAL COMPOSITES Aeronautical Science & GENOME FREE ADHESIVE ( Xi’an Jiaotong University) FIBER METAL SUBJECT TO LOW Shu, Minakuchi , Nobuo LAMINATES MATERIAL WITH METHOD AND WAX- Nottingham) K. Lasn (Norwegian University), S. Tang (Dalian Lena Beger and Georg University Belfast), E. Y. N. Zan, Q.Z. Wang, B. Department of Polytechnic A. Sandhu (University FOR LITHIUM-ION Sathiskumar A PonnUnited Technology Research Xin Liu, Khizar Rouf Ran Li (Fujian Agriculture LAMINATES VELOCITY IMPACT Takeda ( The University Haibao Liu , Brian G. Falzon FLAW SUBJECTED Xiao Xue (National CONTAINING University of Science and University of Technology) Jacobs (RWTH Aachen Harkin-Jones (University L. Xiao, Z. Y. Ma (Chinese Educational Malaysia), of Exeter), A.T. Rhead BATTERIES States of Americami Institute of COMAC), Jie and Wenbin Yu (Purdue and Forestry University), This paper propposes Xian Zhang, Yubing DAMAGE of Tokyo) , Giuseppe Catalanotti TO PARTIALLY- Center for Nanoscience MICROCAPSULES Technology), N. P. Vedvik University,) of Ulster), N. Khanam Academy of Sciences) Wen-Xue Wang (Kyushu (University of Bath), Pengpeng Lv (University (University of Oxford, Delft Zeng (Beijing Aeronautical University) Congrong Lan (Fujian design and modeling Hu, Jingming Tian, Jie E. Jones, W. Liu ( Queen’s University Belfast) REVERSED CYCLIC and Technology, Beijing, Abolhassan Imani (National (Norwegian University of Mechanism of multiple (Qatar University), University) , T. Matsubara N. Dubary (National of Science and Technology University of Technology), Science & Technology Furen Group Co., Ltd), methods for flexible Tao (Nanjing University (Cranfield University) This study conducted crack LOADING Tsinghua University), Hui Center for Nanoscience Science and Technology), creases formed on the Within the automotive M.A. AlMaadeed (Qatar (Kyushu University) Higher French Institute of Beijing, Chinese Academy Mehtab V Pathan (University Research Institute of Mechanics of structure Zhenzeng Wu, Qingping piezoelectric energy of Aeronautics and lap shear (CLS) fatigue tests This paper presented Marc-Claudel Deluy, Anh Zhang (National Center and Technology, China; A. T. Echtermeyer surface of silicone rubber industry a design that University), M. Ouederni Aeronautics and Space), of Sciences), Hailei Zhao of Oxford, Imperial College COMAC), Zhiqiang Zhou genome is used to Zhuang, Liao Yuehua, Ye harvesting from human Astronautics) The paper presents a to evaluate the performance an investigation on the Dung Ngo, Martine Dubé for Nanoscience and University of Chinese (Norwegian University of after the cyclic loading is implements composite parts (Qatar Petrochemical This study proposes a C. Bouvet (National (University of Science London), Nik Petrinic (ZONA Technology INC) develop a novel multiscale Longfeng, Lin Xiuduan, motions. A detailed comparison of the behaviour of fiber-reinforcement- effects of ply thickness and (Ecole de technologie Technology, Beijing), Zhong Academy of Science), Hui Science and Technology), understood through both where the function and Company), A. Hamilton new design of end-tab Higher French Institute of and Technology Beijing), (University of Oxford) modeling framework Yang Yuming, Yanmei fabrication process of In this study, diverse and performance of based crack arrester under orientation on the material superieure) Zhang (National Center Zhang (National Center P. Blanc-Vannet (Air experiments and finite location justify the higher (Queen's University for the tensile testing of Aeronautics and Space) Zhaolin Li (University of In this paper, an aeroelastic for textile composite Zheng, Yongqun Xie, Min PVDF-based vibration weight fractions of composite sandwich panels a realistic condition. In response of laminated for Nanoscience and for Nanoscience and Liquide Research and element computations. costs and uses cost efficient Belfast), D. Sun (Queen's unidirectional (UD) carbon Science and Technology The present study deals tailoring design study of a structures so that the Niu, Jinghong Liu (Fujian energy harvesters is multi-walled carbon with different types of cores addition, the arresting composites under shear This paper presents the Technology, Beijing) Technology, China), Jun Development), O. Bardoux materials where the weight University Belfast) fiber reinforced thermoplastic Finite Element Analysis Beijing) with examining the effect of composite wing with the equivalent properties Agriculture and Forestry discussed for performance nanotubes (MWCNTs) were in terms of compression mechanism was clarified loading. experimental results of a Zhao (National Center (Air Liquide Research and saving potential is low, is 17:40 polyamide-6 (CF/PA6) to (DPFEA) and quasi-static microstructural defects, such use of the bilinear Lagrange for 3D solids/beams/ University) enhancement in human dispersed in polymerized after impact (CAI) strength using finite element analysis. mechanical test program for Nanoscience and Development), N. Alexandre key to a sufficient lightweight Polypropylene/graphene improve the estimation of in-situ X-ray Computed (1) Uiform niobium coating as matrix pores and interface shape function approach is plates can be directly motion. monomer reactant (PMR) following barely visible on plain weave CFRP Technology, China), Jinglei (CEA, DAM), F. Nony (CEA, design. In order to support nanocomposites (PP/ tensile strength. Tomography (XRCT) layer for the coated fuel precracks, on the mechanical investigated. Through the computed in terms of the polyimide adhesives by impact damage (BVID). loaded in partially reversed Yang (Hong Kong University DAM), A. Maldachowska the development process GNP) were prepared approach is used to provide particle of the very high properties of the composite study, it is demonstrated woven microstructure. ultrasonic dispersion to Comparisons between the fatigue cycles under various of Science and Technology), (Wroclaw University of of a resource-efficient by melt-mixing using insight into the processes temperature was fabricated materials. Representative that aeroelastic tailoring Assumptions within the improve bonding onto two core types demonstrate environmental conditions. Mohammad Owais (National Technology), M. Barcikowski multi-material system a new an industrial-scale, driving damage formation via a fluidized bed chemical Volume Element-based is really effective to obtain scales and invalid scale titanium sheets. MWCNT that the Nomex honeycomb Center for Nanoscience (Wroclaw University of methodology is developed co-rotating, intermeshing, in near edge impact of vapour deposition (FBCVD) finite element analyses are an optimized structure separation assumptions incorporation into the core is more efficient at and Technology, China; Technology), P. Breuer and presented in this twin-screw extruder a [(±45)3(03/90)2/02] process. conducted with random through a trade-off study are avoided and results polyimide significantly concealing damage at the University of Chinese (Hexagon Composites), paper, using a topology with bespoke screw S laminate. Comparison of (2) Citrate-nitrate gel distribution of the defects of the weight saving, flutter are compared with direct improved the interlaminar low impact energies and Academy of Science), P.-S. Heggem (Hexagon optimisation and the material configuration. The effects DPFEA and XRCT results combustion method was in a realistic microstructure; stability and composite numerical simulations to shear strength by 36%. exhibits better mechanical Zhong Zhang (National Composites), F. Dahmene selection process by Ashby. of nanofiller content and highlight the significance employed for the first their influence on elastic and ply-up manufacturing, and demonstrate its accuracy properties per unit mass Center for Nanoscience and (Institut de Soudure), S. biaxial stretching on the of 0n/90 interfaces in the time to synthesize micro/ fracture properties of the so on. and efficiency. than the PVC foam. Technology, China) Bittendiebel (Institut de bulk properties of PP/ development of the most nanostructured SiOx/C composite is quantified. Soudure) GNP nanocomposites extensive delaminations. composite for Lithium-ion have been investigated batteries. in details. Tuesday 22 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

2401-4 2402-4 2403-4 2404-4 2405-4 2406-4 2410-4 2411-4 2412-4 2414-4 2417-4 2418-4 2421-4 CERAMIC/POLYMER SIMULATION OF EFFECT OF STRESS-STRAIN JOULE HEAT NUMERICAL HEMP HURD SUPERIOR FABRICATION AND VIBRATION EVALUATION ON IN-SITU STRAIN ASSESSMENT OF COMPOSITES WITH DEFORMATION AND SPRINGBACK RATIO RESPONSE TREATMENT SIMULATION DERIVED RHEOLOGICAL THREE-POINT- BEHAVIORS OF 1D WEAR OF LONG- MONITORING THE PEDESTRIAN BENDING BEHAVIOR IN PREPREG PROTECTION HIGH THERMAL DAMAGE OF SICP/ ON BENDING AND AND FRATURE AND THERMAL LATTICE TRUSS PITCH ROLLER CONDUCTIVITY AL COMPOSITES IMPACT PROPERTY BEHAVIOUR OF ON CARBON OF DAMAGE ACTIVATED PROPERTIES OF OF GLASS FIBER PLACEMENT PERFORMANCE OF STRUCTURES CHAIN WITH AND MECHANICAL UNDER TENSILE OF CARBON FIBER PLAIN WEAVE NANOTUBE FILMS PROPAGATION CARBON FOR CO2 HYBRID GRAPHENE REINFORCED PROCESS USING A SANDWICH HOOD STRENGTH FOR LOADING REINFORCED CERAMIC MATRIX AT DIFFERENT FOR A CHANNEL ADSORPTION AND BORON THERMOPLASTIC UNDER DIFFERENT COMPOSITES PIN DISTRIBUTED WITH ARCHITECTED ELECTRONIC J.F. Zhang, X.X. Zhang, THERMOPLASTICS COMPOSITES ELEVATED STRUCTURE MADE Shan Liu (University of NITRIDE EPOXY CURVED CONSTRAINS Chang-Uk Kim, Dong-Woo OPTICAL FIBER LATTICE CORES PACKAGING Q.Z. Wang, D. Wang, B.L. SANDWICH UNDER INDIVIDUAL TEMPERATURES OF SHORT GLASS Southern Queensland, NANOCOMPOSITES CORRUGATED Qianqian Sui (Hohai Lee, Byung-Jin Park, Jung-Il SENSOR Haoyu Chen (Beihang SANDWICH PANEL Guoping Du, Yong Hu, Xiao, Z.Y. Ma (Chinese STRUCTURES TENSION, Tianshu Li (Beihang FIBER REINFORCED University of Queensland), AT ULTRA LOW University),Hualin Fan Song (Changwon National Kosuke Tanogami, Shouma University), Yaobo Wu Nan Chen (Nanchang Yunqian Zhang, Yi Wan, COMPRESSION OR FILLER LOADING WITH INTERFACE ( Nanjing University University) Niwa, Shu Minakuchi, (Beihang University), Jun Academy of Sciences) University), Min Li (Beihang COMPOSITES Lei Ge (University of ENHANCEMENT University) Taro Nakamura, Jun SHEAR CONCENTRATION of Aeronautics and Nobuo Takeda (The Xu (Beihang University, Heyin Qi, Mingming Chen, University), Yizhuo Gu Xingsheng Li (Osaka Queensland), Zhonghua Mohammad Owais Bing Du, Jingyan Tan , Takahashi (The University Astronautics) We developed high load University of Tokyo) Xi’an Jiaotong University, Microscale finite element Yonghong Duan, Daxu (Beihang University), University), T.Kurashiki Zhu (University of (National Center for Liming Chen (Chongqing A novel approach is of Tokyo) long-pitch roller chain test Tsinghua University), Sha models are developed Zhang (Shanghai Jiao Tong Shaokai Wang (Beijing (Osaka University), M.Zako Queensland), Hao Wang Nanoscience and University) presented to fabricate Technology, University equipment and produced We successfully measured Yin (Beihang University, based on representative University) University), Qingwen Li (Osaka University), (University of Southern ceramic/polymer For sandwich carbon fiber of Chinese Academy composite material pins. the distribution of layup- Xi’an Jiaotong University) volume element with (Suzhou Institute of Nano- K.Kobayashi (ITOCHU Queensland) Three-point-bending composites with high panels, the springback of Science), Jun Zhao And wear test of the roller induced tensile strain, which interface. The paper presents a Tech and Nano-Bionics), Techno-Solutions Corp.), behavior of glass fiber thermal conductivity and ratios influence the Recycling bio-waste hemp (National Center for reinforced polypropylene chain. It was confirmed that has significant impact on This study proposed a study on the stress-strain Zuoguang Zhang (Beihang T.Yamamoto (ITOCHU Nanoscience and mechanical strength. Such properties both in dynamic hurd to produce useful curved corrugated the noise and vibration of products made by AFP sandwich engine hood 18:00 response and fracture University) Techno-Solutions Corp.), Technology), Abolhassan insulating composites and static fracture. The T.Sakakibara (ITOCHU end products would bring sandwich panels taking the pin were reduced. processes. comprising outer and inner behaviour of plain weave Imani (National Center account of the effects of will be good candidate optimal springback ratio for As a nanocomposite economic benefit to for Nanoscience and steel panels together with CMCs under uni-axial Techno-Solutions Corp.) core configurations were for electronic packaging CPT sandwich structure process method, the Joule the industry. We prepared Technology, University a composite pyramidal tension, compression or investigated by experimental materials. is recommended by heat on carbon nanotube An effective method to activated carbon by hemp of Chinese Academy method. Polypropylene glue lattice structure core. The in-plane shear using a unit of Science), Zhong experiments. film has many advantages evaluate the mechanical hurd for gas adsorption stick reinforcement method corresponding pedestrian cell model and periodic Zhang (National Center such as rapid temperature property and to simulate application. was proposed to enhance protection capability was boundary conditions. for Nanoscience and rise, good temperature the damage progress of the interface strength and evaluated in finite element Technology) effectively heightened stability and linearity of FRP produced by injection the bending resistance of method. power-heating temperature. molding has proposed. Functionalized hybrid curved axial corrugated But the unevenness of GNP/BN epoxy sandwich panel. nanocomposites were the heating temperature fabricated via facile distribution is a serious chemical exfoliation problem. The structure and mechanical mixing and composition of the film method to for enhance change after heating. thermal conductivity & electrical insulation property at low filler content. Dinner 18:30 Dinner Wednesday 23 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

08:00 PLENARY LECTURE at Qujiang Auditorium: Fabrication of Graphene Materials and Their Composite Applications Huiming Cheng, Institute of Metal Research, Chinese Academy of Sciences, China PLENARY LECTURE at Qujiang Auditorium: Fabrication of Graphene Materials and Their Composite Applications Huiming Cheng, Institute of Metal Research, Chinese Academy of Sciences, China

Tsai Award Session at Room 22 (209+210)

1. Multi-scale internal geometry analysis and mechanical modeling of randomly oriented strands, Y. Wan, J.Takahashi (University of Tokyo)

2. A study on fiber-arrangement close to the root of a sharp notch, for short fiber-reinforced thermoplastics, R. Pietrogrande (Robert Bosch GmbH, University of Padova)

3. Understanding and modelling variability in modulus and strength of tow-based discontinuous composites, Y. Li, S. Pimenta, C. Ottenwelter, M. Thierry (Imperial College London)

09:05 Mini Oral Session 4. Damage modelling of thin-ply nano-reinforced composite laminates, C. Furtado (Uiversidade do Porto & Instituto de Ciencia e Inovacao em Engenharia Mecanica), X. C. Ni (Massachusetts Institute of Technology), E. Cohen (Massachusetts Institute of Technology), A. Arteiro (Uiversidade do Porto & Instituto de Ciencia e Inovacao em Engenharia Mecanica), B. L. Wardle (Massachusetts Institute of Technology), P. P. Camanho (Uiversidade do Porto & Instituto de Ciencia e Inovacao em Engenharia Mecanica)

5. The investigations of multi-layer interface failure behavior for sisal fiber reinforced composites via acoustic emission and finite element method, Q. Li (Tongji University, The Hong Kong Polytechnic University), Y. Li (Tongji University), L. M. Zhou (The Hong Kong Polytechnic University)

6. Graphene nanocomposites a study on the failure behavior and scaling, Y. Qiao, C. H. Mefford, M. Salviato (University of Washington Guggenheim Hall)

7. Improvements to the mode I interlaminar fatigue resistance of epoxy nanocomposites with aligned graphene nanoplatelets, M. Bhasin, S. Wu, R. B. Ladani (RMIT University), A. J. Kinloch (Imperial College London), C. H. Wang (University of New South Wales), A. P. Mouritz (RMIT University)

11:45 Poster Exhibition and Reception Poster Exhibition and Reception

12:35 Lunch Lunch

13:35 PLENARY LECTURE at Qujiang Auditorium: Creating Composites that Fail More Gradually Michael Wisnom, University of Bristol, UK PLENARY LECTURE at Qujiang Auditorium: Creating Composites that Fail More Gradually Michael Wisnom, University of Bristol, UK

KEYNOTE at Qujiang Auditorium: Recent Development of Metallic Nanocomposites for Structural Applications Jian Lu, City University of Hong Kong, China KEYNOTE at Qujiang Auditorium: Recent Development of Metallic Nanocomposites for Structural Applications Jian Lu, City University of Hong Kong, China 14:40 KEYNOTE at Lily Hall: Multiscale Hybrid Composites Reinforced with Interfacecontrolled Carbon Nanomaterials for Multifunctional Applications Byung Sun Kim, Korea Institutes of Material Science, Korea KEYNOTE at Lily Hall: Multiscale Hybrid Composites Reinforced with Interfacecontrolled Carbon Nanomaterials for Multifunctional Applications Byung Sun Kim, Korea Institutes of Material Science, Korea KEYNOTE at Rose Hall: Assessing and Improving the Crashworthiness of Composite Transportation Structures: Challenges and Opportunities Brian G. Falzon Queen's University Belfast, UK KEYNOTE at Rose Hall: Assessing and Improving the Crashworthiness of Composite Transportation Structures: Challenges and Opportunities Brian G. Falzon Queen's University Belfast, UK

15:15 Coffee Break Coffee Break

3112 Sandwich Structures 3115 Structural Design 3116 Self-Healing and 3118 Processing-Preforming 3122 Acoustic Meta- 15:35 3101 Polymer Matrix 3102 Metal Matrix 3103 Fiber-reinforced 3104 Fracture and 3105 Nano-Composites 8 3106 Fiber-reinforced 3107 Structural Analysis 3108 Ductile and Pseudo- 3109 Textile-Based 3110 Energy Harvesting 3111 Dynamic Behavior 1 3113 Joints 8 3114 Composite Structures 8 Criteria, Safety and 3117 Tribology and Wear 2 3119 Additive Manufacturing 1 3120 Bio and Medical 6 3121 Aerospace 6 Materials 8 Composites 8 Composites 8 Damage 8 Composites 19 and Optimization 8 ductile Composites 1 Composites 1 and Storage 3 and Materials 4 Reliability Bio-inspired Designs 4 Technologies 2 Composite 1

3101-1 3102-1 3103-1 3104-1 3105-1 3106-1 3107-1 3108-1 3109-1 3110-1 3111-1 3112-1 3113-1 3114-1 3115-1 3116-1 3117-1 3118-1 3119-1 3120-1 3121-1 3122-1 COMBINED ON THE STOKES- EXPERIMENTAL ADAPTIVE POLYLACTIC ACID/ PREPARATION VARIABLE EXPLORING THE STUDY ON GAS STRUCTURAL VIBRATIONS OF SOUND COHESIVE THERMAL RESIDUAL THE WAVE IMPACT RESISTANT THE ROLE OF MANUFACTURING FAILURE EFFECTS OF SCALING EFFECTS BROADBAND CLOAK DYNAMIC BRINKMAN STUDY ON THE FLOATING NODE MAGNESIUM OXIDE AND PROPERTIES STIFFNESS USE OF FRICTION PERMEATION BATTERY SKEWED FGM TRANSMISSION MODELLING OF STRESSES IN THICK PROPAGATION DESIGNS FROM THE FRACTURE PROCESS FOR W MECHANISMS BENDING STIFFNESS IN THE IMPACT FOR UNDERWATER MECHANICAL COUPLING WITH PERFORMANCE METHOD FOR THE NANOCOMPOSITE OF GLASS FIBER COMPOSITE TO INTRODUCE CHARACTERISTICS COMPOSITES PLATES WITH LOSS OF LATTICE THIN ELASTO- COMPOSITES MODEL OF CUTICLE OF THE TOUGHNESS IN THE STRINGERS WITH OF INSTABILITY- AND SURFACE RESISTANCE ACOUSTICS(INVITED ANALYSIS (DMA) ANISOTROPIC OF TWISTED FIBER MODELLING OF FILMS FOR FOOD REINFORCED IN LAMINATES FOR DUCTILITY IN OF 3D BRAIDED – ROLES OF INTERNAL CRACKS SANDWICH PLATE PLASTIC PRESSURE- Sara Mamani , Suong V. DISTRIBUTED MANTIS SHRIMP MECHANICS OF HIGH CURVATURE IN ASSISTED ROUGHNESS ON THE OF FLAT AND TALK) AND CALORIMETRY NAVIER SLIP REINFORCED DELAMINATION PACKAGING SITU ANIONIC DOUBLY CURVED COMPOSITES SEAL CONSTITUENTS VIA MLS-RITZ WITH PYRAMIDAL DEPENDENT Hoa Concordia (Center for ENERGY Nicholas A. Yaraghi, David WEAR OF POLYMER PREIMPREGNATED 3D PRINTED PEELING BEHAVIOR CYLINDRICAL Yi Chen, Xiaoning Liu, FOR CURE AND EFFECTIVE COMPOSITE Z-PIN FRACTURE OF APPLICATIONS POLYAMIDE-6 PLATES USING O. Bacarreza, S. Maidl, P. Jiao Yanan , Jing AND DEVICE METHOD TRUSS CORES ADHESIVE JOINTS Composites Department of ABSORBING SYSTEM Restrepo Arango, Jesus (INVITED TALK) CARBON FIBER MICROSTRUCTURED OF AN ELASTIC THIN SAMPLES FROM Gengkai Hu (Beijing Institute MONITORING OF VISCOSITY FOR Xiangyang Zhang, Yong Li, COMPOSITES Chetan Swaroop (Motilal COMPOSITES LAMINATION Robinson, M. S. P. Shaffer Yuanyuan, Zhang Shihao ARCHITECURE C. S. Huang, Y. C. Fu Dong-Wei Wang, Li Andrea Piccolroaz(University Mechanical and Industrial FOR TRAINS Rivera, Pablo Zavattieri, Li Chang, Hongjian Wang M. Mora-Mendías, FIBERS FILM ON A RIGID COMPOSITE of Technology) HOLLOW PARTICLE FLOW SIMULATIONS Qiyi Chu, Jun Xiao (Nanjing X. Lu (National University Nehru National Institute Wei Li (Hunan University, PARAMETERS (Imperial College London) (Tianjin Polytechnic Leif E. Asp (National Chiao Tung Ma (Harbin Institute of of Trento), Gennady Engineering Concordia Zhaoyang Ding, Zhijun David Kisailus (The University of Sydney) F. Chamorro-Alonso, Frederick P. Gosselin, Shibo SUBSTRATE MATERIALS REINFORCED IN DUAL-SCALE University of Aeronautics of Singapore), B.Y. of Technology), Mukul University of Southern Matthew Thomas, University) (Chalmers University of University) Technology) Mishuris(Aberystwyth University Center for Zheng, Jilin Yu(University A. García-García, P. Zou, Daniel Therriault (The Zhilong Peng, Shaohua Karimbayev T.D., THERMOSET FIBROUS POROUS and Astronautics) Chen (Institute of High Shukla (Motilal Nehru Queensland), Guangzhi Professor Paul M. Weaver, This paper describes an Technology) University) Research in Polymers and of Science and Technology Nogueroles-Viñes (FIDAMC, Polytechnique Montréal) Chen (Beijing Institute of Chernyshov A.A., Ezhov A.Y. Combining with currently Composites) of China) Foundation for the (Central Institute of Aviation COMPOSITE MEDIA Performance Computing National Institute of Liu (Hunan University, Professor Stephen R. investigation to introduce This paper studied the feasible additive Technology) M. Bouslah (École centrale Jingang Lu, Thanh Tinh Z-pin pullout is one of Singapore), V.B.C. Tan Technology, University of Hao Wang (University of Hallett (University of Bristol) ductility in composites by airtight of the 3D braided This presentation gives manufacturing process, a An asymptotic model is Research, Development and We 3D print patterned fibers Motors after Baranov P.I.) de Lyon), M. Salvia (École Tran, Wook Ryo Hwang the prevalent failure (National University of Johannesburg) Southern Queensland), exploiting mechanisms quartz fiber preform as an overview of recent new variable cross-section proposed for the mechanical The new technique of Application of Composite using a fluid mechanics The relations between centrale de Lyon), I. (Gyeongsang National mode of Z-pin reinforced Singapore), T.E. Tay Youqing Fei (Hunan A methodology is presented which resist extension sealing material. The gas progress in multifunctional design method is innovatively description of thin elasto- 4D printing of long fiber Materials) instability. This patterning the peeling force and the The scaling parameters Deschères (Institut Textile University) composites. In order to (National University of This study aimed at the University) for the optimisation of by friction. Strains at permeability under different composites for energy proposed. Under the plastic pressure-sensitive composites is proposed. allows tailoring the distance of a thin film in were established by the same volume, mechanical mechanical properties of the et Chimique de Lyon), H. increase Z-pin/composites Singapore) development of flexible variable stiffness composite the maximum stress of pressure and different storage in Sweden. In properties of pyramid lattices adhesive joints together with Curved composite pieces contact with a smooth studies and a numerical Baurier (ACOEM group) In this work, the Stokes- bonding strength, the films with reinforcement laminates for complex between 15 − 20 % were compression ratio was addition, the relationship with equal cross-section and its FEM implementation as a can be made from flat fibers, but it also influences and a rough substrate experiment showed the Brinkman model has been twisted fiber reinforced An adaptive floating node of MgO nanoparticles in doubly curved geometries obtained using these tested and compared with between carbon variable cross-section are choesive element. composite prepregs, without how the fiber fails. Here we are obtained theoretically possibility of their application This study focuses on the applied to investigate a flow composite Z-pin will be method is presented and Polylactic acid for food using spatially varying mechanisms. predicted value, which fibres microstructure compared by both theoretical having to use curved molds. explore the multiple failure with considering the effect in evaluating the impact 15:35 curing at room temperature in a channel coupling with manufactured in this paper. applied to modelling the packaging applications. lamination parameters. showed good agreement. and electrochemical and numerical methods, and modes of the fibers. of bending stiffness and resistance of layered the following conclusions are of resol phenolic systems a flow in a fibrous porous And also the tensile, delamination fracture of The study finds As an example, this is performance is described in obtained: (1) The stiffness roughness. The bending structures of orthotropic for composites using a medium. The effective compressive and bonding composite laminates. significant improvement here applied to a pre- some detail. of lattice with equal cross- stiffness mainly influence materials. The obtained thermal flux cell combined viscosity in the Brinkman performance of twisted Without loss of accuracy, in the mechanical and twisted plate subjected to section is the highest, (2) the peeling force before the results allow us to proceed with a DMA; the effects equation, which should also fiber reinforced Z-pin will be the present method greatly antibacterial properties combined centrifugal and Only focusing on compressive steady-state stage, which to develop the basics of of amounts of catalyst and be anisotropic, was found evaluated in this paper. simplifies the modelling along with an ability to pressure loading. strength, the lattice with equal similarity models in the cross-section is the most can be understood by the resin volume were to be as a function of the procedures and reduces block UV radiation without appropriate, (3) Considering varying profiles of the film. problems of ensuring the especially studied. slip coefficient. the computational cost. sacrificing the transparency both compressive strength While the surface roughness safety of nonmetallic fan of the films. and stability, the elliptic can improve the peeling cases with the destruction of cross-section pyramid lattice strength significantly at the fan blades of advanced is preferred for relative turbojet engines. density lower than 0.03, and different peeling angle. its carrying capacity can be increased by 31% over that with equal cross-section for the parameter ξ is 0.906. Wednesday 23 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

3101-2 3102-2 3103-2 3104-2 3105-2 3106-2 3107-2 3108-2 3109-2 3110-2 3111-2 3112-2 3113-2 3114-2 3115-2 3116-2 3117-2 3118-2 3119-2 3120-2 3121-2 3122-2 EFFECT OF TYPE DYNAMIC MODELING THREE- INTERLAMINAR TENSILE MANUFACTURING INFLUENCE PSEUDO-DUCTILE STRUCTURAL ORIENTED XFEM MODELING OF COMPRESSIVE STATIC AND MODELLING AND MULTI-SCALE MECHANICAL, INVESTIGATING A NOVEL METHOD SELF-POWERED DEVELOPMENT OF DESIGN OF FERROELECTRIC COMPRESSION OF DIAMINE DEFORMATION AND DIMENSIONAL REINFORCEMENT PROPERTIES OF PRE- OF STRAND BEHAVIOR OF CHARACTERIZATION EXTRUSION ULTRASONIC WAVE PROPERTIES OF DYNAMIC FLEXURAL ANALYSIS OF RELIABILITY BASED RESISTANT PHYSICAL, AND FLOW MECHANICS FOR FABRICATING HEART- BREAKTHROUGH ACOUSTIC MODIFIERS OF MICROSTRUCTURAL ANISOTROPIC OF CFRP OF AEROGEL- IMPREGNATED DISPERSION GLASS/CARBON OF HEXAGONAL PROPAGATION IN PYRAMID LATTICE PROPERTIES OF WOVEN COMPOSITE OPTIMIZATION WEAR PROPERTIES WITHIN A NOVEL C/C-SiC COMPOSITES DEFORMATION TECHNOLOGIES HYPERBOLIC PROCESSED POLY DESIGNS FROM THE NANODIAMOND ON RESPONSE OF IN DAMAGE IN LAMINATES USING BASED CARBON DISCONTINUOUS METHOD ON FIBER HYBRID BRADING (VINYLIDENE POLYMER MATRIX WITH VARIOUS NON- IMPROVED NOVEL MATERIAL TAPE OF LAMINATED OF POLYPROPYLENE NON-DESTRUCTIVE VIA 3D PRINTING MONITOR WITH FOR CREATING METAMATERIALS TRIBO-MECHANICAL SITU TIBW/TI6AL4V UNIDIRECTIONALLY ZANCHOR PROCESS NANOTUBE/ PAEK/CF MECHANICAL COMPOSITE ACHITECTURE BY FLUORIDE)/ POLY COMPOSITES UNIFORM CROSS- CFRP COMPOSITE SPRING COMPOSITE EXOSKELETON OF A REINFORCED SHORT INJECTABILITY TECHNOLOGY FLEXIBLE NODES AND DETAILS BASED ON PROPERTIES OF COMPOSITES REINFORCED Ryoya Sugihara POLY(VINYL COMPOSITE PROPERTIES OF WITHCARBON/ 3D PRINTING (VINYLIDENE FLUORIDE Zhanli Liu (Tsinghua SECTION LAMINATED JOINTS Hongling Ye, Yang Zhang, STRUCTURES TOUGH BEETLE CARBON FIBER MEASUREMENT FOR Wei Zhu, Hua Fu, Zhongfeng PIEZOELECTRIC FROM CERAMIC TOPOLOGY J. Sun (Zhejiang (Ritsumeikan University), Yuan Wang, Luke Savage Zhengning Li (Donghua -TRIFLUOROETHYLENE) University) Ji Bin, Gu Chengzhang, Peng Di, Qingsheng Jesus Rivera, Nicholas A. POLYAMIDE 6 COMPOSITES ALCOHOL) HOLLOW S-SHAPED EPOXY PLATELETS BLENDED FILMS WITH FABRICATED BY BASED ON GENETIC COMPOSITES WITH FIBRE PREFORMS Xu, Yusheng Shi, Xinyu Shao, FILMS AND POLYMER OPTIMIZATION COMPOSITES University), H. Wang AT LARGE Kohei Konda (Ritsumeikan COMPOSITE FIBERS (University of Exeter) MEMBER MADE University, University of Zhengquan, VACUUM ASSISTED Yang(Beijing University of ALGORITHM Yaraghi, David Restrepo DIFFERENT FIBER Hermann, T. (University Yangyang Zhang, Chaofeng COMPOSITE Ichenihi Amos, Wang STRONG INTERACTIONS Chunze Yan (Huazhong Hao-Wen Dong, Pooria Karami, Akbar (Zhejiang University), DEFORMATIONS University), Takayuki Jialin Liu, Cuixia Zhang, OF RANDOMLY- Qingtao, Md. Hasan British Columbia), Yuqin Hanhan(Aerospace System RESIN TRANSFER Technology) Yuanxiang Jiang (National Arango, Pablo Zavattieri, LENGTH of Auckland), Miene S. Lü (Zhejiang University) MATERIALS FOR Nan Meng, Xiaojing Zhu, University of Science and Sheng-Dong Zhao, Shojaei (Sharif University of L.J. Huang (Harbin Dominik Naake Kusaka (Ritsumeikan Shuxuan Qu, Qingwen ORIENTED CFRTP Ikbal, Li Wei (Donghua Wan (University of British Rui Mao, Michael John Engineering Shanghaia) MOLDING VARTM University of Defense David Kisailus Harri Junaidi (King Saud (University of Auckland), SMALL Technology) Institute of Technology), (RobertBoschGmbH), University), Taishi Isono Li, Weibang Lu (Suzhou STRANDS Columbia), Heejae Yang Mahmoud R. The topological optimization Technology) University), Abdulrahman Henke T. (BMW Group), Kelly Technology) D.Sc. T.D. Karimbaev, A.Y. Yue-Sheng Wang(Beijing University) Reece, Emiliano Bilotti Jiaotong University) , Ch L.Geng (Harbin Institute Fabian Welschinger (Kyoto University), Masaki Institute of Nano-Tech and Michinobu Fujita, Yuto (University of British (Queen Mary University of Effect of sonicated MWCNT Abusrea(Kyushu University model considering the Alfawzan (King Saud P. A. (University of Auckland), Ezhov, M.A. Mezentsev Zhang(University of Siegen) Chemical surface of Technology), F.X. Qin (RobertBoschGmbH), Luise Hojo (Kyoto University), Nano-Bionics) Nakashima , Jun Takahashi Pseudo-ductile behavior of Columbia), Ge Chen London) on mixed mode interfacial & Cairo University), stability and vibration University), Sattam Aloraini Bickerton S (University of This paper present a new (Central Insitute of Aviation modification of (Zhejiang University), H.X. Kärger (Karlsruhe Institute Toshifumi Fujii (Shikibo (The University of Tokyo) glass/carbon fiber hybrid (Donghua University), fracture toughness of Amir Asadi(Georgia characteristics of structure is (King Saud University), Auckland) method to make near net Motors by name P.I. nanodiamond (ND) Peng (Zhejiang University) of Technology(KIT)), Frank Ltd.), Kazuo Nakajima A new method of composite with carbon/ Frank Ko (University of sandwich composites is Institute of Technology), investigated and the optimal Turki Almutairi (King Saud shape C/C-SiC composite Baranov) Topology optimization of particles using two diamine Henning (Karlsruhe Institute (Shikibo Ltd.), Yasuhiko strengthening aerogel- In this work, the influence epoxy platelets was British Columbia) investigated through both Kazuo Arakawa(Kyushu solving method is discussed University), Abdulhakim The mass production of parts with complex a two-dimensional hyperbolic 15:55 modifiers improved tribo- of Technology(KIT)) Iwasaki (Shikibo Ltd.) based CNT fibers of strand dispersion method investigated. Finite Element Analysis University), Jonathan based on Independent Almajid (King Saud University, CFRP is still at an early structures through 3D metamaterial is presented mechanical properties of using PVA infiltration on mechanical properties By following the and experiments supported Colton, Kalaitzidou Continuuous Mapping Prince Sultan University) stage, presenting challenges printing technology. in this paper. The optimized PA 6 composites due to The work at hand The effects of material accompanied by of the hollow S-shaped characteristics of by FESEM and HRTEM Kyriaki(Georgia Institute of Method. particularly for automation metamaterial exhibits desired surface termination introduces a three- properties of CFRP post-densification and member was investigated repeatability and analyses. Technology) and process control. A hyperbolic dispersions in a of NDs which is compatible dimensional constitutive laminate on the fracture hot-stretching treatment with compression tests and concentricity of hexagonal novel non-destructive broad frequency range. It with PA6. model for the prediction of mechanism with the was developed. The finite element analysis. braided preform, the printed measurement method will can supportsubwavelength damage onset and growth Zanchor process was fiber fabricated by that geometry structure was got be presented to enhance imaging with extremely high in unidirectional reinforced investigated by DCB and shows potential in and used to understand quality and process resolution. We also discuss plastics. Numerical use 4ENF tests. construction of high- and optimize hexagonal control for manufacturing the mechanics of these cases demonstrate the performance structural geometry structure to semi-finished textiles exotic wave behaviors. characteristics of the composites. make it more compact like within a mass production material response for braided geometry structure. environment. different loading scenarios.

3101-3 3102-3 3103-3 3104-3 3105-3 3106-3 3107-3 3108-3 3109-3 3110-3 3111-3 3112-3 3113-3 3114-3 3115-3 3116-3 3117-3 3118-3 3119-3 3120-3 3121-3 3122-3 CERAMIC/POLYMER IMPROVING THE STUDY ON THE TOUGHENING THE EFFECT OF LAYING SPEED EFFECT DISCRETE DESIGNING AND NEW FRONTIERS THEORETICAL SIMULATION OF NUMERICAL MITIGATING DESIGN AND STRUCTURAL SELF-HEALING CFRP STRUCTURAL, MINIMISING THE INFLUENCE OF POLYMERIZATION COMPARATIVE A HYBRID ELASTIC COMPOSITE MECHANICAL RHEOLOGY AND MECHANISMS OF FUNCTIONALIZED ON THERMOPLASTIC STIFFNESS PROTOTYPING A FOR TEXTILE ANALYSIS OF ORTHOGONAL EXPERIMENTAL EDGE EFFECTS MANUFACTURING STABILITY ANALYSIS COMPOSITES USING MECHANICAL AND FORMING DEFECTS CONSOLIDATION SHRINKAGE STUDY OF METAMATERIAL STUDY ON OF LIGHTWEIGHT OF RADOME WITH MULTIPLE SHORT- WEAR PROPERTIES IN THE DIAPHRAGM FORCE ON THE DISTRIBUTION OF ELECTRICAL WITH TUNABLE THERMAL PROPERTIES OF TENSILE PROPERTY NACRE REDUCED COMPOSITES TAILORING MICROSTRUCTURE STRUCTURAL A BISTABLE THREE- IN ADHESIVELY INTERFACE GNP REINFORCED OF CCF300/PEEK Xi-Qiao Feng (Tsinghua GRAPHENE THERMAL IN FOR IMPROVED FOR CFRP INSPIRED COMPOSITES PIEZOELECTRIC DIMENSIONAL INFLUENCE OF COMPOSITE LIQUID TUNED FSS MICROVASCULAR- OF PALM WOOD AS FORMING PROCESS PERFORMANCE OF METHACRYLATE- PROPERTIES BENDING STIFFNESS MATERIALS ALUMINIUM COMPOSITES University) OXIDE ON THE AUTOMATED TAPE BUCKLING BY THE STROMBUS Frank K. Ko, Lynn Y. ENERGY WOVEN CARBON MULTIWALLED BONDED STRUCTURES BASED Byung Ryung You, Heoung CHANNELS A MODEL NATURAL BY REDUCING AFP MANUFACTURED BASED AND OF DIFFERENT Yangyang Chen, Hussein FOR POWER COMPOSITES BY VIA POWDER ELECTRICAL LAYING PROCESS PERFORMANCE GIGAS SHELL Wan (University of British HARVESTER WITH PLATES UNDER CARBON NANOTUBE COMPOSITE ON CONTINUOUS Jae Chun(Yonsei Univ), IN THROUGH- COMPOSITE INTERPLY FRICTION LAMINATES SILORANE- CARBON NANOTUBE Nassar, Hui Chen, Xianchen ELECTRONICS COLD DRAWING IMPREGNATION X. Q. Feng established CONDUCTIVITY Wang Changchun (Beijing L. Culliford, R. S. Choudry, Riikka Hasa, Silvestre T. Columbia) STOPPERS BALLISTIC IMPACT ON MIXED MODE TUBULAR LAP FIBER REINFORCED Yong Bae Park(Ajou Univ), THICKNESS K. Friedrich, E. I. Akpan, B. AND THE QUALITY Ebrahim Oromiehie BASED DENTAL BUCKYPAPER FOR Xu, Andrew N. Norris, APPLICATIONS Jianchao Li, Xuexi Zhang, METHOD a microstructure-based AND THERMAL Aeronautical Science and R. Butler, A.T. Rhead Pinho (Imperial College Chunbo Lan (Northwestern Tao Liu, Paul Turner FRACTURE OF JOINTS UNDER COMPOSITES 3D Ik Pyo Hong(Gongju DIRECTION Wetzel (Technical University AFTER CURE (UNSW Australia), B. COMPOSITES LIGHTNING STRIKE Guoliang Huang Liangliang Li (Tsinghua Lin Geng (Harbin Institute Xuekuan Li (Beihang fracture mechanics model Technology Research (University of Bath) Polytechnical University, (University of Nottingham) SANDWICH PRINTING Nat'l Univ) , Yoon Jae Kaiserslautern) W.T. Wang, H. Yu, K.D. Gangadhara Prusty (UNSW DURING DENTAL PROTECTION ( Department of Mechanical STABILITY OF London) AXIAL, PRESSURE Yoshiki Kato(Department University) of Technology) University) of nacre to reveal the EPOXY Institute), Yue Guangquan University of Auckland), COMPOSITE Zhanghao Hou, Xiaoyong Kim(Agency for Defense of Mechanical Engineering, Potter, B.C. Kim (University Australia), Paul Compston RESTORATION APPLICATIONS and Aerospace Engineering, toughening mechanisms (Beijing Aeronautical Lihua Tang (University Alak Kumar Patra, Nilanjan AND TORSIONAL Tian , Tengfei Liu, Dichen Li Development) The structure, hardness of Bristol) (The Australian National OBSERVED BY University of Missouri, Jianqiang Liu, Jing Ma, Discrete Stiffness Tailoring We design and synthetise Finite element simulations Tokyo University of Science Polymer-based Improved GNP distribution A comparative experimental and fracture features of Xi Nan, Weihui Zhu, Wen Science and Technology (DST) is an alternative of Auckland), Weiyang were conducted to Mitra( Indian Institute of LOADING VIA (Xi’an Jiaotong University) 2641 Yamazaki, Noda-shi, as well as the sliding and University), Ginu Rajan DIGITAL IMAGE Evmorfia K. Diamanti Department of Mechanical nacre and biomimetic Research Institute), a Strombus gigas shell Qin (Northwestern Technology Kharagpur) Measurement of propagation abrasive wear properties This research investigated (Engineering University of CORRELATION (Queen’s University Belfast), and Aerospace Engineering, composites with high in GNP/Al composite was investigation is reported Qin (Taiyuan University of way of varying fibre angle inspired microstructure investigate the dynamic STIFFNESS- Chiba 278-8510, Japan), thermal conductivity were achieved by cold draw about the rheology of nanopapers. The optimal Technology) Zhang Jiazhen (Beijing to increase buckling Polytechnical University) response of a clamped TAILORING The disadvantages of characteristics and structural Shu Minakuchi(Department of black-fiber palm wood the effect of interleaving Wollongong) METHOD Brian G. Falzon (Queen’s Rutgers University) characteristic size ranges Aeronautical Science and for carbon/epoxy material The acoustic and low- conventional forming stability analysis of micro were studied. Additional toughening materials at University Belfast), Stephen developed for thermal process, resulting in a more two kinds of PEEK resins performance that is system, with the aim of orthogonal 3D woven M. A. Khana, S. Kumara of Advanced Energy, management of power significant strengthening and tensile property of of microsized platelets and Reduced graphene oxide Technology Research compatible with current carbon circular plate under velocity impact responses (Institute Centre for Energy processes for continuous channel type FSS were Graduate School of Frontier impregnation of this natural prepreg ply interfaces on the In this paper, in order to J.H. Park (Hanyang C. Hawkins (Queen’s Topology optimization of nanosized mineral bridges Institute), Liu Jianguang enhancing the material’s of natural fiber reinforced fiber reinforced composite carried out. Even though composite in oil reduced forming quality as well as establish and understand University, Seongdong- University Belfast, Monash a two-dimensional hyperbolic electronics. effect of Graphene nano CCF300 reinforced PEEK (RGO) was prepared by high rate deposition damage tolerance. ballistic impact with focus (iEnergy) Department of Sciences, The University of platelets. composites via powder were determined. three different methods (Beijing Aeronautical methods such as Advanced on the role of the through- skins and balsa wood core Mechanical and Materials lightweight structure, such water is used as the fluid of Tokyo, 5-1-5 Kashiwanoha, significantly the sliding the mechanical performance a correlation between gu), N.S. Choi (Hanyang University, Clayton) metamaterial is presented impregnation. and further functionalized Science and Technology Tape Laying (ATL). the-thickness (TTT) based sandwich structures Engineering, Masdar as complex process, long the FSS, it can achieve the Kashiwa-shi, Chiba friction coefficient. after curing. the key parameters in University, Ansan) in this paper. The optimized using sodium dodecyl Research Institute), Li Jin Compression testing of flat reinforcement. were investigated. This Institute of Science and process period and high desired target frequency and 277-8561, Japan), Shinji AFP and the mechanical In this study, we compare metamaterial exhibits 16:15 type of sandwich structure cost, have limited the wide stability at the same time. properties, several Polymerization shrinkage the electrical properties of hyperbolic dispersions in a benzene sulfonate (SDBS) (Ningxia University) panels shows that DST can Technology) Ogihara (Department of and cetylpyridinium improve buckling stress provided superior sound applications of continuous Mechanical Engineering, parametric experiments distribution of methacrylate- buckypaper fabricated with broad frequency range. It chloride (CPC); the epoxy The automated tape laying up to 16% for the simple absorption and impact fiber reinforced composite Tokyo University of Science were performed. This is based and silorane-based three different methods can support subwave length composites that incorporate (ATL) process has regarded example of redistributing energy absorption capacity This study focuses on lightweight structure. 2641 Yamazaki, Noda-shi, done through manufacturing dental composites (vacuum filtration method imaging with extremely high these RGO were fabricated as a cost-effective method material in a standard and has the potential to mitigating edge effects in This paper reviews the Chiba 278-8510, Japan) uni-directional carbon fibre during dental restoration without surfactant, ‘domino resolution. We also discuss to explore different RGO in obtaining the composite angle quasi-isotropic replace synthetic sandwich bonded composite tubular research status of composite Nobuo Takeda (Department reinforced polymer laminates was measured during pushing’ method and directly the mechanics of these and functionalized RGO parts, which have widely [±45/90/0]2S laminate. structures in applications lap joints subjected to a lightweight structure 3D of Advanced Energy, and identifying some of their curing using digital image drawn CNT webs) as well exotic wave behaviors. on the thermal stability used in the design of civil aspects of load-bearing and combined axial, pressure printing, and meanwhile Graduate School of Frontier main mechanical properties correlation method. The as two species of hybrid of epoxy composites. aircraft for the excellent sound absorption structures. and torsional loading via presents a new integrated Sciences, The University of at different location along the average radial strain of buckypaper. performance structural specific strength and compliance-tailoring of the manufacturing process of Tokyo, 5-1-5 Kashiwanoha, length of samples. resins by digital image composites. modulus properties. In this adhesive. high performance continuous Kashiwa-shi, Chiba 277- correlation method on the study, the effect of laying fiber reinforced composite 8561, Japan) resin/substrate interface speed on the thermal field lightweight structure rapidly shrank within distribution of thermoplastic based on continuous fiber This study proposes a 4 minutes, and then composites in the ATL reinforced thermoplastic self-healing system using converged to a constant process is studied with composites 3D printing. microvascular networks value with an increase the simulation method, in the through-thickness of time. which can be used to direction. determine the reasonable process parameters in the manufacture process. Wednesday 23 August ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

3101-4 3102-4 3103-4 3104-4 3105-4 3106-4 3109-4 3110-4 3111-4 3112-4 3115-4 3117-4 3118-4 3119-4 3121-4 3122-4 A NUMERICAL AN ENHANCED MODIFICATION VALIDATION OF A WELL-DISPERSED SIMULATION OF ANALYSIS DUAL RESONANT A NEWLY- THE ACOUSTIC AND AIR ACCIDENT TRIBOLOGICAL PROCESS DESIGN MANUFACTURING THE VERTEX DYNAMIC RECTILINEAR- METHOD FOR FEM MODEL ON OF CHEMICALLY NOVEL MODEL FOR MULTI-WALLED CARBON FIBER ALIGNMENT OF THREE- DEVELOPED IMPACT RESPONSE INVESTIGATION AND BEHAVIORS OF CONCEPT FOR AND RECYCLING PROGRAM: HOMOGENIZATION NANOTUBE/PEEK TO-ROTARY OF SANDWICH AIRWORTHINESS EPOXY COMPOSITES AUTOMATED PRE- COMPLEX LOADING FOR PHONONIC PREDICTING THE THE DEFORMATION STABLE POLYMERIC THE COMPRESSIVE DURING THE DIMENSIONAL OSCILLATOR FOR FIXTURE AND OF 3D PRINTED MECHANICAL BEHAVIOR OF MATERIALS 87. RESPONSE OF FRP: NANO-COMPOSITES INJECTION WOVEN BROADBAND TESTING METHOD STRUCTURES ANALYSIS DUE MODIFIED WITH ASSEMBLING OF AND VALIDATION METASOLIDS WITH PROPERTIES OF SIC-ALUMINUM IMPROVEMENT IN EXPERIMENTS WITH AND THEIR MOLDING PROCESS COMPOSITES ELECTROMAGNETIC FOR STRAIN BASED ON NATURAL TO FAILURE OF LUBRICANT- MULTI-MATERIAL- CONTINUOUS OF AERONAUTIC CONSIDERATION OF PHOTOLUMINESCENCE ENERGY FIBER REINFORCED REAR PRESSURE MICROCAPSULES PREFORMS CARBON FIBER COMPOSITE WILLIS COUPLING TIGHTLY PACKED COMPOSITES THE ADHESION DIFFERENT FIBRE PROPERTIES BY USING SHORT M. Keith Ballard, J. RATE-DEPENDENT SYNTACTIC FOAMS Xiang Gao, Xuexi Zhang, PROPERTY OF ORIENTATIONS CARBON FIBER AND Scott McQuien, John D. HARVESTING WITH FLEXURAL SKINS AND BALSA BULKHEAD AND SHORT S R. Schnurr, J. Beuscher, REINFORCED PLA STRUCTURES Yan-Feng Wang, Yue-Sheng Qing Zhang (Super C Inc., FREQUENCY UP- WOOD Li Zhongyang, Li Dong, CARBON FIBERS K. Lippky, F. Dietrich, A. Bruno Castanié (Institut Wang(Beijing Jiaotong Mayall (Fergusson Lin Geng (Harbin Institute FRP, CFRP, AND T. Bru (Swerea SICOMP, Shenzhen Cone Technology PDMS MIXTURE Whitcomb CONVERSION PROPERTIES COMPOSITES Advance Composites of Technology) CFRTP FOR CAR/ Chalmers University of Dong-Wook Oh, Jun Yub W. Deng, Y. Wang (Stony DETERMINATION Y.O. Shen, J.C. Zhang , Y. Li Guo Xiang Jinglei Yang (Hong Kong Müller, K. Dröder, K. Dilger Xiaoyong Tian (Xi’an Clément Ader (ICA)) University), Vincent Co., Ltd.), Chunyen Hsu (Super (Tongji University) (Mailbox72-305, Yanliang University of Science and Laude(Université de Technology), D. Carolan AIRCRAFT-USE. Technology), R. Olsson C Inc., University of Delaware), Park (Chosun University) A 3D orthogonally woven Brook University) OF CARBON/EPOXY Jiaotong University) (Imperial College London, Hitoshi Kanazawa, (Swerea SICOMP) , G.M. textile composite was COMPOSITES District) Technology), Nan Win Khun Decreasing bending The VERTEX project Bourgogne Franche-Comté) Kathryn Scafford (Super C This paper will provide an (Nanyang Technological stiffness, tacky surfaces and proposes to develop a University College Dublin), Aya Inada (Fukushima Vyas (Swerea SICOMP), Inc.), Fei Deng (Super C Inc., Flow visualization of carbon investigated using finite T. Schmack (Audi AG), Low-cost and high- A. Fergusson (Fergusson University) S. Costa (Swerea SICOMP, fiber inside a polymeric element models that had R. Righi (Audi AG), D. overview of work carried out Some cases associated University), He Zhang fast cooling of heated fiber efficiency manufacturing methodology of analysis Dynamic effective properties Shenzhen Cone Technology to better understand how with the civil aircraft (Nanyang Technological reinforced thermoplastics and general validation of of phononic metasolids can Advance Composites Chalmers University of Co., Ltd.) matrix is performed in this up to 2 million nodes. The Huelsbusch (TU Dortmund technologies for composite Technology, Imperial Non-adhesive polymers Technology) paper. The flow medium investigation focused on University), J. Rausch tufted sandwich structures accidents due to failure University), Dawei Sun (Hong (TP-FRP) leads to difficult components are very composite structures at be estimated based on the behave during edgewise of rear pressure bulkhead Kong University of Science handling conditions in the scale of “technological solution of definite boundary College London), J.P. Dear such as polyolefin’s, Multi-walled carbon and the channel simulate a the convergence behavior (Audi AG), D. Roquette important to further (Imperial College London) silicone resin and This is an experimental molten polymer composite and the locations and (Audi AG), G. Deinzer crushing failure. A series of are investigated. And the and Technology) automated processes. This industrial applications. A specimens”. This means value problems. Are they nanotubes (MWNTs) have novel experimental methods corresponding airworthiness paper shows potentials of specimen large enough valid to reproduce the band fluorocarbon resins were study on the progressive never been observed with flow inside the injection magnitudes of the most (Audi AG), C. Kassapoglou novel 3D printing based A fully automated modified by our original failure of unidirectional mold. severe stress components. (TU Delft), F. Walther (TU has been developed to requirements are listed The multifunctional novel multi-material lightweight fabrication method for to represent scientific or structures? photoluminescence-related test these structures and and the accident symptom tribomaterials were design (TP-FRP and design issues but which 16:35 numerical modelling DHM method. Their laminates. The crush stress properties. By dispersing Dortmund University) continuous fiber reinforced approach has been adhesion property was curves and the information understand the complex airworthiness analysis is developed by combining metal inserts) which not thermoplastic composites remain independent of a MWNTs in PEEK polymer, our mechanisms that take place carried out. According to wax and reactive reagents only affects the properties particular part of an aircraft. created to investigate the improved. on failure obtained by MWNT/PEEK nanocomposite This study deals with (CFRTPCs) was put forward microstructural mechanics optical microscopy are of a newly developed during failure, with the aim the analysis of these cases, filled microcapsules and and functions of the final to overcome limitations The choice of this scale contains individualized of allowing performance the reasons why the failures short carbon fibers in epoxy component, but also the allows an original positioning of syntactic foams. The interest for the development MWNTs and exhibits unusual fixture to obtain strain of conventional forming approach allows for of crash models for rate-dependent properties improvements to be made. of rear pressure bulkheads matrix. manufacturing itself. process in expense and on the so-called structural photoluminescence; further happen are concluded. scale (second level of the systematic investigation composite materials. investigation has been carried of carbon fiber reinforced efficiency. Continuous fiber into the effects of complex plastics (CFRP) under and thermoplastic filament pyramid of the tests) and out to study the underlying allows dealing with a very microstructural parameters mechanism. flexural loading. While were utilized as on the bulk behaviour of the quasi-static method is reinforcing phase and wide range of fundamental syntactic foam and provides mostly state of the art and matrix, respectively, and or industrial problems. insight into scatter observed covered in standards, the simultaneously fed into the in experimental data. dynamic testing of CFRP fused deposition modeling is very demanding in terms (FDM) process realizing the of testing procedure, test integrated preparation and rig and occurring failure forming of CFRTPCs without mechanisms. molds.

17:00 General Assembly General Assembly

18:30 Dinner Dinner Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

08:00 PLENARY LECTURE at Qujiang Auditorium: Strong, Fast, Powerful, Durable, and Cheap Polymer Fiber and Hybrid NanofiberYarn Artificial Muscles and Their Applications Ray Baughman, University of Texas at Dallas, USA PLENARY LECTURE at Qujiang Auditorium: Strong, Fast, Powerful, Durable, and Cheap Polymer Fiber and Hybrid NanofiberYarn Artificial Muscles and Their Applications Ray Baughman, University of Texas at Dallas, USA

4101 Polymer Matrix 4102 Metal Matrix 4103 Fiber-reinforced 4104 Fracture and Forum on Lightweight 4107 Structural Analysis 4108 Ductile and Pseudo- 4109 Textile-Based 4110 Energy Harvesting 09:05 4105 Nano-Composites 9 4111 Dynamic Behavior 2 4112 Sandwich Structures 4113 Joints 9 4114 Actuation and Dynamic 4115 Processing- 4116 Self-Healing and 4117 Acoustic Meta- 4118 Process Induced Materials 9 Composites 9 Composites 9 Damage 9 Structures and Composites and Optimization 9 ductile Composites 2 Composites 2 and Storage 4 and Materials 5 Response Manufacturing Technologies 1 Bio-inspired Designs 5 Composite 2 Effects 1 4119 Additive Manufacturing 2 4120 Bio and Medical 7 4121 Automotive and Rail 3

4101-1 4102-1 4103-1 4104-1 4105-1 4107-1 4108-1 4109-1 4110-1 4111-1 4112-1 4113-1 4114-1 4115-1 4116-1 4117-1 4118-1 4119-1 4120-1 4121-1 INITIAL STUDIES TO WEAR PROPERTIES IMPROVEMENT OF A BENCHMARKING THE DAMPING INTERNATIONAL DYNAMICAL AND Experimental TENSILE STRENGTH FUNCTIONALIZED INCORPORATING IMPROVING THE NUMERICAL AND PREDICTION OF A METHOD FOR DEVELOPMENT THE SEARCH FOR EFFECTS OF TEMPERATURE MECHANICAL DYNAMIC CHARACTERISE A OF SICW+CNTS/ THE FLEXURAL EXERCISE PROPERTIES TOP-LEVEL FORUM HARVESTING investigation of AND STRUCTURAL HIGH-K NANOWIRES DIC IN HIGH STAIN PERFORMANCE OF EXPERIMENTAL FATIGUE LIFE DISPERSING OF SELF-HEALING EDGE STATES FAST PREPREG CONTROL OF MODEL OF MECHANICAL POLYMER MATRIX AL COMPOSITES STRENGTH OF FOR THREE OF DIFFERENT ON ENGINEERING CHARACTERISTICS ductile behaviour EFFECT OF WOVEN POLYMER RATE TESTING TUFTED COMPOSITE INVESTIGATION OF COMPOSITE PARTICLE FILLERS TECHNIQUES FOR IN MECHANICAL PRESSING ON CONTINUOUS BIOLOGICAL BEHAVIOR OF FLAX FOR USE IN PREPARED LAMINATED CFRP LONGITUDINAL CNT FILMS SCIENCE AND OF A NOVEL PENTA- and damage COMPOSITES IN NANOCOMPOSITES OF FIBROUS SANDWICH OF PROGRESSIVE LAMINATES USING IN THERMOPLASTIC FIBER REINFORCED METAMATERIALS LAMINATE QUALITY CARBON FIBRE SUTURES WITH FIBER REINFORCED COMPOSITE WIND BY PRESURE COMPOSITE STRENGTH CHARACTERIZED TECHNOLOGY STABLE ENERGY mechanisms of BIAS DIRECTIONS WITH ENHANCE COMPOSITE STRUCTURES FAILURE OF BOLTED LASER ULTRASONIC COMPOSITES USING COMPOSITES: (INVITED TALK) AND MECHANICAL REINFORCED FIBROUS JOINTS COMPOSITE TURBINE BLADES INFILTRATION ADHESIVE JOINTS MODELS FOR BY CYCLIC TENSILE DEVELOPMENT HARVESTER woven composites Song Yu (Jiangnan ENERGY STORAGE WITH THE SPLIT Jamie Hartley, Matthew SINGLE-LAP METHOD COMMINGLED RECENT ADVANCES Massimo Ruzzene (Georgia PROPERTIES THERMOPLASTIC Yaning Li, Kateryna LATTICE CORES: Bethany Russell (University X.X. Zhang, R.F. Yan, L. FABRICATED BY UNIDIRECTIONAL TESTING STRATEGY - Zhiyong Zhou, Weiyang under bending University), Diantang Zhang CAPABILITY HOPKINSON BAR Dyson, Carwyn JOINTS OF WOVEN Chongcong Tao, Jinhao Qiu, YARNS ON INTRINSIC Institute of Technology) Oliver Rimmel (University COMPOSITES BY 3D Miroshnichenko, Igor EXPERIMENT of Bristol), Carwyn Ward Geng (Harbin Institute of VACUUM ASSISTED FIBRE-REINFORCED Min Li (Beihang University), LIGHTWEIGHT Qin, Pei Zhu (Northwestern Himayat Ullah, Vadim (Jiangnan University), Kun Guanyao Wang, Xingyi TECHNIQUE Ward(University of Bristol) REINFORCED Hongli Ji, Chao Zhang, Zhan Joanna C. H. Wong, Nadine SELF-HEALING of Kaiserslautern), David PRINTING TsUnited Kingdomrov Chong Zhang (Beihang (University of Bristol), Technology) RESIN TRANSFER COMPOSITES Qianli Liu (Beihang STRUCTURES Polytechnical University) V. Silberschmidt Qian (Jiangnan University), Huang, Pingkai Jiang Amos Gilat, Jeremy D. COMPOSITE Wang, Weixing Yao(Nanjing Hertaeg, Paolo Ermanni MECHANISM Becker (University of Jing Pu (Beihang University, (University of New University), Dayong Hu Shinji Takeda (Hitachi MOLDING VARTM Yentl Swolfs (KU Leuven), University), Shaokai Wang AND COMPOSITES (Loughborough University) Na Jia (Shanghai (Shanghai Jiao Tong Seidt, Peiyu Yang (Ohio The short summary of this X.F. Hu, A. Haris, M. Ridha, University of Aeronautics (ETH Zurich) A. Kotrotsos, S. Tsantzalis,P. Kaiserslautern), Christian University of Nottingham), Hampshire) (Beihang University, Chemical Company. Ltd), Mahmoud R. Abusrea Soraia Pimenta (Imperial (Beihang University), (Registered Composites Science & University) State University) paper are: The arrangement V.B.C. Tan, T.E. Tay(National and Astronautics) Tsokanas , V. Kostopoulos Gemperlein (all ahead Peng Zhuo (University Aircraft/Engine Integrated Ian Hamerton (University (Kyushu University, Cairo College London), Alain Qingwen Li (Suzhou participants only, This research investigates Technology Co.,Ltd) of the graded foam has a University of Singapore) Particle-filled thermoplastic (University of Patras) composites GmbH), Peter of Nottingham, AVIC Composite mechanical System Safety Beijing of Bristol) University), Seung-Wook Thionnet (CNRS UMR Institute of Nano-Tech and please see separate experimentally the ductile Strain rate sensitivity of significant influence on the A physical damage based composites are produced Mitschang (University of Composites Corporation, model of the zigzag shaped Key Laboratory), Jun Xu Han (Hanyang University), 7633, University of Nano-Bionics), Zuoguang pages for details) behavior of woven CFRP T800/F3900 composite is deformation and damage This study presents a 3D stiffness degradation by dispersing ceramic The current investigation Kaiserslautern) Ltd.), Shuguang Li suture is developed. The (Beihang University, Xi’an A new anhydride-cured Kazuo Arakawa (Kyushu Burgundy), Anthony Bunsell Zhang (Beihang University) and GFRP laminates investigated using digital modes of the sandwich plate explicit FE analysis for the model combined with laser nanoparticles into a non- describes recent advances (University of Nottingham), model includes presents Jiaotong University) epoxy resin, developed University), Nak-Sam Choi (CNRS UMR 7633), Larissa under bending loads. image correlation for with graded aluminum foam bearing failure of the bolted ultrasonic method for life consolidated woven textile in the field of intrinsic Investigations of the Ian Ashcroft (University of of the aligned collagen 09:05 by Hitachi Chemical Co. (Hanyang University) Gorbatikh (KU Leuven), The vacuum filtration Subsequently, the induced strain measurement in core. The graded sandwich joint of woven composites, prediction of composite of commingled yarns. The self-healing mechanism dependency of laminate Nottingham), Arthur Jones fibers in soft connective Ltd., has been evaluated Hannah Morton (University (VF) CNT film (also damage mechanisms in dynamic and quasi-static plates with the high density and the numerical results laminates. effects of the particles for structural composites properties on curing (University of Nottingham) tissue between two skeletal to access its interlaminar of Southampton), S. Mark called buckypaper) and laminates are examined tests. core towards the blast have been validated by on the toughness of the by utilizing three different temperature and degree of components. properties in comparison Spearing (University of floating catalyst chemical using X-ray micro-CT. source have an outstanding experimental tests. matrix and the consolidated self-healing agent types cure have been conducted This paper describes the to an existing amine cured Southampton) vapor deposition (CVD) blast-resistance under fibre-reinforced thermoplastic according to their chemistry. by producing sample plates design of a high temperature epoxy system. Preliminary CNT film were fabricated moderate and low intensity composite material are and testing their mechanical heating system for a 3D studies have encompassed Three longitudinal strength to study the damping blast loading while the studied. properties. In conclusion, printing application of both resin characterisation models for unidirectional properties by cyclic tensile opposite result is given it was found that laminate continuous carbon fibre and some mechanical composites were testing with the reference of under high intensity blast properties comparable to reinforced thermoplastic testing of GFRP laminates. benchmarked against each commercial damping rubber loading. those achieved in autoclave composites FDM process. other and experiments, produced by 3MTM. The processes can be reached The purpose of this system leading to vital insights for results imply that the CVD- with fast prepreg pressing is to use PEEK carbon future developments of grown CNT film could be a while strongly enhancing fibre prepreg material as such models. promising damping material process speed and the printing material for in complex structural economic efficiency. continuous carbon fibre systems, such as electronic reinforced thermoplastic devices and aerospace composites manufacturing. vehicle.

4101-2 4102-2 4103-2 4104-2 4105-2 4107-2 4108-2 4109-2 4110-2 4111-2 4112-2 4113-2 4114-2 4115-2 4116-2 4117-2 4118-2 4119-2 4120-2 4121-2 EFFECTS OF THE ANALYSIS STUDY ON THE FAILURE ANALYSIS EFFECT OF INTERNATIONAL NUMERICAL ANALYSIS IMPROVING DAMAGE THE IN-PLANE GIANT MESUREMENT OF DEFORMATION A MODIFIED ARCAN AN INVESTIGATION OF INVESTIGATION MECHANICAL AN EXPERIMENTAL SIMULATION AND INFLUENCE OF STRUCTURE DESIGN LIGHTWEIGHT OF SURFACE GRAPHENE OXIDE MODIFICATION OF SICP INTERFACIAL OF THICK LAMINATES GRAPHENE SHEET TOP-LEVEL FORUM ON BEARING TOLERANCE OF MECHANICAL ELECTROSTRICTION DYNAMIC STRAINS AND DAMAGE OF TEST FOR MIXED- THE VISCOELASTIC OF PROCESSING PROPERTIES STUDY OF THE ANALYSIS OF PARAMETERS AND ANALYSIS OF COMPOSITE WITH DIFFERENT AND INTERFACE OF PROPERTIES OF UNDER OUT-OF- SIZE ON ELECTRICAL ON ENGINEERING BEHAVIOR OF CARBON FIBRE PROPERTIES OF 2.5D OF SOFT ON COMPOSITE SANDWICH PLATES MODE LOADING OF BEHAVIOUR OF PARAMETERS IN OF ADDITIVELY EFFECT OF PROCESS INDUCED ON MECHANICAL THE MULTILAYER COMPONENTS FOR A OXIDATION DEGREE SICP/A390 COMPOSITES CARBON FIBER/ PLANE SHEAR CONDUCTIVITY AND SCIENCE AND COMPOSITE BEAM LAMINATES VIA WOVEN POLYMERIC NANOCOMPOSITES T-JOINT SUBJECTED WITH GRADED BOLTED JOINTS INTERLEAVED CONTINUOUS LATTICE MANUFACTURED PHONONIC CRYSTALS DEFORMATION PROPERTIES OF STACK CONSISTING RALLY COMPETITION ON THE PROPERTIES Aiqin Wang (Henan EPOXY COMPOSITES Jia Liyong (First Aircraft PERCOLATION OF TECHNOLOGY WITH OPEN-HOLE BIO-INSPIRED MICRO- MATRIX COMPOSITES FOR MECHANICAL TO HYDRODYNAMIC ALUMINIUM FOAM IN COMPOSITE COMPOSITES WITH FABRICATION COMPOSITE GEOMETRICS ON FOR COMPOSITE THERMOPLASTIC BOTH HARD AND SOFT CAR OF EPOXY University of Science and UNDER THE Institute of AVIC), Jia GRAPHENE AEROGEL/ DEVELOPMENT Wenxuan Xie, Fa Zhang, STRUCTURAL DESIGN W. Kong (AECC ENERGY HARVESTING RAM USING PVDF CORES SUBJECTED STRUCTURES SHAPE MEMORY Martin Eichenhofer, Joanna. MATERIALS WITH UNIDIRECTIONAL STRUCTURES POLYMERS OBTAINED LAYERS FOR FLEXIBLE Gabriel Fortin, Yasumasa NANOCOMPOSITES Technology) HYGROTHERMAL Yuming (First Aircraft EPOXY COMPOSITES STRATEGY - Jubin Gao, Chuanjun Silvestre T. Pinho, Commercial Aircraft Engine Jinkai Yuan, Alan Luna, SENSORS TO BLAST LOADING Garth M Pearce, Yong H E B. Zhang (Imperial College C. H. Wong, Paolo Ermanni ULTRASONICALLY TRANSMISSION Liu Kai (Beihang University), BY FUSED FILAMENT ELECTRONICS Komaki, Fukunaga Osamu, Wanshuang Liu, Xiaoyu SiC particles were washed by clear water CONDITION Institute of AVIC), Li Miao Ne Myo Han, Zhenyu LIGHTWEIGHT Liu (Beijing Aeronautical Gianmaria Bullegas, Marine CO.LTD, University of Wilfrid Neri, Cécile Zakri, Eun-Su Go (Chungnam T. Wang(Xi’an Jiaotong Quek, Cong Y Tao(UNSW) London), P. Robinson (ETH Zurich) ASSEMBLED Jia-Hao He, Chao-Nan Ye Jinrui (Beihang FABRICATION (FFF) Shuang Li (Chinese Academy Akio Ohtani, Hiroyuki Hu, Yi Wei (Donghua and then heated at high temperature of 1000 Shu Xiong, Xinyan Zang, (First Aircraft Institute of Wang, Xi Shen, Ying Wu, Science & Technology Charrier, Soraia Pimenta Nottingham), R. Brooks Annie Colin, Philippe Poulin National University), University&Xi’an Research (Imperial College London), Wang , Hsin-Haou University), Zhang Boming S. Terekhina (Ecole of Sciences), Rui Li (Dalian Hamada ℃. Powder mixture of A390 Al and heated STRUCTURES REINFORCEMENT University) SiC particles and non-heated SiC particles Kaiwen Wu, Yan Zhao (Beihang AVIC), Yu Long (Imperial Xu Liu, Qingbin Zheng, AND COMPOSITES Research Institute of (Imperial College London) (University of Nottingham), (Université de Bordeaux) In-Gul Kim (Chungnam Institute of High-Tech), Q. H. A novel modified Arcan test A. Bismarck (Imperial Experimental investigation Thomas M. Llewellyn-Jones Huang(National Taiwan (Beihang University), Nationale Supérieur d’Arts University of Technology), were prepared into 20% (mass fraction) University) College London), Zhang Jang-Kyo Kim (The Hong COMAC) E. Sitnikova (University National University), Qin(Xi’an Jiaotong University), W. rig has been developed College London, University of processing parameters (University of Bath), Bruce University) Tang Zhanwen (Beihang et Métiers), M.L. Hattali Yewang Su (Chinese Academy SiCp/Al composites, consolidating by (Registered The structure evolution high-energy ball mill and powder metallurgy. Kuangyi (Imperial College Kong University of Science participants only, We design, prototype of Nottingham), X. Zhao We demonstrated that Dong-Geon Kim L. Yu, M. L. Zhu(Xi’an Research for testing the mixed-mode of Vienna), H.A. Maples on porosity in Continuous D. Drinkwater (University University), Jiang Tian (University of Paris-Sud, of Sciences) of graphene oxide with The microstructure of SiC particles before Study on the interfacial London), J. P. Dear and Technology) This study investigates and test bio-inspired (AECC Commercial Aircraft the soft nanocomposites (Chungnam National Institute of High-Tech) , T. J. performance of bolted joints (University of Vienna), C. Lattice Fabrication (CLF), a of Bristol), Richard S. Trask (Beihang University), Liu University of Paris-Saclay), and after pretreatment and interface of SiCp/ please see separate increasing oxidation degree Al composites were observed by using properties of carbon fiber/ (Imperial College London) pages for details) the numerical analysis of CFRP composites with an Engine CO.LTD, University based on liquid crystalline University), Kyeongsik Wang(Xi’an Jiaotong University) in composite laminates, Burgstaller (Transfercenter novel additive manufacturing (University of Bath) Weiping (Shanghai Aircraft L. Guillaumat (Ecole Composite structures, such as was investigated. transmission electron microscopy (TEM). The epoxy composites under the Unidirectional graphene bearing behaviour on C engineered translaminar of Nottingham), Q. Pan graphene show giant Woo (Chungbuk National complementing existing für Kunststofftechnik(TCKT)) technique invented at ETH Manufacturing CO) Nationale Supérieur d’Arts stacks consisting both hard and chemical compositions of surface substance The effects of GO structure of SiC particles and SiCp/Al composites hygrothermal condition. This paper provides a multi- aerogel assembled using section beam with different fracture surface, leading (AECC Commercial Aircraft electrostriction, thus hold University), Jong-Heon For the analysis of impact ASTM standards. This paper Zurich for the cost efficient 3D printed dogbone samples et Métiers) soft layers are widely adopted in on the properties of epoxy/ were studied though X-ray photoelectron scale progressive damage ultralarge graphene oxide types of open-hole on web. to significant increases Engine CO.LTD, University great promise for vibrational Kim (Agency for Defense damages and the damage presents results which This paper reports on an deposition of fiber-reinforced were manufactured with This work aims the design of flexible electronics. 09:25 spectroscopy (XPS). The results show that: GO composites were the surface of SiC particles after washing by model for thick composite sheets (1595.8 µm2) form in notched strength and of Nottingham), T. Yu mechanical energy Development, Republic tolerance behaviour of show a complex interaction experimental and modelling thermoplastic composites. ultrasonically assembled glass at developing a simulation In this research three These works prove that shear systematacially studied. water was proven to relatively obvious edges laminate and an improved epoxy composites with high energy dissipated during (AECC Commercial Aircraft harvesting. of Korea) honeycomb sandwich between bearing and investigation into the microfibre reinforcement, method of process-induced parameters for Fused deformation dominates in the soft and corners, presenting a small amount of the adsorption C or free C, free O and very cohesive zone model which fracture toughness (1.68 fracture. Engine CO.LTD, University structures experiments are pull-through failure for both viscoelastic behaviour of and subsequently loaded distortions (PID) for Filament Fabrication: layer adhesive layers of the laminated few of the SiO on the surface, no SiO2. The considers the resistance of MPa m1/2­­), high electrical of Nottingham), S. Li increasingly replaced by UD and fabric composite an interleaved carbon fibre/ in tension to failure. The unidirectional thermoplastic height, pattern geometry and structure when it is bent and give surface of heated SiC particles has obvious characteristics of amorphous material, inter-laminar compressive conductivity (0.135 S cm-1) (University of Nottingham) numerical simulation using laminates. epoxy composite. This change in tensile modulus composites in the infill density were examined some analytic expressions of testing for very small amounts of carbon stress. and ultralow percolation explicit finite element solver has a significant effect and ultimate tensile strength thermoforming process and at three variable settings displacements and strains for adsorption or free C, free O, most amount of SiO2 and a little of SiO. The interface threshold (0.0066 vol.%). This paper presents the and detailed numerical on the re-shaping this were determined with respect analyzing the effects of fiber for building test parts. The engineers to use. microstructure of SiC and Al of non-heated mechanical behavior simulation models. In this interleaved composite and to the angle between fibre orientations and stamping Taguch's method and full SiCp reinforced Al composite was clean interface, appearing a little Al2O3, no harmful of four types of 2.5D paper a one-step and on the deployment time orientation and the loading residual stresses. factor design were used for phase Al4C3. The interface microstructure woven polymeric matrix a step-by-step residual of structures made of this axis. determining the optimum of SiCp and Al of heated SiCp/Al composite was a distinct interface type named reaction composites under quasi- strength simulation material. parameters that affect interface, producing obvious chemical static tensile, compressive approach are investigated the output characteristic reaction between the interface of SiCp and Al, improved the tensile strength and and shear loadings. and show a good agreement responses i.e., Young elongation of the composites. In addition, to residual strength test data Modulus and Yield stress of the mechanism of oxidation behavior and calculation of film thickness of SiC particles of honeycomb sandwich ABS and PLA thermoplastic were discussed. structures. materials. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

4101-3 4102-3 4103-3 4104-3 4105-3 4107-3 4108-3 4109-3 4110-3 4111-3 4112-3 4113-3 4114-3 4115-3 4116-3 4117-3 4118-3 4119-3 4120-3 4121-3 UNDERSTANDING EFFECTS OF SYNERGETIC CAPTURING NANOSTRUCTURED INTERNATIONAL A NEW FOURIER- UNIDIRECTIONAL INFLUENCE OF FLEXIBLE EFFECT OF STRATEGIES TO NUMERICAL MORPHING HOW COBOTS BUILD INVESTIGATION ON TUNABLE BAND INFLUENCE OF 3D PRINTING OF PRINTING OF TOUGH OPPORTUNITIES THE MECHANISM OF GRAPHENE EFFECTS OF SUBTLE FEATURES INTERLAMINAR TOP-LEVEL FORUM RELATED DOUBLE HYBRID COMPOSITE 3D WEAVING SELF-POWERED ZANCHOR INVESTIGATE INVESTIGATION AIRCRAFT BASED TAILORED BLANKS: EXCELLENT ENERGY STRUCTURES IN TOOL-PART CONTINUOUS HYDROGELS INTO FOR THE USE POSITIVE THERMAL SHEETS ON THIN PLY AND OF DELAMINATION REINFORCEMENT ON ENGINEERING SCALE ANALYSIS OVERLOAD PARAMETERS SENSORS REINFORCEMENT THE RESIDUAL OF A HYBRID ON SMART MATERIALS ABSORPTION A PRESTRESSED FRICTIONAL FIBRE REINFORCED STRUCTURES WITH OF COMPOSITE COEFFICIENT MICROSTRUCTURE NANOSTITCHING SHAPES IN CROSS- OF AEROSPACE SCIENCE AND TO MODEL THE SENSORS ON PREFORM USING ORGANIC ON ENERGY STRENGTH OF MECHANICAL- MATERIALS AND AND PROCESS CAPABILITY OF BEAM WITH MULTI- INTERACTION ON THERMOPLASTIC TITIN-LIKE DOMAINS MATERIALS IN RAIL IN CONDUCTIVE AND PROPERTIES STUDIED BY PLY LAMINATES LAMINATES WITH TECHNOLOGY WRINKLING OF Tamas Rev, Gergely Czél, COMPRESSION THERMOELECTRIC ABSORBING JIN QIAN (ZHEJIANG SYNCHROTRON IMPACT DAMAGED ADHESIVE JOINING STRUCTURES QUALIFICATION POMELO PEEL LEVEL RESONATORS THE CURE-INDUCED COMPOSITES APPLICATIONS – A POLYMER OF GRAPHENE/CU RADIATION DUE TO LOW SPEED RADIALLY-ALIGNED DEVELOPMENT CIRCULAR THIN Meisam Jalalvand, Michael AND LAMINATE EFFECT CAPABILITY OF HONEYCOMB TECHNOLOGY (INVITED TALK) FOR ADVANCED Wen Zhang (Beihang Weijian Zhou Weiqiu DEFORMATIONS IN Peng Zhuo (The University UNIVERSITY) CASE STUDY COMPOSITES COMPOSITES COMPUTED IMPACT CARBON NANOTUBES STRATEGY - FILMS RESTING R. Wisnom (University of MECHANICAL P. Taroni Junior (Queen COMPOSITE SANDWICH FOR APPLICATION Jian sun (Harbin Institute THERMOPLASTIC University), Sha Yin Chen(Zhejiang University, ) THERMOSET-BASED of Nottingham, AVIC EM Keating, N Raath, Harshit Porwal (Queen Jinfeng Leng, Shaochen TOMOGRAPHY Elena Sitnikova (The Richard Li, Hayden LIGHTWEIGHT ON COMPLIANT Bristol) PROPERTIES Mary University of London, LAMINATES UNDER STRUCTURES IN LIGHTWEIGHT of Technology), Xiaobo COMPOSITES (Beihang University, Xi’an COMPOSITE PARTS Composites Corporation, This study employed a J Winnett, DJ Hughes Mary University of London) Zhang, Yi Liu, Qi Wang Estelle Kalfon- University of Nottingham), Cornwell, Erica F. Antunes, STRUCTURES SUBSTRATES D. Patel, V. Koncherry, Imperial College London), IMPACT LOADING USING DETAILED COMPOSITE-METAL Gong (Harbin Institute Frederic J.C. Fischer, Jiaotong University), Jun The flexural wave Antoine Parmentier, David Ltd.), Shuguang Li (The molecular-level paradigm (University of Warwick), G (University of Jinan) Cohen , Reed Kopp, Shuguang Li (The Andrew H. Liotta, Christian AND COMPOSITES Wei Huang (École A purpose-designed, Z. Yousaf, P. Potluri Natalie Stingelin- Nur Amina Mohammad, NUMERICAL STRUCTURES of Technology), Jinhao Manfred Schönheits, Xu (Beihang University, propagation in a pre- Dumas (Cenaero ASBL) University of Nottingham), in titin for the macroscopic Hope, M Ravaioli, S Cozien- In this work we will be Xinchen Ni, Nathan University of Nottingham), G. Parschau, Brian L. (Registered Polytechnique, Wuhan thin-ply interlayer glass/ (University of Manchester) Stutzman (Imperial Ryota Haruna, Suzuki MODELS Michael C. Corbett , Conor Qiu (Nanjing University Thomas Stefani, Manuel Xi’an Jiaotong University, stressed beam periodically Ian Ashcroft (The University gel structures with desired Cazuc (Far UK Ltd) studying model conductive Fritz,(Massachusetts Dafei Li (The University Wardle (Massachusetts participants only, University), François Trochu carbon hybrid composite College London), Martin Tomoki, Takayuki Kusaka Chris Fischer, Falk Hähnel, T. McCarthy(University of of Aeronautics and Engelschall, Arthur-Hans Tsinghua University) attached with double smart The present study aims at of Nottingham), Arthur extensibility and toughness, polymer composite (CPC) Institute of Technology), of Nottingham), Xiaosu Institute of Technology) please see separate (École Polytechnique), overload sensor concept This research work Heeney (Imperial College (Ritsumeikan University) Andreas Hauffe, Klaus Limerick) Astronautics), Yanju Thellmann, Philipp resonators is investigated determining the influential Jones (The University of using the strategy of 3D Opportunities for the Use of systems with different Albertino Arteiro (University Yi (Beijing Institute of pages for details) Heng Hu (Wuhan is presented, which can presents the influence of London), Mark Baxendale Wolf(Technische Universität Liu (Harbin Institute of Gänswürger, Michael Kupke theoretically by using parameters when predicting Nottingham), Xianghui printing. Composite materials in Rail filler shapes and sizes to of Porto), Gregor Borstnar Aeronautical Materials) University) be used for structural binder density and tow (School of Physics and The energy absorbing Dresden) A novel concept for jointing Technology), Jinsong (German Aerospace Center transformation matrix cure-induced warpage of Hou (The University of Applications – A Case Study. understand the mechanism (University of Southampto), health monitoring (SHM) of tensions for different 3D Astronomy, UK), Giovanni capability of Zanchor composites to metals in Leng (Harbin Institute of (DLR)) method. Broadband tunable flat plates. The sensitivity Nottingham), Jing Pu (The A review of the lightweight Mark N. Mavrogordato 09:45 of positive temperature (University of Southampto), Pointed delamination composite structures, with weave architectures namely Santagiuliana (Queen Mary reinforced CFRP were lightweight, hybrid structures is Technology) pseudo-gap is achieved in analysis results have shown University of Nottingham) technologies currently in coefficient in CPCs. S. Mark Spearing tips and the intact zone potential for safer operation orthogonal, angle interlock University of London), investigated by using presented. The concept employs the system. The pseudo-gap the importance of accurately application in the rail sector, (University of Southampto), between the lobes in service. and layer-to-layer, on Han Zhang (Queen Mary SHPB method. As results, interlocking morphology, Morphing technologies offer is a combination of two measuring the parameters A desktop Fusion Deposition and an insight into the Pedro P. Camanho of delamination are the preform compaction University of London), the delamination area formed on the surfaces of male aerodynamic benefits for an extremely neighboring band of the Coulomb's law to Modelling (FDM) printer feasible use of Axontex™ (University of Porto), Brian consistently observed in and laminate mechanical Emiliano Bilotti (Queen decreased with increasing and female adherends which aircraft over a wide range gaps, and in the pseudo-gap evaluate the warpage was modified for printing composite braided beams. L. Wardle(Massachusetts impact experiments on properties. Meso-scale Mary University of London) Zanchor density and are coupled with a layer of of flight conditions.In this the there is a extremely magnitude by simulations. continuous fibre reinforced Institute of Technology) cross-ply laminates. The geometrical features consequently, the energy adhesive. Herein, the concept it article, recent developments narrow pass band. composites, and compared definitive modelling factors have been extracted absorbing capability explored through finite element in the application of smart with a commercial Here, we report the responsible for those subtle by Microscopy and X-ray increased. analysis, incorporating damage materials and structures composites printer. The interlaminar reinforcement features are identified, computed tomography in the composite material and to morphing aircraft are mechanical property of thin ply laminate thus building up the level (CT). the adhesive. The geometry of using carbon nanotubes reviewed. and the microstructure nanostitching. Damage of confidence of theoretical the interlocking morpholgy is of the specimens were accumulation and prediction of delamination subsequenly parameterised and investigated. progression with increasing in a much broader sense. optimised in order to maximise tensile load are visualized the concept’s structural using synchrotron radiation performance. computed tomography (SRCT).

4101-4 4102-4 4103-4 4104-4 4105-4 4109-4 4111-4 4112-4 4114-4 4115-4 4117-4 4118-4 4119-4 MANUFACTURING MICRO STRUCTURE SIMULATION QUASI-STATIC AND ALIGNMENT STUDY INTERNATIONAL EXPERIMENTAL ON THE DAMPING A NEW TRIGGER A BENDING TOWARDS ELECTRICAL UNDERSTANDING CONSTRUCTION PROCESS AND AND MECHANICAL ON DAMAGE IN IMPACT DAMAGE OF OF CARBON TOP-LEVEL FORUM INVESTIGATION PROPERTIES OF MECHANISM FOR ACTUATOR BASED HIGH-QUALITY CONTROL OF THE EFFECT OF 3D PRINT OF MECHANICAL BEHAVIOUR OF QUASI-ISOTROPIC THERMOPLASTIC NANOTUBE ON ENGINEERING OF THE VIBRATION LOAD-BEARING CRUSHING SQUARE ON EXTENSILE MULTI-SPOT- ELASTIC WAVE OF VOID GLASS COMPOSITE PROPERTIES ALUMINIUM MATRIX UNIDIRECTIONALLY COMPOSITES: VEILS AND THE SCIENCE AND PROPERTIES BIOLOGICAL CFRP TUBES PAM AND ITS WELDED JOINTS IN IN RANDOMLY MORPHOLOGY AND MATERIAL USING OF CARBON COMPOSITES ARRAYED MICRO- MACRO INFLUENCE ON TECHNOLOGY OF 3D BRAIDED MATERIALS Rafea Dakhil APPLICATION IN THERMOPLASTIC DISORDERED CHARACTERISTICS LIGHT-CURING FIBER/CARBON REINFORCED WITH CHOPPED STRANDS EXPERIMENTAL THEIR COMPOSITES DEVELOPMENT COMPOSITES Zuoqi Zhang (Wuhan Hussein(Swinburne SOFT ROBOTICS COMPOSITES PHONONIC ON LAMINATE RESIN AND NANOTUBE GRAPHENE OXIDE LAMINATES UNDER APPROACH Eileen Brandley, Qianqian STRATEGY - Dong Apeng, Li Shu, Pu University), Mahan Qinghua Guan, Jian STRUCTURES CRYSTALS BY MECHANICAL EVALUATION OF University of Technology& BUCKYPAPER AND CARBON OPEN-HOLE A. Yudhanto (King Abdullah Li, Emile S. Greenhalgh, LIGHTWEIGHT Jing (Beijing University Qwamizadeh (Nanyang Sun, Yanju Liu , Jinsong Tian Zhao, Genevieve EXTERNAL PROPERTIES MECHANICAL Al-Muthanna University), INTERPLY HYBRID NANOTUBES TENSION University of Science and Milo S.P. Shaffer (Imperial STRUCTURES of Aeronautics and Technological University), Leng (Harbin Institute of Palardy, Irene Fernandez PIEZOELECTRIC Iryna Gagauz, Luiz F. PROPERTIES COMPOSITE Fei Lin, Robert J Young, Jun Feng Hu (Nanjing Tech Technology (KAUST)), College London) AND COMPOSITES Astronautics) Kun Zhou (Nanyang Dong Ruan, Guoxing Lu Technology) Villegas, Rinze Benedictus CIRCUIT Kawashita, Stephen R. Yukako Sano, Ryosuke Ayou Hao, Songlin Zhang, Ian A Kinloch (University of University), Xiang Ling H. Wafai (KAUST), G. (Registered Technological University), (Swinburne University of (Delft University of Yi-Ze Wang, Qi Luo , Hallett (University of Bristol) Matsuzaki (Tokyo University Nam Nguyen, Liyu Dong, Manchester) (Nanjing Tech University), Lubineau (KAUST), R. participants only, This paper is to investigate Yongwei Zhang (Institute Technology) In this study, a kind of Claire Jolowsky, Jin Gyu Hang Li (Hunan University), Yaldiz (SABIC), N. Verghese please see separate the vibration characteristics of High Performance bending actuator based Technology) Yue-Sheng Wang (Beijing of Science)

Park, Zhiyong, Richard We aim to investigate Wen Xue Wang (Kyushu (SABIC) pages for details) of three-dimensional(3D) Computing, Singapore) on extensile Pneumatic Jiaotong University) This research focuses Liang (Florida State the microstructure and University) braided composites Artificial Muscles (PAMs) This paper mainly on developing a void Construction of a 3-D printed University) mechanical behaviour We developed a micro-macro with different braiding A key function of was proposed, built, tested, experimental approach to investigates the impact statistical analysis in order continuous fiber by using for Al matrix composites In this study, we simulate understand the damage parameters consisting of load-bearing biological modeled and applied to a light- curing resin, and the This paper reports on a reinforced with GO and the progressive damage braiding structure, braiding materials, such as bone soft gripper and a humanoid of changes in boundary to understand the effects and fracture behaviour of evaluation of the mechanical study of CNT thin film or CNT. and mechanical properties cross-ply thermoplastic angle and fiber volume and sea shell, is to protect hand. The larger stroke of conditions on the welding of void features on the buckypaper (BP), integrated of open-hole UACS composites subjected to fraction. their inside fragile organs bending motion and soft process and the variability mechanical performance of properties of the fiber. 10:05 into carbon fiber (CF) laminates with stacking out-of-plane loading. Firstly, by effectively damping but stable configurations cross-ply laminates were of the created spot-welded composites. To achieve this, composites to create hybrid sequences of [45/0/-45/90] subjected to quasi-static dynamic impact. How make Bending Extensile a novel heat and pressure composite materials with s and [45/0/-45/90]2s using those materials achieve PAMs good candidates for joints. The experimental loading in order to evaluate controlled manufacturing high mechanical properties finite element analysis. To the damage pattern. Next, we this remarkable function soft robotics and wearable results provides a good and excellent electrical accurately simulate the performed low-velocity impact remains largely unknown. devices. base for manufacturing process was applied to conductivity performance. progression of delamination at various impact energies, Through the finite introduce inter-ply voids, and observed the damage and investigation of the and other damage modes due to impact. Since it is element simulation and ultrasonic multi-spot welded and micro X-Ray Computed occurring in the UACS theoretical modeling, we difficult to track the damage joints in thermoplastic Tomography was used to laminates near the hole, behaviour at plate level, we systematically studied the intra-laminar cohesive developed a micro-scale stress wave propagation composites. characterise the voids. elements and inter-laminar test device (micro-3-point- and attenuation in the bending or micro-3PB) to cohesive elements are capture the principal damage load-bearing biological inserted into the slits and mode (transverse crack and materials and investigated the interfaces, respectively. delamination) through the use the roles of biopolymer of unsymmetrical-unbalanced viscosity, structural cross-ply laminate. We arrangement, mineral found that the physics of degradation (damage volume fraction and mechanism) at macro-scale hierarchical design. can be qualitatively captured with our micro-3PB setup. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

10:25 Coffee Break Coffee Break

KEYNOTE at Qujiang Auditorium: Computational Modeling for Manufacturing and Certification of FutureAerostructures Anthony M. Waas, University of Washington, USA KEYNOTE at Qujiang Auditorium: Computational Modeling for Manufacturing and Certification of FutureAerostructures Anthony M. Waas, University of Washington, USA 10:50 KEYNOTE at Lily Hall: Highly-Aligned 2D and Cellular Interconnected 3D Graphene/Polymer Composites with Exceptional Multi-Functional Properties Jang Kyo Kim, The Hong Kong University of Science and Technology, China KEYNOTE at Lily Hall: Highly-Aligned 2D and Cellular Interconnected 3D Graphene/Polymer Composites with Exceptional Multi-Functional Properties Jang Kyo Kim, The Hong Kong University of Science and Technology, China KEYNOTE at Rose Hall: Additional Solid Phases in Textile Preforms for Liquid Composite Molding: Influence on Permeability and Capillary EffectsVéronique Michaud, Ecole Polytechnique Fédérale de Lausanne, Switzerland KEYNOTE at Rose Hall: Additional Solid Phases in Textile Preforms for Liquid Composite Molding: Influence on Permeability and Capillary Effects Véronique Michaud, Ecole Polytechnique Fédérale de Lausanne, Switzerland

4201 Polymer Matrix 4202 Metal Matrix 4203 Fiber-reinforced 4204 Fracture and Forum on Lightweight 4207 Structural Analysis 4208 Ductile and Pseudo- 4209 Textile-Based 4213 X-Ray Computed 11:35 4205 Nano-Composites 10 4210 Process Modelling 1 4211 Dynamic Behavior 3 4212 Sandwich Structures 4214 Constitutive Models 1 4215 Processing- 4216 Civil Engineering 4217 Acoustic Meta- 4218 Process Induced 4219 Additive Manufacturing 3 4220 Fibers 1 4221 Automotive and Rail 4 Materials 10 Composites 10 Composites 10 Damage 10 Structures and Composites and Optimization 10 ductile Composites 3 Composites 3 and Materials 6 Tomography 1 Manufacturing Technologies 2 Composite 3 Effects 2

4201-1 4202-1 4203-1 4204-1 4205-1 4207-1 4208-1 4209-1 4210-1 4211-1 4212-1 4213-1 4214-1 4215-1 4216-1 4217-1 4218-1 4219-1 4220-1 4221-1 ALIGNMENT AND CHARACTERIZATION CHANGES AN ALTERNATIVE DESIGN AND INTERNATIONAL NONLINEAR DEMONSTRATION CARBON PLAIN NUMERICAL IN-PLANE DYNAMIC SWELLING COMPARISON VISCOELASTIC GRAPHENE STRUCTURAL WAVE UTILIZING STRESS- OPTIMIZING TAILORING AND CELLULOSE WEAVE TEXTILE GRAPHITE CRYSTAL OF THE LOCAL IN THERMAL METHOD FOR FABRICATION OF TOP-LEVEL FORUM ASYMPTOTIC OF PSEUDO- REINFORCED EPOXY SIMULATION OF CRUSHING OF BEHAVIOUR OF OF VOLUMETRIC CONSTITUTIVE COATED SMART BEHAVIOUR AND PROPAGATION BASED FAILURE MECHANICAL EVALUATING FIBRES NANOMATERIALS PACKING FOR DEFORMATION EXPANSION MEASURING MECHANICALLY ON ENGINEERING HOMOGENIZATION DUCTILITY IN ALL MODIFIED WITH DRILLING CARBON HONEYCOMBS EPOXY RESINS IN AND 2D-DIC ON MODEL FABRICS FOR ROBUSTNESS IN PLATE WITH CRITERIA FOR PROPERTIES AND COMPOSITE AND BASALT HIGH STRUCTURAL BEHAVIOR OF AMC BY COEFFICIENT OF THE MODE I FLEXIBLE THREE- SCIENCE AND METHOD FOR FIBRE DIRECTIONS CELLULOSE NANO FIBER REINFORCED WITH DIFFERENT VARIOUS SOLVENT COMPOSITES CONSIDERING VARTM PROCESS ASSESSMENT OF PERIODIC ARRAY PREDICTION OF ADDITIVELY INTERPHASES: FIBERS: AN PERFORMANCE IN SITU SEM METHODS CFRP LAMINATE INTERLAMINAR DIMENSIONAL TECHNOLOGY PERIODIC ELASTIC OF HIGH FIBERS: EFFECT OF PLASTICS IN THE SIZED REGULAR SYSTEMS T. Rief (Institute for Composite TEMPERATURE MONITORING AN INFRACORE® OF IMPERFECT OF CURING MANUFACTURED CURRENT APPROACH OF CNT Schuff, Sebastian; Balle, DUE TO THERMAL FRACTURE GRAPHENE/ DEVELOPMENT MATERIAL PERFORMANCE CNF LENGTH MACROSCOPIC HEXAGONAL CELLS Felix Wolff, Prof. Chun Gon Materials Germany), N. Motsch EFFECT OF FABRIC Muhammad A Ali (Khalifa INSIDE BRIDGE ACOUSTIC BLACK INDUCED DAMAGE FRPC APPROACHES TOWARDS LIGHT- NANOCOMPOSITES Frank; Beck, Tilmann; CYCLE TOUGHNESS POLYMER NANO STRATEGY - WITH LARGE QUASI-ISOTROPIC Valter Carvelli (Polytechnic AND MICROSCOPIC ARRANGEMENTS Kim(Korean Advanced (Institute for Composite REINFORCED University of Science, DECK SPECIMEN HOLES IN 3D WOVEN Matthias Domm, Jens (Invited Talk) WEIGHTING IN Claire Jolowsky, Rebekah Eifler, Dietmar (University Akifumi Kato, Ken Goto, Z.Z. Guo (Shanghai Jiao COMPOSITES FOR LIGHTWEIGHT DEFORMATION THIN PLY CARBON/ University of Milan), LEVEL Naveed Ahmed Institute for Science and Materials Germany), J. RUBBER Technology and Research SUBJECTED Bing Han, Hongli Ji , Jinhao COMPOSITES Schlimbach, Peter T. Förster, C. Scheffler, SHEET MOLDING Tong University), W. Xu Aya Tanaka (Doshisha Downes, Liyu Dong, of Kaiserslautern) Yasuo Kogo (Tokyo (Shanghai Jiao Tong MULTIFUNCTIONAL STRUCTURES Yu Huan, Shutian Liuand, GLASS HYBRID Fuji Wang, Xiaonan Wang, (Northwestern Polytechnical Technlology) Hausmann (Institute for COMPOSITES (KUSTAR)), Rehan Umer TO STATIC AND Qiu (Nanjing University of Igor Tsukrov (University Mitschang (University of E. Mäder, C. Bellmann COMPOUNDS Songlin Zhang, Nam University of Science ), Ryo University), Y.G. Duan (Xi'an APPLICATIONS AND COMPOSITES Jian Zhao (Dalian COMPOSITES University), Toru Fujii Zhenyuan Jia, Rao Fu, Yu University), Xue Pu Composite Materials (INVITED TALK) (KUSTAR), Kamran A DYNAMIC LOCAL Aeronautics and Astronautics) of New Hampshire), Kaiserslautern) (Institute of Polymer Amir Asadi (Georgia Nguyen, Ayou Hao, Jin The focus of this paper Inoue (Tokyo University of Jiao Tong University), H.X. Long-Cheng Tang, Li Zhao, (Registered University of Technology) Mohamad Fotouhi, Meisam (Doshisha University), Bai, Youliang Su (Dalian (Northwestern Polytechnical This research is about Germany), P. Mäckel (isi-sys Xue-Feng Yao, Heng Yang, Khan (KUSTAR), Yarjan A LOADING Borys Drach (New Mexico Research in Dresden) Institute of Technology), Gyu Park, Richard Liang lies on the characterization Science ) Wang (Xi'an Jiao Tong Li-Li Hu, Li-Zhi Guan, participants only, Jalalvand, Michael R. Kazuya Okubo (Doshisha University of Technology) University), Muhammad the impact localization for GmbH) Ying-hua Liu (Tsinghua Samad (The University of Wouter De Corte (Ghent This research analyzed the State University), Anton A novel additive Ferdinand Baaij (Georgia (Florida State University) of the local deformation University), X.J. Zhang Li-Xiu Gong, Hui Xu, Qian please see separate Wisnom (University of University) Kamran (Northwestern composite tube based on University) Cambridge) University), Arne Jansseune band structure of the phononic Trofimov (New Mexico manufacturing process Institute of Technology), (Shanghai Jiao Tong behavior of aluminum This study examined University),Y. Yu (Shanghai Wu (Hangzhou Normal pages for details) Bristol) Numerical simulation Polytechnical University), fiber Bragg grating (FBG) The objective of this work is to (Ghent University), Wim crystal plate embedded with State University), Andrew for continuous FRPC, the Hendrik Mainka In this research, the matrix composites (AMC) change of coefficient of Jiao Tong University) University) The investigation of the drilling of carbon Naeem Zafar (CESAT) sensor using normalized compare the two measurement This study develops an Thin graphene coating Van Paepegem (Ghent periodic array of imperfect Drach (University of so called Fiber Integrated (Volkswagen Group of CNT network is aligned reinforced with SiC thermal expansion (CTE) of This work introduces high considers the effects fiber reinforced plastics cross-correlation. The techniques since the overall anisotropic hyper- on the glass fiber University), Jan Peeters Acoustic Black Holes (ABHs). Texas at Austin), Todd Fused Deposition Modeling America Inc), Michael using a mechanical particles by advanced in CFRP laminates by thermal A simple test method is We reported a facile performance quasi-isotropic of hybrid epoxy on the macroscopic and In this study, the effect composite tube which measurement errors and the viscoelastic constitutive reinforcement has been (FiberCore Europe bv) Some specific phenomena Gross (University of New (FIFDM) process, was Rademacher (Volkswagen stretching technique with situ SEM methods. By cycling during the operation proposed to measure the low-cost and scalable- composite laminates that resins, enhanced with microscopic scales. And the of insertion of multiple describe the cylindrical repeatability of the volumetric model with the used to monitor the observed in locally resonant Hampshire) developed. To characterize Group of America Inc), mode I interlaminar fracture cellulose nano fibers 11:35 the assistance of resin analysis of high-resolution as a precise structure of a toughness of composite. compatible silane/silicone show pseudo ductility in all study of the drilling induced arrangements of smaller structure was targeted for image correlation are not well temperature effect for VARTM process and The paper presents static phononic crystal also exist the process and optimize Jeffrey Thompson (Mafic systems to achieve 60-80% micrographs and satellite. The fracture toughness modification for the the fibres orientations under (CNF), on the mechanical burring. sized regular hexagonal cells the impact localization. known yet. By examining the fabric reinforced rubber fiber compaction. The and dynamic test results in proposed structure, Finite element models to process output and SA), Robert J. Moon (U.S. stretching strain. TEM, additional mathematical measured from the present fabrication of macroscopic tensile loading. performance of carbon which are placed inside an volumetric image correlation composites,which will advancement of resin flow for specimens taken including flat mode and mode predict curing-induced stability as well as quality Forest Service, Georgia SEM, and Raman analyses image processing, method is consistent well porous graphene fibers plain weave textile otherwise uniform cellular in combination with two- provide an effective model front, as well as mechanical from a GFRP InfraCore® hybridization. damage in 3D woven of the printed parts, Institute of Technology), are used to characterize a comprehensive with those nanoribbon (GNR) composites. structure is studied under in- dimensional digital image to characterize and predict and vacuum compaction Inside bridge deck carbon/epoxy composites a theoretical process Kyriaki Kalaitzidou (Georgia determined from the the packing and alignment study from local micro methods recommanded by composite materials with plane dynamic axial crushing. correlation this study aims to the hyperelastic and of the fabric, is detected panel loaded in fatigue. are developed and evaluation was executed Institute of Technology, degree of the CNT network crack mechanisms to the ASTM standard. tunable surface property The insertion is proposed provide knowledge about the viscoelastic behaviors of through the peizoresistive After a cumulative damage validated. and a test methodology was Georgia Institute of as the stretch strain macroscopic damage and multi-functionality. The in number of arrangements differences of the techniques fabric reinforced rubber nature of the graphene substantially exceeding developed. Technology) increases. behavior will be discussed. lightweight 3D porous including row, column or as well as the use of volumetric composites at different coating. the FEA-based calculated GNR based composites diagonal form of addition and image correlation for short-fiber temperatures. value, the specimens showed super mechanical the response is determined reinforced polymers and their failed but maintained performance, outstanding for the densification, energy damaging behavior. integrity, corroborating to cyclic resilient property, absorption and deformation the robustness claim of the good electrical conductivity, patterns of modified InfraCore® technology. extremely high sensitivity honeycomb. of elasticity-dependent conductivity, excellent hydrophobicity, and outstanding oil/water separation efficiency.

4201-2 4202-2 4203-2 4204-2 4205-2 4207-2 4208-2 4209-2 4210-2 4211-2 4212-2 4213-2 4214-2 4215-2 4216-2 4217-2 4218-2 4219-2 4220-2 4221-2 CHARACTERISATION EFFECT OF CARBON BLACK DAMAGE HIGH THERMAL INTERNATIONAL A SCALED CRACK ARREST IN FIBRE WAVINESS THREE- LOW VELOCITY LOW-VELOCITY FLEXURAL MODELING THE EFFECT OF BREAKING ANALYTIC MODEL VOIDS IN FIBER 3D PRINTED AXIAL AND RADIAL EXPERIMENTAL AND CURE KINETICS REINFORCEMENT MODIFIED PREDICTION FOR CONDUCTIVITY TOP-LEVEL FORUM BOUNDARY FINGER JOINTED INDUCED BENDING DIMENSIONAL FLOW IMPACT DAMAGE IMPACT FATIGUE LIFE AND ANISOTROPIC THE PRE- ADVANCED FIBER OF ACOUSTIC REINFORCED COMPOSITES – SHRINKAGE OF AND NUMERICAL OF MULTI-AROMATIC SIZE AND EPOXY-CARBON CFRP MATERIALS COMPOSITE WITH ON ENGINEERING FINITE ELEMENT THERMOPLASTIC IN COMPRESSION SIMULATION OF ASSESSMENT IN LOCALIZATION OF 3D DAMAGE IN DEFORMATION AND CONSOLIDATION DEVELOPMENT SUPERABSORPTION THERMOSETTING BENCHMARKING POLYACRYLONITRILE- INVESTIGATION TETRA-FUNCTIONAL REINFORCEMENT FIBER PREPREG SUBJECTED TO A SHEAR-INDUCED SCIENCE AND FORMULATION FOR PES INTERLEAVED TESTS OF RESIN TRANSFER NATURAL FIBRE THE COMPOSITE CARBON FIBRE DELAMINATION PROCESS ON PARADIGM: INDUCED BY POLYMERS: THE STATE-OF-THE- BASED STABILIZED OF THE CRUSHING EPOXY RESINS OXIDATION ON LAMINATES. EFFECT LIGHTNING STRIKE ALLIGNED TECHNOLOGY COMPOSITE BEAMS CFRC UNIDIRECTIONAL MOLDING FOR BIOCOMPOSITES QUALITY AND FORMATION, TUBE USING A REINFORCED IN LAMINATED MECHANICAL CONTINUOUS METAMATERIALS STRUCTURE AND ART FIBERS DURING PROCESS OF Russell J. Varley (CSIRO WEAR BEHAVIOR OF ADDITIVES ON Timothy M Harrell BORON NITRIDE DEVELOPMENT OF ARBITRARY David B. Anthony, Omar R. NCF COMPOSITES COMPOSITE WHEEL Karthik-Ram NORMALIZED POLYMER PAPERBOARD PROPERTIES SUPERNANOFIBERS Yong Cheng, Yanfen Jiang, MECHANICAL Lourens Blok (University of LOW-TEMPERATURE COMPOSITE CRASH Manufacturing, Deakin OF HIGH VOLUME THE Z-DIRECTION (University of Southampton), NANOSHEETS STRATEGY - CROSS-SECTION Bacarreza Nogales , Milo Dennis Wilhelmsson RIM Ramakrishnan, Stéphane CROSS- LAMINATES Yujun Li (RWTH Aachen OF MONO AND WITH LOW Linlin Geng, Yunhong Liao, BEHAVIOUR Bristol) CARBONIZATION TO BOX University), Buu Dao FRACTION SIC/AL ELECTRICAL Ole Thybo Thomsen Junchao Liu, Hui Zhang, LIGHTWEIGHT Jonathan Daniel Jung, S.P. Shaffer , Alexander (Chalmers University of Zheng Min Huang (Seoul Corn, Nicolas Le Moigne, CORRELATION Zhe Liu (Nanyang University), Scott Edward MULTI-MATERIAL CRYSTALLINITY Jianzhu Dong, Xiaoming Ivan V. Sergeichev , Sergey CARBON FIBERS Mehmet Engül, Nuri Ersoy (CSIRO Manufacturing), MMC CONDUCTIVITY (University of Southampton), Zhong Zhang (National STRUCTURES Wilfried Becker (TU Bismarck , Paul Robinson Technology), Leif E. Asp National University), So Pierre Slangen (Ecole des METHOD Technological University), Stapleton (University of LAMINATES Dimitry Papkov, Yuris Zhou(Beijing Institute of G. Abaimov, Svyatoslav In this work, a new Patrick Gutmann, Judith (Boğaziçi University) Tri Nguyen (CSIRO Taegyu Lee (KAIST) Gökhan Bakis, Christin Janice M Dulieu-Barton Center for Nanoscience AND COMPOSITES Darmstadt) Soraia Pimenta (Imperial (Chalmers University of Yun Lee (Seoul National mines d’Alès) Hyunseok Kwona, Yurim Peifeng Li (University of Massachusetts Lowell), BASED ON Dzenis (University of Technology) S. Chugunov (Skolkovo approach to composite Moosburger-Will, Samet Manufacturing), Takashi Pawelski, Corinna Fischer, (University of Southampton), and Technology) (Registered College London) Technology), Renaud University), Young Seok Parka, Pratik Shresthaa , Glasgow) Stefanie Reese (RWTH THERMOPLASTIC Nebraska-Lincoln) Innovation Center), Eduard manufacture is investigated Kurt, Siegfried Horn Due to pressure for price Nishino (Kobe University) Alper Aksit, Volker Altstädt Søren F Madsen (Global participants only, As an effective Gutkin (Durability CAE Song (Dankook University), The aim of the paper was Chun-Gon Kim*a (Korea Aachen University), UD-TAPES We study comprehensively S. Batyrshin (Bashkir State using an additive (University of Augsburg) limitations, the attempts In this study, wear behavior (University of Bayreuth) Lightning Protections please see separate computational analysis The effect of introducing Body & Trim, Volvo Car Jae Ryoun Youn (Seoul to investigate the impact Advanced Institute of This work statistically Jaan-Willem Simon (RWTH Michael Kropka, Johann acoustic superabsorption University), Almir I. Mullayanov manufacture (AM) for using composite Reichstein , Thomas (Bashkir State University), 11:55 Impact of aromatic of high volume fraction Services A/S), Lisa Our work obtained BN/ pages for details) method the so-called polyethersulfone Corporation), Fredrik National University) response of thermoplastic Science and Technology) analysed the flexural Aachen University) phenomenon in an analytic technique. This may enable materials in automotive (PES) interleaves, in Neumeyer (Neue model consisting of a Iskander Sh. Akhatov substitution on the reaction SiC particle reinforced Carloni (Global Lightning TPU composites with scaled boundary finite Edgren (GKN Aerospace and thermoset fatigue life of the [+45/- Materialien Bayreuth (Skolkovo Innovation Center) low cost production for Polyacrylonitrile-based, sector mostly concentrate rate and network properties MMC was investigated. Protections Services A/S) BN alignment structure element method is the overlapped region Sweden AB) biocomposites reinforced A electroless nickel coated 45/0]2s CFRP laminates lossy acoustic medium highly tailorable structures stabilized precursors of on the high priced elements GmbH), Volker Altstaedt embedded with thin-plate of tetrafunctional tri-phenyl Furthermore, surface via a simple FDM 3D extended and adapted to of pre-cut finger joint with flax fibres. The glass/epoxy composite with the 3D fatigue damage To describe the inelastic The present work is focused with excellent mechanical carbon fibers have been per unit mass and the architecture composites, (Neue Materialien Bayreuth metamaterial inclusions. ether epoxy resins cured oxidation effect of SiC printing method. The the situation of composite A governing mechanism different modes of damage is fabricated for radar quantitatively characterised material behavior of GmbH, University of It is numerically verified on experimental research properties compared to carbonized under various parts having significance in with two different anhydride particle on wear behavior composites exhibit high beams of arbitrary cross- showed a crack arrest for bending in compression and the critical energy for absorbing structure and its by x-ray microtomography. paper sheet, a structural Bayreuth) of void formation during traditional 3D printed parts. mechanical tensions over security. Crash box, one mechanism in tension. The that effective acoustic hardeners. Increasing para was investigated. thermal conductivity and section. tests of laminates with high complete penetration were mechanical properties are tensor-based approach damping of composites impregnation of unidirectional the temperature of the components of substitution increased volume resistivity which strain-to-failure of thick out-of-plane waviness has identified for the composite. measured. was applied to model the The effect of the pre- can be greater than that of glass-fiber reinforcement range up to 1000°C to vehicle’s frontal bumper reaction rate, epoxide is great potential for PES interleaved samples been investigated. elastic deformation, while consolidation process on constituents. with thermosetting polymer investigate the impact on system, has those conversion and promoted microelectronics packaging. was over 3.2%, an increase the quality and mechanical resin. Composite samples of 85% compared to the a multi-surface based were fabricated at a variety fiber length and diameter. conditions. the onset of vitrification. yield criterion was adopted properties of mono and baseline samples, and multi-material (glass/carbon of pressure conditions at catastrophic failure was to describe the yielding fiber) laminates based on inlet and outlet of the mold, delayed in the majority of behavior. thermoplastic (Polyamide 6) replicating injection and instances. UD-tapes is investigated. infusion processes. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

4201-3 4202-3 4203-3 4204-3 4205-3 4207-3 4208-3 4209-3 4210-3 4211-3 4212-3 4214-3 4215-3 4216-3 4217-3 4218-3 4219-3 4220-3 TOWARDS THE IN-SITU SYNTHESIS THE EFFECT OF MODELLING INTERFACIAL INTERNATIONAL VOID FORMATION DUCTILITY MESO-MECHANICAL 2D NUMERICAL DYNAMIC ANALYSIS MECHANICAL A REPAIR METHOD STUDY ON A STUDY AN EXPERIMENTAL EFFECT OF DEGREE ON A FEW KNITTABILITY AND DEVELOPMENT OF UNDULATED PLY SCHEME FATIGUE DAMAGE CONTROL IN TOP-LEVEL FORUM AND DISTRIBUTION OF PLATELET FINITE ELEMENT MODELLING OF THE OF 3D BRAIDED ON FATIGUE PROPERTIES OF OF DELAMINATED PRODUCTION CHARACTERISTICS EVIDENCE OF OF CURE AND TIME ADDITIONAL OXYGEN PLASMA OF A COUPLED NI ANCHORED TO ON THERMAL IN FIBRE METAL GRAPHENE- AND ON ENGINEERING DURING CFRP COMPOSITES MODEL FOR RESIN INJECTION COMPOSITES RADAR-ABSORBING COMPOSITE TECHNOLOGY AND OF SCARF THE WILLIS-FORM ON VISCOELASTIC CONSIDERATIONS TREATMENT ON FIRE-STRUCTURE GRAPHENE/AL WITH CONDUCTION OF LAMINATE TRANSITION METAL SCIENCE AND CURING PROCESS INSPIRED BY TEXTILE PULTRUSION Yongqi Yang (Harbin STRUCTURE STRUCTURES USING PERFORMANCE JOINT-REPAIRED EQUATIONS AND POISSON’S RATIO FOR APPLYING POLYIMIDE FIBERS MODEL FOR FLAX/ ONE-STEP METHOD FIBER REINFORCED ADHESIVE JOINTS DICHALCOGENIDE- TECHNOLOGY Dongkangkang Chen, NACRE DESIGN COMPOSITES PROCESS Institude of Technology) WITH NICKEL- MICRO BOLTS OF THE CARBON COMPOSITE THE RELATED Sibin Saseendran (Swerea DENSITY-TYPE Fangbing Lin, Jinhua Jiang, PP COMPOSITE Xinghai Liu (Tianjin POLYMER Ahmad S.M. Al-Azzawi POLYMER DEVELOPMENT Yumin Zhang, Yufeng Anil R. Ravindran (RMIT Chao Zhang (Northwestern INCLUDING ELECTROLESS- Sang-Seon Park, FIBER REINFORCED LAMINATE APPLICATIONS SICOMP), Maciej Wysocki TOPOLOGY Nanliang Chen, Xiaodong BEAMS University), Jiajun Li (Tianjin COMPOSITES (Cardiff University, NANOCOMPOSITES STRATEGY - Zhou (Harbin Institute of University), Raj B. Ladani Polytechnical University) EXPERIMENTAL Both experimental and PLATED GLASS Gyu-Seok Kang, Jin- COMPOSITE PLATE UNDER VARIOUS ZH Xiang , RW Yao, (Swerea SICOMP), Janis OPTIMIZATION Du, Chuanli Su (Donghua University), Junwei Sha TEMPERATURE Swagata Dutta (The Zenong Fang, Min Li, University of Babylon), L.F. Mark Bissett, Fang LIGHTWEIGHT Technology) (RMIT University), Shuying RESIN KINETICS numerical simulation FABRIC Hwe Kweon(School of BY PULTRUSION FOR HX Gao, YX Sun , Varna (Luleå University of TO THE CASE University) University of Auckland), (Tianjin University), Enzuo Shaokai Wang, Yizhuo Gu, Kawashita (University of Wang, Andinet Aynalem, Wu (RMIT University), This paper is a conclusive methods are used to study ENVIRONMENTS Liu (Tianjin University, STRUCTURES AND TEMPERATURE Min-Su Jang, Young-Woo Mechanical and Aerospace POWER BLADES Hyeon-seok, Choe, XD Yuan (Tsinghua Technology) OF ADDITIVE Raj Das (RMIT University), Collaborative Innovation Yanxia Li, Zuoguang Zhang Bristol), C.A. Featherston Robert A.W. Dryfe, Daniel AND COMPOSITES This paper establishes void Adrian P. Mouritz (RMIT study on the methodology VALIDATION the dynamic mechanics of Nam, Jae-Hun Choi, Chun- Engineering, Gyeongsang Haichao Huang (Weihai Gwang-eun, Lee and University) MANUFACTURING OF In order to improve the Debes Bhattacharyya (The Center of Chemical Science (Beihang University) (Cardiff University) Wolverson, Reshef Tenne, (Registered formation and grow model University), Chun H. Wang of meso-mechanical model F. S. Rasmussen (Technical 3D braided composites. Gon Kim(Korea Advanced National University, Jinju, Guangwei Composities Byeong-su, Kwak, Jin- The effect of degree of cure FIBER REINFORCED knittability of the high- University of Auckland) Robert J. Young, Ian A. participants only, on the basis of former (RMIT University, University for textile composites, University of Denmark), hwe Kweon (School of and Engineering), Qunying Li Institute of Science and Gyeongnam 660-701, Co.,Ltd) Mechanical and Aerospace 1. The experimental and time on the viscoelastic COMPOSITES performance polyimide (Tianjin University), Chunnian The heat transfer process This paper outlines the Kinloch (University of please see separate researches, analyzing the of New South Wales) with specific focus on M. R. Sonne (Technical Technology) Korea) Engineering, Gyeongsang evidence of static Willis-form Poisson’s ratio of a neat Kohji Suzuki (Chiba Institute fibers, it was used oxygen The paper develops a He (Tianjin University, of carbon fiber reinforced development of a novel Manchester, University of pages for details) parameter that influences the applying of boundary University of Denmark), In this paper,the application National University, Jinju, equations is presented. resin is investigated in this of Technology) plasma to treat the fiber coupled fire-structural Collaborative Innovation composite was investigated cohesive zone model Bath, Weizmann Institute) void, the exponential conditions. The potential M. Larsen (Fiberline This paper discusses the A new method for repairing of carbon fiber composites Gyeongnam 660-701) 2. Based on the Willis-form work by relaxation testing of surface to enhance the model combining the Center of Chemical Science by finite element mode. using a trapezoidal distribution of void number application of meso- Composites A/S), J. effectiveness of using CNT composite with delamination for wind power is analyzed, equations, one can identify specimens. In this study, the present interfacial compatibility and Engineering), Chunsheng finite volume (FV) and A hybrid structure was traction-separation law in different sizes is found mechanical model on visual Spangenberg (Technical as a filler on a surface has been proposed. Micro and the pultrusion process In this study, the fatigue the initial stress through author tries to raise between the fiber and resin 12:15 finite element (FE) Shi (Tianjin University), Naiqin developed to improve which enables the definition and analyzed. testing are deomonstrated University of Denmark), behaviors of scarf adhesive Zhao (Tianjin University, coating in improving the bolts were used for repair. The of composites is briefly joints are examined with the plate thickness. awareness of this issue and a traditional method of methods that captures Collaborative Innovation thermal conduction of cohesive interfacial through simulating two L. Lilleheden (Fiberline resistance to environmental strength recovery rate of the introducted. This paper focus on various thermal and also attempts to coating polyimide resin on the essential physics of Center of Chemical Science property of PAN-based properties representative of special specimen designs. Composites A/S), J. H. effects of a space structure repaired composite laminates explores the difficulties and conditions and adhesive formulate an extension or a the fiber. Furthermore, the the combustion process and Engineering) fiber reinforced polymer those observed for Glare® Hattel (Technical University employed in the Low Earth was verified through the FEA problems encounted in the bonding methods. Four generalization of the existing fibers with better knittability and the resultant thermo- composite. fibre-metal laminates of Denmark) considered environmental Orbit. The structures are and tensile test. production of the carbon conditions were RTD density-based topology and the fabric with good mechanical response of Here we present a new (FMLs) at the metal fibre tested for environmental fiber reinforced composite (23±5), 45~55% relative optimization scheme. appearance characteristics the structure subjected to approach for synthesizing interface under high-cycle parameters like Atomic palte by pultrusion. The humidity (RH)), 75oC, 100oC were obtained. fire conditions. The model the graphene nanosheets fatigue loading. The model Oxygen, Thermal Cycling, carbon beam products and 125oC. Two bonding predicts the temperature, (GNS) on aluminum matrix is implemented through High Vacuum, Ultraviolet with uniform and orderly methods were co-bonding stress distribution and by an in-situ chemical vapor a user-defined VUMAT and secondary bonding deposition process assisted Radiation and Hypervelocity structure were developed method. All test data are deformation behaviour of with the precursors of subroutine in the Abaqus/ Debris Impact. by the improved pultrusion compared with the strength composite beams under epoxy resin template and Ni Explicit software. technology, and the of reference specimen combined thermal and catalysts as well as glucose mechanical properties test without thermal exposure and mechanical loads. carbon source. proves that this carbon fiber repaired. We believe the test results could serve as the reinforced composite plate important data to design the can meet the performance composite structures exposed requirement. to thermal environment.

12:35 Lunch Lunch

13:35 PLENARY LECTURE at Qujiang Auditorium: Composite Material Applications to Industries in China Zhongmin Xue, Sinoma Science & Technology Co., Ltd, China PLENARY LECTURE at Qujiang Auditorium: Composite Material Applications to Industries in China Zhongmin Xue, Sinoma Science & Technology Co., Ltd, China

KEYNOTE at Qujiang Auditorium: Smart Materials and Structures: From Morphing Aircraft to Nanoscale Magnetoelectricity Christopher S. Lynch, University of California, Los Angeles, USA KEYNOTE at Qujiang Auditorium: Smart Materials and Structures: From Morphing Aircraft to Nanoscale Magnetoelectricity Christopher S. Lynch, University of California, Los Angeles, USA 14:40 KEYNOTE at Lily Hall: Static and Fatigue Study of Aircraft Composite Structures in the Post-Buckling Field Chiara Bisagni, Delft University of Technology, Netherlands KEYNOTE at Lily Hall: Static and Fatigue Study of Aircraft Composite Structures in the Post-Buckling Field Chiara Bisagni, Delft University of Technology, Netherlands KEYNOTE at Rose Hall: Hierarchical Composite Materials: Structural and Multifunctional Opportunities Milo Shaffer, Imperial College London, UK KEYNOTE at Rose Hall: Hierarchical Composite Materials:Structural and Multifunctional Opportunities Milo Shaffer, Imperial College London, UK

15:15 Coffee Break Coffee Break

4301 Polymer Matrix 4302 Metal Matrix 4303 Fiber-reinforced 4304 Fracture and Forum on Lightweight 4308 Ductile and Pseudo- 4309 Textile-Based 4312 Sandwich Structures 4313 X-Ray Computed 4315 Processing- 4316 Sensing and Self- 4317 Acoustic Meta- 4318 Process Induced 15:40 4305 Nano-Composites 11 4307 Green Composites 1 4310 Process Modelling 2 4311 Dynamic Behavior 4 4314 Constitutive Models 2 4319 Additive Manufacturing 4 4320 Fibers 2 4321 Smart Structures 1 Materials 11 Composites 11 Composites 11 Damage 11 Structures and Composites ductile Composites 4 Composites 4 and Materials 7 Tomography 2 Manufacturing Technologies 3 Diagnosis 1 Composite 4 Effects 3

4301-1 4302-1 4303-1 4304-1 4305-1 4307-1 4308-1 4309-1 4310-1 4311-1 4312-1 4313-1 4314-1 4315-1 4316-1 4317-1 4318-1 4319-1 4320-1 4321-1 ABLATION EFFECT OF TIC BIAS EXTENSION FLEXURAL DAMAGE BREAKING THE INTERNATIONAL BIOCOMPOSITES FATIGUE BEHAVIOR UNIT CELLS TOWARDS A PREDICTIONS AND INDENTATION DIGITAL VOLUME AN INVARIANT-FREE MOLDING DAMAGE DETECTION DEEP- THE INFLUENCE PREPARATION AND BASALT FIBER DESIGNING PROPERTIES REINFORCEMENT MEASUREMENTS ASSESSMENT OF COMPROMISE TOP-LEVEL FORUM FROM HEMP FIBERS OF PSEUDO- FOR THERMAL DESIGN GUIDELINE MEASUREMENTS OF FAILURE OF FOAM CORRELATION FORMULATION CONDITION FOR FOR COMPOSITES SUBWAVELENGTH OF RESIN PROPERTIES OF WITH PYROLYTIC ULTRASENSITIVE OF ONE ON THE ON CROSS-PLIED CARBON-EPOXY BETWEEN ON ENGINEERING AND ACRYLATED DUCTILE THIN CONDUCTION FOR CORNERS IN THE VISCOELASTIC CORED SANDWICH ANALYSIS FOR OF ANISOTROPIC SHORTENING USING A BAYESIAN SOUND ABSORBING STARVED AREA SLA AND FDM 3D CARBON COATING AND STRETCHABLE PHTHALONITRILE- TRIBOLOGICAL UNIDIRECTIONAL COMPOSITES WITH NANOFILLER SCIENCE AND EPOXIDIZED PLY HYBRID CALCULATION COMPOSITE PARTS RESPONSE OF STRUCTURES A CROSS-PLY HYPERELASTICITY MOLDING REGULARIZATION- ACOUSTIC MANUFACTURING PRINTED POLYMER FOR SENSORY STRAIN SENSORS BASED COMPOSITE BEHAVIOR OF AL- THERMOSET AND WITHOUT LOADING AND TECHNOLOGY SOYBEAN OIL- COMPOSITES OF TEXTILE (INVITED TALK) UNIDIRECTIONAL SUBJECTED LAMINATED David C. Kellermann, Mario TIME DURING BASED ELECTRICAL METAMATERIALS IMPERFECTIONS ON APPLICATIONS BY TAILORED Heng Zhou (Chinese Putu Suwarta (University of Pascal Hubert (McGill THE MECHANICAL NANOCOMPOSITES 7075 ALLOY PREPREG RESIN FLOW DISPERSION DEVELOPMENT BASED REINS REINFORCED FIBER COMPOSITES TO ELEVATED COMPOSITE M. Attard (UNSW Sydney) PULTRUSION IMPEDANCE (INVITED TALK) Bin Hao, Peng-Cheng FRAGMENTATION Academy of Sciences, Yaping Bai, Yongchun Guo, Y.Q. Zhao, T. Zhang, B.M. CHANNELS IN POLYMER STRATEGY - Wendi Liu, Ming-en Bristol), Mohamad Fotouhi COMPOSITES University), Jan Schubert Mehtab V. Pathana, PERFORMANCE OF Lixin Wu, Zixiang Weng, Yu TEMPERATURES STRUCTURE USING MOLDING OF TOMOGRAPHY Xiaobing Cai , Jun Yang(The NON-CRIMP FABRIC Ma (Chinese Academy of OF CARBON-BASED Graduate University of Jianping Li, Zhong Yang, Zhang (Beihang University) Kariappa M. Karumbaiah NANOCOMPOSITES LIGHTWEIGHT Fei, Renhui Qiu (Fujian (University of Bristol), Jian-Jun Gou (Xi’an (University of Auckland), Sophoclis Patsiasb, Vito L. A FULLY 3D-BASED THERMOPLASTIC TECHNIQUE Zhou (Chinese Academy of CONDUCTORS Giovanni Santagiuliana Tobias Laux, Ole Thybo University of Western CFRP LAMINATE Sciences) the Chinese Academy Feng Xia, Wei Yang (Xi’an (University of Auckland), STRUCTURES Agriculture and Forestry Gergely Czel (Budapest Jiaotong University), Xing- Simon Bickerton (University Tagariellia (Imperial College CORRELATION COMPOSITES Gang Yan (Nanjing Sciences) (INVITED TALK) of Sciences), Feng Liu Technological University) The presented study Christoph, Kracke (BMW (Queen Mary University of AND COMPOSITES University) University of Technology Jie Ren (Xi’an Jiaotong of Auckland), Chris Hickey London) Thomsen( University of Ontario) Susanne Hörrmann, Adi London), Olivier T. Picot ALGORITHM Asami Nakai, Kyuso Morino University of Aeronautics Adumitroaie, Christoph G. Lubineau, Y. Xin, X. Xu, (Zhengzhou University), aims to investigate the Group), Mark Battley (Registered and Economics, University University), Shuguang Li (Southern Spars) Southampton) Sooyoung Lee, Eonyeon Jo, Basalt fiber with a thin layer J. Zhou (King Abdullah Yuehai Li (Chinese deformation mechanism of (University of Auckland), (Queen Mary University participants only, Green composites were of Bristol), Michael R. (University of Nottingham), Numerical predictions (Gifu University) and Astronautics), Zhoujie Kralovec, Martin Schagerl of London, Nanoforce Wooseok Ji (Ulsan National (Johannes Kepler University of pyrolytic carbon coating University of Science and Academy of Sciences), prepreg stack at elevated Simon Bickerton (University please see separate developed from hemp fibers Wisnom (University of Wen-Quan Tao (Xi’an In this paper, a practical of the anisotropic The paper explores the Yang (Nanjing University 15:40 Technology Limited), Luca viscoelastic response Institute of Science and Linz) was developed, and the Technology (KAUST)) Weijian Han (Chinese temperatures using bias of Auckland), Tom Allen Rubini (University of Trento), pages for details) and soybean oil-based Bristol) Jiaotong University) design development detrimental effect of Technology) The purpose of this study of Aeronautics and Academy of Sciences), Hao extension method. (University of Auckland) thermosetting resins, and approach is proposed that of fibre composites are elevated temperatures on material could be used as Maria Crespo , Harshit Porwal obtained using analysis is to increase the pultrusion Astronautics), Yiu-Wing Mai Resin starved areas or Stretchable sensors are Li (Chinese Academy of , Yan Li , Han Zhang (Queen a bifunctional isosocyanate The fatigue behavior of Formulation rules of can be complemented in local indentation failure In this research, fully both reinforcement for FRPs needed for emerging of representative of polymer foam cored speed by decreasing (The University of Sydney), dry spots are considered Sciences), Songlian Kuang Mary University of London, monomer was used to pseudo-ductile thin ply unit cells for thermal a structural design tool for volume elements and 3D-based in-house DVC a severe manufacturing and sensor to monitor the applications such like wearable (China Academy of Launch Nanoforce Technology improve the properties of hybrid composites in two calculations of textile the sizing of laminates with sandwich structures.A algorithm was developed the pultrusion force for Hao Sun (Massachusetts electronics, artifical e-skins. are compared to the simple analytical model defect in resin transfer damage in composites. Vehicle Technology), Tong Limited), Nicola M. Pugno the composites. loading conditions, before reinforced composites is corners and their tooling. experimental results and and applied for the continuous fiber reinforced Institute of Technology) molded composite parts, They shoudl show good Zhao (Chinese Academy of (University of Trento) Ton and after the proposed and clarified. to predict the local top displacement field mapping perfromance in sensitivity, theoretical models. A new face sheet deflections and thermoplastic composite thus often leading to rejects. Sciences) Peijs (Queen Mary University Fragmentation initiation analytical formulation is on the whole volume of stretchability and linearity. Our interfacial normal stresses pipes. In this work, the damage strategy here is to develop a of London, Nanoforce load level is being studied proposed to predict the interest of unidirectional processes of specimens with Technology Limited), Emiliano at elevated temperatures Carbon-Epoxy laminated new family of sensors taking in this paper. anisotropic response of is presented and validated introduced resin starved and Bilotti (Queen Mary University fibre composites with composite specimen under advantage of the special of London, Nanoforce against experimental in situ tensile loading dry areas are investigated properties of fragmented similar accuracy as the observations and finite under static and fatigue Technology Limited) numerically intensive imaged in a high-resolution carbon-nanoparticles based element models. X-ray microscope. loading using 3D digital geometries. Monte-Carlo simulations. image correlation. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

4301-2 4302-2 4303-2 4304-2 4305-2 4307-2 4308-2 4309-2 4310-2 4311-2 4312-2 4313-2 4314-2 4315-2 4316-2 4317-2 4318-2 4319-2 4320-2 4321-2 THE EFFECT IN-SITU SYNTHESIS COMPRESSION MULTI-IMPACT THE USE OF INTERNATIONAL EFFECT OF COMBINING SCALING EFFECTS WARPAGE INITIAL CRUSH ANALYSIS OF IN SITU APPLICATION OF DEVELOPMENT OF HEALTH TRANSMISSION GFRP MECHANICAL INNOVATIVE PROCESS CONDUCTIVE GLASS A PROBABILISTIC OF BOUNDARY OF GAMMA FATIGUE OF WIND DAMAGE AND 3D GRAPHENE TOP-LEVEL FORUM FUNGI ON THE NON-LINEARITY IN THE LOW PREDICTION IN STRESS OF NONLINEAR OBSERVATION OF A MULTI-SCALE BENDING PROCESS MONITORING PROPERTIES OF BEHAVIOUR CHAIN FOR THE FIBER COATED APPROACH TO CONDITIONS ON AL2O3 WHISKERS TURBINE BLADE CAI CAPABILITY NETWORKS FOR ON ENGINEERING PROPERTIES OF OF ANGLE-PLIES VELOCITY IMPACT OVER-INFUSION CELLULAR BEHAVIOR ON MULTIPLE FAILURE CONTINUUM FOR FRTP PIPE OF HIGH ANISOTROPIC INDUCED BY A PRODUCTION OF WITH GRAPHENE STRUCTURAL HEALTH THE GENERAL REINFORCED COMPOSITES ON COMPOSITE THE CREATION SCIENCE AND JUTE/POLY(LACTIC AND FIBRE RESPONSE OF PROCESS OF MATERIALS HONEYCOMB CORES MODES IN CARBON- DAMAGE TATSUYA BANNO, YAGI PERFORMANCE PENTAMODE MESOSCOPIC FIBER-REINFORCED PREPARED BY DIP MONITORING OF MECHANICAL ALUMINUM MATRIX MATERIALS LAMINATES OF BIO-INSPIRED TECHNOLOGY ACID) COMPOSITES FRAGMENTATION CFRP LAMINATES GLASS/POLYESTER UNDER DYNAMIC J.D.D. Rodríguez Ramírez, EPOXY LAMINATED MECHANICS MASAOKI, KYUSO POLYMER MATERIAL AND SHAPING DEFECT FUNCTIONAL COATING METHOD AIRCRAFT NACELLES: BEHAVIOR OF SOFT COMPOSITE AND DAMAGE Xiaoyu Zhang, Fei Xu, SELF-MONITORING DEVELOPMENT Ding Ding,Tao Yu, Yan Li IN CARBON FIBRE Z.W. Xu (University of COMPOSITE LOADINGS B. Castanié, C. Bouvet( COMPOSITES MODEL FOR THE MORINO, ASAMI NAKAI COMPOSITES WITH FILTERING C. Cruanes (Tours COMPONENTS BASED Minghe Fang, Yabin Hao, IMPLEMENTATION AND MATERIALS Xiaoyao Qu, Fucheng MECHANISMS_A Wenying Li (Northwestern TOUGH CERAMIC STRATEGY - (Tongji University) LAMINATES UNDER Liverpool), F.J. Yang LAMINATES Zhijun Zheng (University Université de Toulouse) USING 3D MICRO- PREDICTION OF (GIFU UNIVERSITY) MULTIFUNCTIONAL APPLICATION ON university), A. Shanwan ON SANDWICH Xuhai Xiong, You Zeng VALIDATION (INVITED Mengzhou Chang, Wang, Tianshuai Wang, FRAISSE_P Polytechnical University) NANOCOMPOSITES LIGHTWEIGHT COMPRESSIVE (University of Liverpool), (INVITED TALK) of Science and Technology COMPUTED DAMAGE IN TEXTILE FIBERS ELASTIC WAVE (Orléans university), S. STRUCTURES (Chinese Academy of TALK) Zhenqing Wang (Harbin Chunsheng Shi, Naiqin BRØNDSTED Olivier T. Picot (Queen Mary STRUCTURES Effect of fungi on jute/PLA LOADING Z.W. Guan (University of Ismet Baran (University of of China), Peng Wang TOMOGRAPHY COMPOSITES Tibor Czigany, Norbert Mingye Zheng, E Song , Allaoui (Orléans university), BY ADDITIVE Science) Nazih Mechbal, Marc Engineering University) Zhao (Tianjin University) Anthony Fraisse, Povl This paper focus on the hail University of London), Victoria composites prepared by X. Wu, J.D. Fuller, M.R. Liverpool, South China Twente) (University of Science and G. Rocha (Imperial College AND COMPOSITES Eonyeon Jo, Wooseok T. YU (AECC Forintos, Gergely Hegedus Xiaoning Liu(Beijing Institute S. Méo (Tours university), MANUFACTURING Rebillat, Mikhail Guskov Brøndsted (Technical impact damage and bearing London), Claudio Ferraro (Registered extrusion and injection Wisnom (University of University of Technology), Technology of China), Ji, Sooyoung Lee (Ulsan COMMERCIAL AIRCRAFT (Budapest University of of Technology) M.-P. Deffarges (Tours Christian Dörsch, Heiko Continuous and compact (UMR CNRS 8006, Arts et In this work, a model is In our work, AMCs University of Denmark) capacity after impact for (Imperial College London), Na participants only, moulding were studied by Bristol) W.J. Cantwell (Khalifa The current work presents Shilong Wang (University National Institute of Science ENGINE CO.LTD), S. LI Technology and Economics) university), F. Lacroix Rosemann, Matthias graphene coating was Métiers ParisTech (ENSAM)) proposed extending the reinforced by in situ composite laminate under Ni (Imperial College London), please see separate mechanical test,GPC,SEM University) a combined experimental of Science and Technology and Technology) (POLYMER COMPOSITE (Tours university), G. Hivet Lindermann (Fraunhofer IWES) successfully obtained via basic concept of particle generated gamma The current paper focuses multi-impact. A numerical Eleonora D’Elia (Imperial pages for details) etc. A thin ply angle-ply and modelling effort to of China), Changfeng Zhu RESEARCH GROUP), E. The integrity of the (Orléans university) dip-coating. The volume The present work aims to of continuum mechanics Al2O3 whiskers were on the compression fatigue model is established for College London), Sylvain Meille laminate with internal This paper presents an develop a fundamental (University of Science and In situ mechanical behabior SITNIKOVA (POLYMER composite structure In the research project Additive conductivity of such assess the implementation combining electric fabricated from a single properties for wind turbine predicting the damage (Université de Lyon), Jerome 0° plies has been experimental investigation understanding of the Technology of China), Sandwich Manufacturing Chevalier (Université de Lyon), on the laminated compsoite COMPOSITE RESEARCH have been investigated This experimental research (ASM) an innovative graphene coated glass fiber of an embedded structural 16:00 properties. The Gaussian Al-H3BO3 system through blades. An optimization evolution of laminates and Theo Saunders (Queen Mary experimentally tested via of scaling effects in the low warpage formation during Yuanyuan Ding (Ningbo material was investgated GROUP) in the case of glass investigated the effect of generative manufacturing is approximately 3 S/cm. health monitoring (SHM) statistics which is used for reaction hot pressing (RHP) study and compression CAI capacity is also obtain University of London, Nanoforce an indirect compressive velocity impact response the over-infusion process. University), Jilin Yu using 3D micro-computed fiber reinforcement is mesoscopic defects of process for large light weight system enabling condition- the single entropic chain, or sintering after cold damage mechanisms are with these models. Technology Limited), Mike J. test method using a of plain woven CFRP (University of Science and tomography. examined by light intensity shaping processes on parts and componentswill be based maintenance of is used for the derivation pressing (SCP) techniques. presented for two different Reece (Queen Mary University of sandwich beam. The laminates. It is found that Technology of China) London, Nanoforce Technology measurement and in case of composite properties. A developed using additive and composite aircraft nacelles. of the models consisting of We compared the merits laminates architectures, Limited), Ton Peijs (Queen Mary laminate exhibited a impact damage in this type carbon fiber reinforcement protocol was developed to subtractive technologies for It describes the complete complex geometry (internal and demerits of different leading to low variance University of London) non-linear compressive of material does not obey The controversial issue it is achieved by electrical fabricate specimens with fiber reinforced thermosets process from the choice bubble, crack and particle). methods, and investigated test results which allow response and the single simple scaling laws, with on the initial crush stress resistance measurement. calibrated defects that were on the basis of polyurethane of the active elements to the influence of ball milling improved design values. Bioinspired design complete delamination damage becoming more of cellular materials is tested in fatigue and the (PUR) which have to be the implementation of the parameters, temperature concepts have within the laminate was severe in the larger scale solved by using the direct results were compared to adapted to the new process. A SHM strategy by means been employed to complete new process chain and raw material proportion promote toughness in inhibited. sizes. local stress and strain healthy ones. of elastic waves on an on the morphology of information obtained from has to be developed including ceramic-based composites material mixing and application A380 nacelle and analysis gamma-Al2O3 whiskers. using graphene as a cell-based finite element head, integrated printing of the results obtained means to engineer a models. after experimentation on fine 3D network of weak and CAM software for 6-axis interfaces that provide application and multi material substructures with actual fracture resistance throug application. size preparing a flight test mechanisms such a campaign. crack deflection, electrical conductivity, and damage sensing capability.

4301-3 4302-3 4303-3 4304-3 4305-3 4307-3 4308-3 4309-3 4310-3 4311-3 4312-3 4313-3 4314-3 4315-3 4316-3 4317-3 4318-3 4319-3 4320-3 4321-3 INTERFACIAL PROCESSING AND THERMO- TORSIONAL IMPROVING THE INTERNATIONAL FLEXURAL THREE- FABRICATION THERMAL FABRICATION LARGE IMAGING OF EXPERIMENTAL EFFECT OF MOLDING FLEXIBLE STRAIN TUNABLE ACOUSTIC INFLUENCE OF THREE- PROFILING FLEXIBLE MICROSTRUCTURE MECHANICAL MECHANICAL FAILURE OF MECHANICAL, TOP-LEVEL FORUM BEHAVIOR OF A BIO- DIMENSIONAL OF PD/SIOC MODELLING OF FIBER-STEEL DEFORMATION OF COMPOSITES BY INVESTIGATION ON CONDITION ON SENSOR BASED METAMATERIAL STRAND DIMENSION DIMENSIONAL STRUCTURE– PIEZOELECTRIC AND PROPERTIES PROPERTIES OF BEHAVIOR OF A BRAIDED THERMO- ON ENGINEERING BASED SANDWICH SIMULATION OF NANOFIBER WITH OF EXTRUSION LAMINATES BY SANDWICH PLATE HELICAL X-RAY STRAIN-RESISTANCE MECHANICAL ON CMS/SILICONE WITH AUXETIC AND DISPERSION PRINTING OF MECHANICAL DEVICE BASED OF MODIFIED IN-SITU MAGNESIUM THERMOPLASTIC COMPOSITE TUBES MECHANICAL SCIENCE AND STRUCTURE PSEUDO-DUCTILE EXCELLENT BASED ADDITIVE OPTIMIZING WITH MIURA-ORI COMPUTED CHARACTERISTICS PROPERTIES IN COMPOSITE FOR BEHAVIOR METHOD ON CONTINUOUS HETEROGENEITY OF ON HIGH-QUALITY CARBON FIBER MATRIX REINFORCED WITH STUDIED BY PROPERTIES TECHNOLOGY MANUFACTURED BEHAVIOR OF MECHANICAL MANUFACTURING MANUFACTURING FOLDED CORE TOMOGRAPHY OF CARBON INJECTION AND HUMAN HEALTH AND Jia-Hao He , Hsin-Haou RIGIDITY AND CARBON FIBER PAN CARBON FIBER PIEZOELECTRIC REINFORCED COMPOSITES DISCONTINUOUS X-RAY COMPUTED AND THERMAL DEVELOPMENT BY LIQUID RESIN ANGLE-PLY AND PROPERTY OF COMPOSITE PROCESS UNDER QUASI- Ying Wang (University NANOTUBE FIBERS COMPRESSION MOTION DETECTION Huang(National Taiwan ITS SCATTER REINFORCED ALONG RADIUS NANOFIBERS HYBRID MATRIX CONTAINING NANO- GLASS FIBERS TOMOGRAPHY CONDUCTIVITY OF STRATEGY - INFUSION CROSS ANGLE-PLY Nan Wu (National MATERIALS PARAMETERS AND STATIC LOADING AND THEIR MULTI- HYBRID MOLDING X. G. YU, Y. Q. LI, S. University) OF HAT SHAPED THERMOPLASTICS DIRECTION Feifei Wang, Yanxue Tang, D.Lopez (University Yuan Chai, Ying Wang, Arthur Monti (Université University of Defense M. L. JENSEN, of Manchester), Kristine COMPOSITES SIZED POLYMER CARBON FIBER/ LIGHTWEIGHT LAMINATES STUDY THE IMPACT X.M. Xiang(Swinburne PLY WIRES Masahiro Funahashi, Kenya Y. FU (CHONGQING SPECIMENS MADE BY IN-NOZZLE Lifeng Hao, Ping Peng, Salman Khalid, M. N. DERIVED SICNO of Southern Brittany, Zeshan Yousaf, Prasad EPOXY LAMINATES STRUCTURES du Maine), Abderrahim El XI Deng, Wen-Xue Wang, Technology), Yingde Wang M. R. SONNE, J. BEHAVIOUR M. Jespersen (Technical Xiangyong Zhao, Zhihua Potluri, Philip J. Withers University of Fu-Qing Liu, Qing-Sheng Morie, Asami Nakai, Masaki UNIVERSITY) OF RANDOMLY- IMPREGNATION Weicheng Jiao, Rongguo Prabhakar, Gibeop Nam, PARTICLES Renault SAS), S. Thuillier (University of Manchester) BY INCORPORATING AND COMPOSITES Mahi (Université du Maine), T. Matsubara (Kyushu (National University of SPANGENBERG, J. H. Byung-Jin Park, Dong- University of Denmark), WITH COMPACTION Duan, Tao Wang, Wangzhou Technology&Tianjin Yang, Xia Liu (Beijing Ohishi (GIFU University) ORIENTED STRANDS Wang, Xiaodong, He (Harbin Jung-il Song (Changwon Nagaraj M Chelliah (Indian (University of Southern HALLOYSITE/ (Registered Zouhaier Jendli (Ecole University) Defense Technology), HATTEL, H. N. HANSEN Woo Lee, Jung-Il Song Grzegorz Pyka (FEI Czech ROLLER Shi (Shanghai Normal National University) Institute of Technology Brittany), Y. Grohens In this project, the braid CARBON participants only, Supérieure des Techniques Frank Ko (University of (Technical University of (Changwon National Chengjian University), G. University of Technology) In this work, the fabrication Hideki Toyoda, Hirofumi Institute of Technology) Republic s.r.o.), Lars P. Ryo Omuro (Nihon University) Ropar), Harpreet Singh (University of Southern structure and the damage NANOCOMPOSITES please see separate Aéronautiques et de This paper proposes a British Columbia) Denmark) University). Lu*, D. Ruan(Swinburne Hybrid molding is a molding of wearable strain sensor Suganuma, Shinichiro modes of composite Mikkelsen (Technical University), Masahito The research focused (Indian Institute of Brittany) tube under torsion were Xueping Wu (Hefei pages for details) Construction Automobile), three-dimensional (3-D) University of Technology), Z. Experimental investigation method combining injection for human motion detection Yamashita, Takahiro We report the study of the on fabrication of flame Technology Ropar), M.K. university of technology) Laurent Guillaumat (École mesoscale model for the The robust flexible University of Denmark), Ueda (Nihon University), assessed by X-ray CT, You(University of Oxford) on strain-resistance molding and press molding. is first demonstrated with Hayashi, Michinobu correlation between the retardant thermoplastic Surappa (Indian Institute of In order to have a reliable which allows to establish nationale supérieure d'arts finite element analysis of SiOC-xPd nanofibrous Philip J. Withers (University Ryosuke Matsuzaki (Tokyo characteristics of carbon Mechanical properties commercial available nano- Fujita, Jun Takahashi (The structure and mechanical starch green composites by Science) virtual design of industrial relations between micro- HNT/CS was introduced et métiers) CFRP angle-ply [±q] 2s and membranes were of Manchester) University of Science), Akira utilizing low cost starch, flax parts it is necessary to damage mechanisms and into carbon fiber/epoxy cross angle-ply ([q/-q/ successfully prepared Large deformation of nanotube fibers and of molded articles were sponge as starting material. University of Tokyo) property of T700 carbon micro-structure of tubular Todoroki (Tokyo Institute fabric and chitosan through A liquid polymer is injected find a good representation composites to improve Bio-based sandwich (90+ q)/(90- q)]s laminates, through electrospinning sandwich panels with Miura- their multi-ply wires, evaluated by changing fiber monofilaments via composites. Helical X-ray CT could of Technology), Yoshiyasu compression molding into molten magnesium of the non-linear thermo- dispersion of HNT/CS and structures are good of which one ply contains followed by pre-oxidation ori foldcore under three demonstrating potential molding conditions. Rigidity of hat shaped radius profiling. It is found 16:20 technique. to produce in-situ SiCNO mechanical behavior of interface bonding between material candidates to three fiber layers. Nonlinear and pyrolysis process. provide extended Hirano (Japan Aerospace point bending and uniformly application in sensing specimens made of that, the maximum of the particles by stir casting injected thermoplastics HNT/CS and epoxy, there face further industrial behaviors and pseudo The smaller pore size information in one direction Exploration Agency) distributed pressure loading technology. randomly-oriented CFRTP modulus is at a radius of method. These in-situ reinforced with by, the mechanical, thermo- challenges, especially if ductility of the laminates and pinning effect by the with sufficient details, particles are homogenously discontinuous fibers. Two mechanical properties high stiffness or strength to loaded under quasi-static formed Pd@PdO core-shell was investigated by means strands was investigated. 1.8μm, instead of at the allowing to observe overall 3D printing technique for dispersed by friction stir phenomenological models and thermal conductivity mass ratios are expected. tension are well simulated. nanoparticles contributed of finite element analysis. Sheet stacking method surface as usually assumed. macro-damage and locate continuous carbon fiber processing for enhacing the are considered and the of carbon fiber/epoxy In this context, this paper mostly to the enhanced Performance of such panels reduced scatter of rigidity mechanical properties of material parameters are composites were improved. presents the manufacturing mechanical properties. local micro-damage reinforced thermoplastic was found to be comparable and thinner tapes improved the Mg matrix composites. identified using an inverse and the flexural properties simultaneously. This flexural rigidity and reduced (CFRTP) has been methodology over an of a sandwich made up with sandwich panels with strategy proves effective its scatter. developed based on fused experimental database at with thermoplastic skins honeycomb core. deposition modeling. further temperatures. reinforced with flax fibres to track fatigue damage and a balsa core. evolution in unidirectionally The tensile and bending reinforced fibre composites tests were performed to and could be applicable to investigate the mechanical time-lapse study of fibre properties of the 3D printed reinforced composites under unidirectional CFRTP a wide range of testing specimens. scenarios. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

4301-4 4302-4 4303-4 4304-4 4305-4 4307-4 4309-4 4310-4 4311-4 4312-4 4314-4 4315-4 4316-4 4317-4 4318-4 4319-4 4320-4 4321-4 GRAPHENE FOAM/ RESIDUAL MECHANICAL PROGRESSIVE EFFECT OF INTERNATIONAL IS HIERARCHY EFFECTS OF YARN EXPERIMENTAL EXPERIMENTAL NOVEL CRACK STUDY ON GLASS SYSTEM A HYBRID DAMAGE MEASUREMENT MODELLING 3D PRINTING OF STUDY OF CO- INTEGRATED GRAPHENE TOP-LEVEL FORUM PATH AND SUB-UNIT SOLVENT EFFECT ON STRUCTURAL CONDUCTIVE STRESS IN NB3SN PERFORMANCES OF FAILURE STRAIN NANOPLATELET USEFUL IN AND NUMERICAL INVESTIGATION OF STOPPER CONCEPT TRANSITION IMPROVEMENT DETECTION METHOD OF SURFACE WRINKLING ONSET INTEGRATED POLYMER SUPERCONDUCTOR PEKK COMPOSITE MEASURMENT OF THICKNESS AND ON ENGINEERING NATURAL FIBRE CELLS ON THE ANALYSIS OF FREE OSCILLATION FOR LIGHTWEIGHT TEMPERATURE FOR LASER-BASED FOR COMPOSITE ACOUSTIC WAVE IN TEXTILE FORMING COMPOSITE THE DISSOLUTION HEALTH MONITORING COMPOSITES FOR STRAND MATERIALS A COMPRESSION CONCENTRATION SCIENCE AND COMPOSITES? CHARACTERIZATION LASER REFLECTION OF CARBON FIBER FOAM CORED OF GRAPHENE TAPE PLACEMENT PRESSURE VESSEL USING AIR COUPLED USING MEMBRANE HONEYCOMB OF CELLULOSE IN OF LAMINATED LIGHTWEIGHT INTRODUCED BY LINKED TO THE LOADED CARBON ON THE TENSILE TECHNOLOGY Marta Fortea-Verdejo OF MECHANICAL FOR OPTICAL- REINFORCED SANDWICH REINFORCED TO DIRECTLY Tianxiang Huang, Kai-Uwe TRANSDUCER AND ELEMENTS SANDWICH IONIC LIQUID AND COMPOSITES USING ELECTROMAGNETIC STRUCTURE AND PROCESSING FIBER LAMINATE PROPERTIES OF DEVELOPMENT (University of Vienna), Elias PROPERTIES THERMAL PROCESS PLASTICS THE PROPERTIES CARBON NANOTUBE STRUCTURES – SHAPE MEMORY MANUFACTURE Schroder LASER DOPPLER M. Y. Matveev, A. Endruweit, STRUCTURES OF REGENERATED FIBERS: STATIC AND INTERFERENCE STOICHIOMETRIC PARAMETERS Jonas J. A. D’haen (BMW EPOXY RESIN STRATEGY - Bumbaris (University of OF 3D BRAIDED MODELLING OF Heydt, Torsten; Motsch, (RWTH Aachen University) N. A. Warrior, D. S. A. Zoi S. Metaxa (National EXPERIMENTAL POLYMER BY METAL / VIBROMETER WITH CONTINUOUS CELLULOSE FIBRES DYNAMIC LOADING, SHIELDING DISTRIBUTION T. Choupin (CNRS, Airbus AG), Sebastian Kilchert LIGHTWEIGHT Vienna), Alexis Tonneau COMPOSITE TAPE WINDING Nicole; Hausmann, VALIDATION, FE- MOLECULAR THERMOPLASTIC Weitao Yuan, Dongbo De Focatiis, A. C. Long CARBON FIBER Chenchen Zhu, Anastasia AND VALIDATION Ying Wu, Zhenyu Wang, AFTER HEAT Group Innovations), B. (Fraunhofer Institute for Technical University of STRUCTURES (University of Vienna), MATERIALS Amin Zaami, Ismet Joachim (Institute for This paper reviews current Zhang, Jinfeng Zhao(Tongji (University of Nottingham) Kentaro Sugiyama (Tokyo Athens), Philippe Poulin MODELLING AND DYNAMICS COMPOSITE PARTS Koutsomitopoulou, Jeroen J. L. Abot, J. C. Anike, J. H. Xu Liu, Xi Shen, Qingbin TREATMENT Fayolle (CNRS), G. Regnier High-Speed Dynamics), AND COMPOSITES Koon-Yang Lee (Imperial Aldrich, D.; Ayranci, C. Baran, Remko Akkerman Composite Materials (IVW Tido Peters, Christian Kukla, structural health monitoring University), Bernard Bonello( University of Science), Van Duijneveldt, Kevin Potter (University of Bordeaux), POTENTIAL FOR USE SIMULATIONS Bills, D. Gonteski, T. Kvelashvili, Zheng, Jang-Kyo Kim, (The Peng Jin (Tsinghua (CNRS), C. Paris (Airbus Octavian Knoll (BMW AG), (Registered College London), Alexander (University of Alberta) (University of Twente) GmbH)) IN STRUCTURES Xuejiao Zhang, Henning Janssen, Christian methods which are used for Institut des NanoSciences Textile forming simulations Ryosuke Matsuzaki (University of Bristol) M. S. Alsubhani, K. Albin, S. P. Hong Kong University of University), Lankai Li Group Innovations), J. Michael May (Fraunhofer Zafeiroula Paragkamian participants only, Bismarck (University of Georgios Martakos(Siemens Qingsheng Yang, Xia Brecher (Fraunhofer Institute COPVs. In addition, a hybrid de Paris), Yongdong Pan, using membrane (Tokyo University of Mortin, V. C. Gonzaga, G. N. Science and Technology) (Chinese Academy of Cinquin (Airbus Group Institute for High-Speed (University of the Aegean), please see separate Vienna, Imperial College This paper provides a new An experiment regarding Within this paper the free Wind Power), Jens H. Liu (Beijing University of for Production Technology method which combining the Zheng Zhong (Tongji element models have Science), Masahito Ueda We have dissolved a Oliveira, P. H. R. M. Silva, R. Science), Xide Li (Tsinghua Innovations), B. Brulé Dynamics), Stefan Stavros K. Kourkoulis pages for details) London) method and model for the reflection pattern at the oscillations of carbon fiber Andreasen(Aalborg Technology) IPT) mode shape curvature node University) lower computational (Nihon University), Akira high concentration of B. A. Navarro, V. R. Barbosa Ultralight graphene University), Qiuliang Wang (Arkema) Hiermaier (Fraunhofer (National Technical analyzing 3D Braids that melting temperature has reinforced plastics are University), Christian method andstrain monitoring cost compared to shell Todoroki (Tokyo Institute microcrystalline cellulose in (The Catholic University of 16:40 foam/poly(3,4- (Chinese Academy of Institute for High-Speed University of Athens), accounts for undulations, been reported, and the measured by means of a Berggreen (Technical In this work, the glass The present work focuses method is proposed and An air-coupled transducer element models but may of Technology), Yoshiyasu ionic liquid using dimethyl America), K. Belay (Florida A&M ethylenedioxythiophene): Science), Junsheng Cheng Crystallization modelling Dynamics) Nikolaos D. Alexopoulos and investigates the effects simulation for complex torsion oscillating test. sulfoxide (DMSO) as University), G. P. Behrmann University of Denmark), Ole transition temperature on the flexible manufacturing validated with FEM. is used to excite surface be inaccurate in predicting Hirano (Japan Aerospace co-solvent, and produced (The Catholic University of poly(styrenesulfona (Chinese Academy of of PEKK thermoplastics (University of the Aegean) of the sub-unit cells on the setup configurations Thybo Thomsen and shape memory of hybrid metal-UD tape acoustic waves on an wrinkling occurrence. In Exploration Agency) strong regenerated cellulose America), E. Akay (The Catholic te) composites with Science) composite has been A new approach to mechanical properties of of a LATW process is (University of Southampton) behaviors of epoxy SMPs parts. The combination of aluminium block, while this paper, an analytical fibres from the optically University of America) excellent electromagnetic investigated to measure strain after initial In the present work, the effect a 3D braided composite performed. The main goal is with graphene reinforced laser-textured high-strengths another air-coupled approach is coupled with a anisotropic solution through interference shielding are This work highlights the predict crystallinity failure in compressive of graphene nanoplatelets structure. to have an accurate model The presents a novel peel were investigated using a steel and GF-PA6.6 UD tape transducer is adopted to membrane element model to dry-jet wet fibre spinning. This paper presents the results developed. The excellent importance of component during composite part loaded laminates using (GnPs) addition on the for inline monitoring and stopper device for foam molecular dynamics (MD) using the thermal joining record the leaky waves predict the wrinkling onset in This process presents a of an experimental study about electrical conductivities, distribution on the stress manufacturing. The digital image correlation is mechanical and fracture quality assurance. cored composite sandwich method. The mechanical process of laser-based in association to the textile forming. novel and economic route to localized damage detection characteristics of the resulting convert a high concentration the porous structure, status of a superconducting impact of crystallinity on presented. polymer nanocomposites structures that is capable properties under uniaxial in-situ tape placement out-of-plane displacement. in laminated composite plates and the effective charge strand, and can supplement mechanical properties has is investigated. The results of arresting propagating tension at different with the aim to realise Measurements derived from of microcrystalline cellulose using carbon nanotube (CNT) delocalization are mainly the thermal mismatch been studied to determine indicate that the GnPs type face-sheet/core interface temperatures were a part with optimum the air-coupled ultrasonic into strong fibres, while yarn sensors and its validation responsible for the model. best processing parameters and concentration play reduces the processing time using integrated optical fibers cracks. The validation is obtained. weight reinforcement and method have good and cost significantly, which predominant contribution to for PEKK composite parts. an important role on the demonstrated through performance profile is accordance as compared to monitored through optical microwave attenuation by mechanical performance of can potentially be used as time-domain reflectometry the nanocomposites. fatigue tests and fracture discussed. the results attained by using high-performance fibres for (OTDR) and post-mortem, by absorption. mechanics simulations. a laser Doppler vibrometer. composite materials as well as x-ray tomography imaging of the precursors for carbon fibres. composite samples.

4412 Sandwich Structures 4413 X-Ray Computed 4414 Constitutive 4415 Processing- 4416 Sensing and Self- 4417 Acoustic Meta- 4418 Process Induced 4419 Micro- and Nano- 17:00 4401 Polymer Matrix 4402 Metal Matrix 4403 Fiber-reinforced 4404 Fracture and 4405 Damage Tolerance of Forum on Lightweight 4407 Green Composites 2 4408 Ductile and Pseudo- 4409 Textile-Based 4410 Process Modelling 3 4411 Dynamic Behavior 5 Manufacturing Technologies 4420 Fibers 3 4421 Smart Structures 2 Materials 12 Composites 12 Composites 12 Damage 12 Composites Structures 1 Structures and Composites ductile Composites 5 Composites 5 and Materials 8 Tomography 3 Models 3 4 Diagnosis 2 Composite 5 Effects 4 Scale Test Methods

4401-1 4402-1 4403-1 4404-1 4405-1 4407-1 4408-1 4409-1 4410-1 4411-1 4412-1 4413-1 4414-1 4415-1 4416-1 4417-1 4418-1 4419-1 4420-1 4421-1 EFFECT OF ENHANCED MECHANICAL A COUPLED FEM/ STRUCTURAL INTERNATIONAL THE HIGH PSEUDO DUCTILITY EXPERIMENTAL WINDING PROCESS PLY THICKNESS THE EFFECT OF MICROSTRUCTURE PROBABILISTIC LAMINATES WITH NANO-ENGINEERED PLATE TYPE PLY INTERFACE NANOSCALE STATIC ANODIC HIGH SILYLATION OF TENSILE DUCTILITY BEHAVIOUR OF PD BASED ON REPONSE OF TOP-LEVEL FORUM PERFORMANCE IN QUASI- INVESTIGATION MODELLING INFLUENCE IN ENTRAPPED AIR DEPENDENT MULTISCALE UNDER-OVER FIBRE-REINFORCED ACOUSTIC ANGLES TO ANALYSIS OF HUMAN OXIDATION OF PERFORMANCE CELLULOSE MICRO OF METALLIC GLASS FIBRE SUBSTRUCTURE AEROSPACE-GRADE ON ENGINEERING DISCONTINUOUS ISOTROPIC CFRP OF THE TUFTED – VALIDATION IMPACT DAMAGE ON THE DYNAMIC METHOD COMPOSITES WITH A HAIR BY AFM-IR FIBRES ON THE GLASS MATRIX REINFORCED METHOD FOR THIN-PLY WOVEN SCIENCE AND FIBRE (HIPERDIF) THROUGH PLY 3-DIMENSIONAL THROUGH SPRING- ON CAI CARBON/ RESPONSE DAMAGE CONSIDERING LACING MADE BY CAPABILITY OF SELF- METAMATERIALS PROMOTE NANOSPECTROSCOPY CARBON FIBERS PIEZO ELECTRIC MECHANICAL COMPOSITES THERMOPLASTIC PROGRESSIVE AND NON-CRIMP TECHNOLOGY METHOD FOR WEAKENING COMPOSITE IN PREDICTION EPOXY TEST OF NOMEX MECHANISMS IN MULTIPLE AUTOMATED FIBER MONITORING USING Fuyin Ma, Jiuhui Wu( Xi’an AUTOMATED Lucien Bildstein (L’Oréal USING VARIOUS NANOCOMPOSITE PROPERTIES OF WITH NOVEL TAPES MADE DAMAGE ANALYSIS FABRICS DEVELOPMENT CARBON- J. Sun, O. Bacarreza, P. REINFORCEMENT Patrick Pérès, Jean Marc SPECIMENS HONEYCOMB 3D USING X-RAY RANDOM PLACEMENT ULTRASONIC-WAVES Jiaotong University) FORMING OF Research & Innovation), ELECTROLYTES SENSOR NODES POLYDIMETHYL MICROSTRUCTURE OF RECYCLED OF COMPOSITE Albertino STRATEGY - FLAX HYBRID Robinson (Imperial College FORMING Dupillier, Lynam Corey Thiago H. L. Pinto SANDWICH TOMOGRAPHY PARAMETERS IN Minh Duc Hoang, Jeffrey Yehai Li, Yaozhong Liao , AEROSPACE AND SUBSEQUENT FOR STRUCTURAL Arteiro(Universidade Zhongqing Su Ariane Deniset-Besseau SILOXANE Yunpeng Jiang (Nanjing POLYMERS LAMINATE LIGHTWEIGHT COMPOSITES London) Peng Wang , Xavier (Airbus Safran Launchers) (UFVJM), Carlos A. Cimini STRUCTURES (INVITED TALK) CONSTITUTIVE Fortin-Simpson, Suong Van The experimental STRUCTURES CHEMICAL ANALYSIS HEALTH COMPOSITES University of Aeronautics F. Regel (Saxion University Liu Shuo, Fang Guodong, do Porto), Giuseppe STRUCTURES MANUFACTURING Legrand, Damien Soulat, Jr. (UFMG), Sung K. Ha UNDER FLATWISE MODELS OF (The Hong Kong Polytechnic (University Paris-Sud), Aistė Lisauskaitė, and Astronautics) of Applied Sciences), Liang Jun (Harbin Institute of Catalanotti(Queen's AND COMPOSITES Marco L. Longana, HaNa Investigation on the Lingshan Liu, Matthieu This study proposes a (Hanyang University), COMPRESSION M. Jerabek (Borealis MATERIAL Hoa (Concordia University, University) realization and theoretical K. Johnson, R. Butler, E. Alexandre Dazzi (University OF THE CARBON MONITORING Kristina Žukienė, Virginija N. Claussnitzer (Saxion Technology, Beijing Institute University Belfast), Jose (Registered Yu, Kevin D. Potter potential of achieving Tricaud (University of Lille) winding process model Pedro H. Cabral (Embraer Han Feng, Longquan Polyolefine GmbH), A. PHYSICAL Center for Research in understanding of ultrathin G. Loukaides (University Paris-Sud), Nawel Baghdadli FIBER SURFACE Mohammad Fotouhi, Bill Xavier(Instituto de Ciencia Jankauskaitė, (Kaunas A novel microstructure was University of Applied of Technology) participants only, (University of Bristol) pseudo-ductility in where the behavior of S.A.), Gustavo H. C. Silva Liu (Shanghai Jiao Tong Amirkhanov (University of PROPERTIES Polymers and Composites In this paper we present a lightweight plate-type of Bath) (L’Oréal Research & Matthias Bauer, Sergej Xiao, Thomas Pozegic, University of Technology) designed to improve the Sciences, Chemnitz e Inovacao em Engenharia please see separate quasi-isotropic composite To compared with the tow is more properly (Embraer S.A.), Alex P. Applied Sciences Upper Pin Wen, Hongling Ye, (CREPEC)) nano-engineered composite acoustic metamaterials Beratz, Fabian Schubert, Meisam Jalalvand, Ian Mecanica e Engenharia University) Innovation) tensile plasticity of bulk University of Technology), A new method of coupling pages for details) The High Performance laminates through multilayered composite represented in order to Prado (Embraer S.A.) Austria), D. Salaberger Qingsheng Yang (Beijing with a "dispersed" self-sensing structures have been Avoiding winkle defects in Judith Moosburger-Will, Hamerton, metallic glass. F.W.J. van Hattum (Saxion finite element method Industrial&Universidade Discontinuous Fibre introduction of ply cuts. reinforcement forming, the better predict residual network. The self-sensing University of Applied (FEM) and state-based de Tras-os-Montes e (HiPerDiF) Method is preforming behaviours of stresses which generate The aim of this study is Investigation of the effect (University of Applied University of Technology) In this paper, procedure capability of this composite is presented and discussed in- automated forming Siegfried Horn (University of Michael R.Wisnom Sciences) peridynamic is proposed Alto Douro), Peter Linde used to produce flax and tufted 3D reinforcement in spring-in deformation. to evaluate the effects of Sciences Upper Austria), to make triaxial composite tested and verified by capturing depth, where in broadband processes using optimised Augsburg) (University of Bristol) (AIRBUS Operation of entrapped air on the to analyze the progressive reclaimed carbon fibres the hemispherical stamping Sensitivity of some process damage generated due dynamic response of Nomex J. Kastner (University of In the paper, a general laminates by Automated guided ultrasonic waves. excellent sound attenuation ply interface angles within Feasibility study on damage of fiber reinforced GmbH), Pedro hybrid composites. The process are studied and parameters are studied and to low velocity impact in P.Camanho(Universidade honeycomb sandwich Applied Sciences Upper formulation of the Fiber Placement (AFP) ability at low frequencies is the laminate stacking The results in this work This work presents an 17:00 glass fibre reinforced composite laminate. produced material offers the significant influence of compared to experimental carbon/epoxy composite do Porto&Instituto de structures under flatwise Austria) first-order perturbation was introduced. Some realized by employing locally sequence. Experimental demonstrate the potential of experimental study on thermoplastic tapes made Ciencia e Inovacao em advantages in terms of tufting yarns on the interply results. laminates. Specifically, of post-consumer and post- vibration damping and sliding and on the forming this study aims to map the compression. It is found based stochastic mechanical properties for resonant effect. Some plate- work is supported by a sulfuric acid as alternative improving the mechanical Engenharia Mecanica e Computed tomography homogenization(FPSH) two types of tow-interlacing type acoustic metamaterial theoretical model to predict electrolyte solution in the and electrical behaviour of industrial PP recyclates. Engenharia Industrial) wight and cost reduction. defects are analysed. ply thickness influence that the entrapped air has on the impact damage in little effect on the collapse was utilized to determine method was presented laminates made by AFP structures with lumped ply deformation. anodic oxidation process of AE sensors as embedded carbon/epoxy composite An experimental test strength and stiffness of fibre orientation, local in a discretized form by were measured and coupling bending resonance carbon fibers. The elemental piezoelectric sensor nodes campaign was carried compression after impact displacement and damage finite element method in compared with traditional effects are experimentally and functional composition for SHM systems. (CAI) test specimens, so the Nomex honeycomb, out to study the structural mechanisms in interrupted order to consider multiple unidirectional layer laminate. and theoretically proposed, of the resulting carbon fiber response of spread-tow that further predictions however, it has significant fabrics (STFs) and thin-ply can be made for after effect on the energy tensile tests for two different random parameters of the which have excellent low surfaces is investigated non-crimp fabrics (NCFs). impact loading schemes. absorption capacity of the fibre orientations. mechanical properties in frequency ultra-wideband by XPS. Thin-STF laminates Nomex honeycomb. the constitutive models in sound insulation ability, exhibited an improved the numerical prediction and even without any tensile unnotched strength and superior performance of the homogenized mass block, strong sound in compression, while macroscopic properties of attenuation up to nearly 99% thin-ply NCFs exhibited arbitrary heterogeneous is experimentally achieved. improved structural material with periodic response when the 0° plies were grouped together. microstructure. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

4401-2 4402-2 4403-2 4404-2 4405-2 4407-2 4408-2 4409-2 4410-2 4411-2 4412-2 4413-2 4414-2 4415-2 4416-2 4417-2 4418-2 4419-2 4420-2 4421-2 RHEOLOGICAL SIMULATION OF SURFACE EXPERIMENTAL HIGH-FIDELITY INTERNATIONAL OPTIMIZATION GROUPING FORMABLE NUMERICAL FEASIBILITY OF THE MECHANICAL AND AUTOMATIC A UNIVERSAL PREDICTION OF EVALUATION SOME NOVEL CURE PROCESS MECHANICAL TENSILE BEHAVIOUR FRACTURE FIXATOR CHARACTE COMPRESSIVE FUNCTIONALIZED STUDY ON THE LOW MODELLING TOP-LEVEL FORUM STUDIES ON THE SIMILAR FIBRE NANOCOMPOSITE MODELLING OF THE NVH SIMULATION OF IMPACT BEHAVIORS DETECTION AND MODEL FOR PERMEABILITY IN OF THERMOS PHYSICAL MONITORING OF PROPERTIES OF BASALT FIBRES CONCEPT BASED RIZATION OF BEHAVIOUR CNTS GRAFTED VELOCITY IMPACT OF DAMAGE ON ENGINEERING SYNTHESIS AND TYPES IN HYBRID MEMBRANES FOR BONDING PROCESS REPRESENTATIVE OF SANDWICH CLASSIFICATION PREDICTING THE RTM PROCESS FOR ELASTIC STRESS PROPERTIES BASED CURVED COMPOSITE OF MULTI- AFTER THERMAL ON SHAPE MEMORY THERMOSETTING OF GRAPHENE SHORT CARBON RESPONSE OF MECHANISMS SCIENCE AND CHARACTERIZATION DISCONTINUOUS ENERGY RECOVERY FOR WIND TURBINE CFRP AUTOMOTIVE STRUCTURES OF DEFECTS IN EFFECTIVE SHEAR COMPOSITES BASED ANALYSIS (TSA) ON PHONONIC WITH INTERLAMINAR WALL CARBON TREATMENT POLYMER RESIN REINFORCED FIBERS IN CFRP CARBON-ARAMID IN THROUGH- TECHNOLOGY OF BIO-BASED COMPOSITE VENTILATORS BLADES: MODEL BODY STRUCTURES USING PUR OR WOVEN COMPOSITES MODULUS OF ON MULTI-SCALE AND DIGITAL IMAGE CRYSTALS OF TOUGHENED NANOTUBE/ Jacopo Tirillò, Maria Carolina Wei Zhao, Liwu Liu, Xin Lan, SYSTEM WITH ALUMINIUM MATRIX COMPOSITES AS HYBRID BRAIDED THICKNESS DEVELOPMENT EPOXIDIZED MATERIALS Taesik Chae (University VALIDATION T. Courtois (Autoneum PERFORATED PMI MANUFACTURED BY TWO-DIMENSIONAL APPROACH (INVITED CORRELATION SURFACE ACOUSTIC LAYERS PEEK POLYMER Seghini, Fabrizio Sarasini, Jinsong Leng, Yanju Liu THERMOPLASTIC COMPOSITES INTERLEAVING COMPOSITES REINFORCED STRATEGY - SOYBEAN OIL James Finley (Imperial of British Columbia), Ryan A. Uzal (Technical Management AG), R. Stelzer FOAM CORES WITH RTM BASED ON X-RAY POROUS MATERIALS TALK) (DIC) TECHNIQUES WAVES Keiichiro Sawaguchi (The COMPOSITES AT Teodoro Valente (The (Harbin Institute of FUNCTIONAL LAYER MICROPILLARS TOUGHENER AND Ying Sun, Shuquan Tian, COMPOSITES LIGHTWEIGHT (ESBO) College London), HaNa Huizing (University of University of Denmark), J. (Autoneum Management SIMILAR BULK MICROTOMOGRAPHY Zaoyang Guo (Beihang Yong-joo Cho, Chao Zhao, FOR DETECTION Si-Yuan Yu, Xiao-Chen Sun, University of Tokyo) NANO SCALE Sapienza University of Rome) Technology) W. Surjoseputro, G. Yishi Su, Yang Yu, Zan Li, DAMAGE SENSOR Mengyun Tang, Zhijun A.R. Melro(Advanced STRUCTURES Shatori Meadows, Mahesh Yu (University of Bristol), British Columbia, dPoint Spangenberg (Technical AG), O. Chesa (Inspire DENSITIES Anna Madra (Polytechnique University, Chongqing S.Z.H Shah, Sung-kyu Ha OF DELAMINATION Xu Ni, Qing Wang, Xue-Jun Chun-yen Hsu (Super C Ziegmann (Clausthal Qiang Guo, Zhiqiang Li, Xusheng Du (Jinan Rong, Li Chen (Tianjin Composites Centre for AND COMPOSITES Hosur, Alfred Tcherbi- Marco Longana (University Technologies Inc), Frank University of Denmark), ICS / ETH Zürich), M. Zogg Vasco Duarte Raposo, José M. Montréal, Sorbonne University), Lei Wang (Hanyang Graduate School) CRACK Yan, Cheng He, Xiao-ping This study evaluates the Inc., Shenzhen CONE The work experimentally The adaptive repair device University of Technology) Genlian Fan, Dingbang University, The University Polytechnic University) Innovation and Science (Registered Narteh, Shaik Jeelani of Bristol), Soraia Pimenta Ko (University of British M. W. Nielsen (LM (Inspire ICS / ETH Zürich), C. Faria Silva, Paulo Jorge R. University), Piotr Breitkopf (Beihang University), PROPAGATION Liu, Liang Feng, Ming-Hui effect of the interlaminar Technology Co., Ltd., investigates the effects of concept proposed in this Xiong, Di Zhang (Shanghai of Sydney), Helezi Zhou University of Bristol),H.Cui,N. participants only, (Tuskegee University) (Imperial College London), Columbia) Windpower), M. R. Sonne D. Golombowski (Dow O. Nóvoa, António Torres Marques (Sorbonne University), Yang Chen (Chongqing OF GLASS EPOXY Lu , Yan-Feng Chen resin layeras on the shear University of Delaware), temperature (up to 600°C) and paper can accomplish The research focused Jiao Tong University) (The University of Sydney, Experimental study on Petrinic(University of Oxford) please see separate Milo S.P. Shaffer (Imperial (Technical University of Europe GmbH) François Trochu University), Lingli Zheng It is proposed to do virtual COMPOSITE PLATE (Nanjing University) and bending deformation Qing Zhang (Super C atmosphere (air and argon) on real-time adaption of the on the formation of semi Huazhong University the low velocity impact ,I.K.Partridge,S.R.Hallett(Adv pages for details) Cellulose and lignin were College London) This study explored the Denmark), J. H. Hattel The sandwich structures (Polytechnique Montréal) (Beihang University), test using Multi-scale UNDER UNI-AXIAL generated during curing and Inc., Shenzhen CONE the tensile behaviour of single tightness according to the interpenetrated polymer For the purpose of Science and Technology), response of three anced Composites Centre for extracted from different development of a next (Technical University of The introduction of of the present work use Zhenjun Yang (Coventry approach to derive CYCLIC LOADING on the final spring-in angle. Technology Co., Ltd.), basalt fibres with a view to configuration of the injured networks (SIPN) layer revealing the structural Hong-Yuan Liu (The different types of carbon- Innovation and Science plants by acid hydrolysis New experiments and generation energy recovery Denmark) CFRP components in the resin infusion processed mimicking a pyrolysis process. 17:20 skins based on an epoxy The presented methodology University), Leiting Dong permeability which was Ayad Kakei (University Kazumi Saito (Super C limb. between thermoplastic and deforation mechanism of University of Sydney), aramid hybrid braided University of Bristol) process. Cellulose was modelling show that ventilator membrane with composition of vehicle resin system reinforced with employs a machine learning (Beihang University) measured by experiment of Southern Queensland, Inc., Shenzhen CONE Besides, the tightness thermosetting polymers and graphene/Al composites Huamin Zhou (Huazhong composites was conducted. used to reinforced epoxy increasing the level of high heat and moisture In this study, a 3-D bodies has an effect on +/-45º glass fiber fabric (300 approach to retrieve per each design change. University of Kirkuk), J.A. Technology Co., Ltd.), problem during different its characterization using micropillars, numerical University Science and A high-fidelity model of a resin to improve its random intermingling transport, to improve numerical model is structure borne noise g.m-2), and a polyurethane geometric and spatial By applying proposed Epaarachchi (University Chaoying Ni (University of treatment stages can be rheological approach. simulations compared Technology), Yiu-Wing Mai composite through-thickness properties while lignin was prevents large clusters the efficiency of energy developed in order disturbance. structural adhesive join features of defects from 3D virtual test method, number of Southern Queensland), Delaware), Fei Deng (Super effectively solved when with experimental results (The University of Sydney) reinforced with a z-pin was used for the preparation of of broken fibres from recovery and savings while to analyse adhesive In that case, the FEM the structure elements. However, the main drive imagery. Defect classes are of measurement will be Mainul Islam (University of C Inc., Shenzhen CONE using SMP, due to its are carried out to indicate generated in order to study phenolic resin. forming, which maximises maintaining a high quality propagation in squeeze simulation can be used for the study was to then identified in the multi- minimized and design Southern Queensland), J. Technology Co., Ltd.) variable stiffness and shape the effects of pillar size, The carbon structures and characterise the increase the strength and of indoor air. flow problems with 3-D to anticipate and design determine how detrimental, dimensional feature space process for composite will Leng (University of Southern memory effects of SMP. base size, slope angle with functionalized CNTs in damage tolerance brought pseudo-ductility of hybrid flow effects. The model is specific countermeasures a machining approach to with hierarchical clustering be shortened. Queensland, Harbin Institute This work is mainly Therefore, the fixator has and graphene content grafted onto short carbon by this type of reinforcement. discontinuous composites. validated by comparison for body NVH. match bulk densities would algorithms. of Technology), Anura P. focused on nano-scaled property of self-adaptability. on interfacial behavior of fibers were fabricated Different mixed mode loading with an experiment where be on bending and low velocity impact performance, Rathnayake (University of mechanical properties graphene/Al composites. by one step flame conditions (tension and/ a rectangular prism as well as on core shear Ruhuna) , N.K. Hettiarachchi of multi-walled carbon synthesis method and their or shear) were applied to shaped adhesive sample and compression behaviors. (University of Ruhuna) nanotubes (MWCNTs)/poly performance as toughener the model and the apparent is squeezed between two The sandwich structures are ether ether ketone (PEEK) and crack sensor in increase in toughness, as well parallel plates. characterized with respect nanocomposites. CFRPs were reported. as the different phenomena to three-point bending, four-point bending and leading to this increase, were low velocity impact (LVI) captured. properties.

4402-3 4403-3 4404-3 4405-3 4407-3 4408-3 4409-3 4410-3 4411-3 4412-3 4414-3 4415-3 4416-3 4417-3 4418-3 4419-3 4420-3 4421-3 PREDICTING THE DISLOCATION MONITORING THE DAMAGE DYNAMIC BRIDGING INTERNATIONAL EFFECTS OF INVESTIGATION OF KINEMATIC MECHANICAL SANDWICH MODELING AND VIBRATION AIDED SIMULATION OF THE HYPERELASTIC INFLUENCE Al/Ni CARBON IMPACT FORCE EMISSION RENDERS DELAMINATION REPRESENTATION RESPONSE TOP-LEVEL FORUM CELLULOSE THE COMPRESSION ELASTIC MODULUS MODELING OF BEHAVIOUR OF OF 3D BRAIDED STRUCTURES ANALYSIS OF VACUUM INFUSION ELECTROMECHANICAL SOLIDS AS SMART OF BENDING NANOSTRUCTURED COMPOSITE IDENTIFICATION PLATE-REINFORCED OF LAMINATED AND DAMAGE OF THROUGH- ON ENGINEERING NANOCRYSTALS ON PERFORMANCE COMPOSITE 3D WOVEN CFRP BULK METALLIC RESPONSE OF SELF- ELASTODYNAMIC ON WRINKLE ENERGETIC METAL- MATRIX STRUCTURES EVOLUTION FOR THICKNESS SCIENCE AND THE INTERFACIAL AND FAILURE TUBES USING REINFORCEMENT GLASS COMPOSITES WITH 3D PRINTED TI/AL SOLID OF BNNS MODIFIED SENSING CARBON METAMATERIALS FORMATION COMPOSITE AND FIBERS FROM FOR COMPOSITES COMPOSITES BY USING CNT TRANSVERSE REINFORCEMENT TECHNOLOGY PROPERITES MECHANISM OF GEOMETRICAL UNIT CELL FOR AT HIGH STRAIN FUNCTIONALLY PHASE REACTIVE CARBON FABRIC/ NANOTUBE POLYMER Zheng Chang, Linli AND POTENTIAL ITS STRUCTURE BY-PRODUCTS OF USING A NON- MAPPING APPROACH SUPERIOR TO BUCKYPAPER CRACKING IN COMPOSITE DEVELOPMENT OF SISAL PSEUDO-DUCTILE REALISTIC RATES GRADED LATTICE DIFFUSION BONDING EPOXY COMPOSITES NANOCOMPOSITES Chen(China Agricultural METHODS OF LIGNIN/PETROLEUM NEGATIVE BAYESIAN L. Liu, L. L. Shen (Tongji Yi-bo Wang, Zhen-guo Liu, Lan-Hong Dai (Chinese CHARACTERIZATION SPHERICAL OF LINEAR LAMINATES STRATEGY - FIBERS/EPOXY THIN-PLY HYBRID INTERNAL CORES Zhang Jianyu, Li Hezong, A.Tuğrul Seyhan (Anadolu Miguel A.S. Matos, Vito L. MITIGATION RESIDUE OIL REGULARIZATION AND FIBROUS University) VISCOELASTIC Hao Cui(University of LIGHTWEIGHT COMPOSITES composites Long Hu, Zhe Wu (Beihang ARCHITECTURAL Academy of Sciences) University) Lyu Junjun, Guo Fei, He Stephen Daynes , Stefanie Chen Yiren (Hebei University (AU)) , Tagarielli, Silvestre T. Pinho Sree Shankhachur Roy, Moo Sung Kim (KITECH) REINFORCEMENTS UD COMPOSITE Oxford), António R. Melro, STRUCTURES Zhongsen Zhang, Yan Li G. Czél (Budapest University(BUAA) Zhiping Ying, Zhenyu Wu, (Imperial College London) Xiaodong (CAEP) ALGORITHM Feih ( Singapore Institute of University of Engineering) Reinhold Meier (EDAG Danjie Yang, Prasad Yoong Ahm Kim (Chonnam Gang Yan (Nanjing Zhibo Zhang, Herbert Monitoring the MATERIALS Yusuf Mahadik(University AND COMPOSITES (Tongji University) University of Technology Xudong Hu(Zhejiang Sci- Manufacturing Technology Based on the hyperelastic M. Urbassek (University delamination of laminates Fei Xu, Arthur Jones, of Bristol), Mehdi and Economics, University The micro-geometry of three- tech University) Engineering GmbH, Potluri (The University of National University), Kap University of Aeronautics (Registered dimensional (3D) braided tubular ) , Wen Feng Lu (National transformation theory, we In this paper, we mainly Kaiserslautern) by using porous CNTs Shuguang Li (University Of Yasaee(Cranfield participants only, In this research, cellulose of Bristol), P. Suwarta preform is more complex than that University of Singapore),Jun A theoretical model is Technische Universität found that a deformed Manchester) characterized Al/Ni thin Seung Yang (Chonnam and Astronautics), Hao Sun networks. Nottingham) University), Giuliano please see separate nanocrystals (CNCs) was (University of Bristol), M. A realistic geometric of rectangular one, for the macro- Wei (Singapore Institute of developed for isothermal München (TUM)), Swen neo-Hookean material film structure using National University) (Massachusetts Institute of Through atomistic Allegri(Imperial College pages for details) employed to modify the Jalalvand (University of structure of yarns vary in different model of 3D woven Manufacturing tubular simulations, we observe In this paper, a damage of London), Ivana K. interface between sisal Bristol), M. R. Wisnom radial positions. This paper presented fabric is developed. The Manufacturing Technology) reactive diffusion between Ti Zaremba(TUM), Klaus can behave like an SEM, TEM and Neutron Technology), Yi He (Nanjing dislocation emission from representation for Partridge, Stephen R. fibers and epoxy. The (University of Bristol) a FEM analysis method of 3D braided model results of fabric and Al. The analytical results Drechesler (TUM) elastodynamic smart braided composites with scattering method. And University of Aeronautics composite tube in the macro level. complex bends can lead to nanoplate reinforcements linear viscoelastic UD Hallett(University of Bristol), results showed CNCs Stress distribution and deformations surface and three New methods are presented show that the Ti atoms and metamaterial for shear these methods are effective and Astronautics) in metal matrix composites (unidirectional) composites Nik Petrinic(University of modification changed The compressive damage of the tubular unit-cell are obtained. mentioned cross-sections to determine the shape, Al atoms are mainly used to elastic waves. Several out-of-plane deformations means for characterization (MMCs). This underlying undergoing transverse Oxford) the deboned mode and mechanisms of thin The predicted longitudinal moduli were validated with such as wrinkles. An are compared with the experimental size and orientation of cells synthesize TiAl3(β) phase. β embedded soft devices are of nanometer thin films. mechanism, almost matrix cracking is derived improved the thermo- carbon/epoxy layers were manufacturing composite optimised structure was absent in nanoparticle and using correspondence mechanical stability of the investigated in-situ in a results, and the predicted errors samples. It also could be within a lattice structure for phase grows mainly towards proposed for different wave 17:40 are within 10%. Then, variation of maximising stiffness. Al side and its growth investigated to minimise nanofiber reinforcements, principle and continuum interface. SEM under deformation. geometrical parameters is used found in the attachment. manipulation functions. could contribute to both damage mechanics (CDM) Fragmentation, sliding to study the effect of the braiding kinetics is controlled by the the influence of braid strength and ductility of . A damage evolution law along the inclined parameters on the mechanical inter-diffusion coefficient of structural parameters on properties. The longitudinal Young’s MMCs and thus render was constructed by using fracture planes and local β phase. circumferential wrinkle plate reinforced MMCs the Weibull distribution delamination at the crack modulus increase with the increase of pitch length; and the longitudinal formation. superior to spherical and of defects which can be tips were identified as key Young’s modulus reduces with fibrous reinforcements. developed into cracks by damage modes at the the increase of the mandrel radius strain. The time-temperature microscopic level. and the slope reduces when the superposition principle pitch length approaches its low (TTSP) approach is limit; the size of the machine bed affect the longitudinal Young’s interpreted by this model. modulus a lot; the longitudinal The application of this Young’s modulus increased with damage model is described the increase of the circumferential and the predictions are number on the machine bed and compared with experimental the rising slope reduces when the pitch length approaches its height data. limit; the effect of the radial number is not significantly, but there exists a maximum. Reasonable calculation results are obtained and it is shown that geometrical mapping was an effective modelling approach for tubular unit-cell. Thursday 24 August

ROOM 1 ROOM 6 Time (Presidium Conference ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Room) Reporting Hall)

4402-4 4403-4 4404-4 4405-4 4409-4 4410-4 4411-4 4412-4 4415-4 4416-4 4420-4 PREPARED TICX/ MODE I RATE FRACTURE SPRING ELEMENT INTERNATIONAL A COMPARATIVE A MODEL FOR BULK STRAIN FLEXURAL ELECTRICAL- RAPID WITH DOUBLE- PREPARATION AND DEPENDENT MESO- CHARACTERIZATION BEHAVIOURS OF TURN COIL OSH-MPT CU COMPOSITE BY OF PVC FOAM MODEL FOR HYBRID TOP-LEVEL FORUM RESEARCH ON THE PREDICTING SOLITONS IN NANOPHASED HEATING MOLDING PROPERTIES OF IN-SITU METHOD MECHANICS OF COMPOSITES WITH ON ENGINEERING PROCESSABILITY THE FLOW FREE POLYMERIC ARRAY FOR DAMAGE CORE SANDWICH RIGID PROCESS BASED ON POLYMER-DERIVED AND ANALYSED ITS Z-PINS SPECIMEN USING A RANDOM FIBRE SCIENCE AND OF GLASS WOVEN SURFACE OF RTM COMPOSITES POLYURETHANE DETECTION IN PROPERTIES Hussein Hijazi (Imperial THE DCB-UBM TEST PACKING TECHNOLOGY FABRIC PREPREG PROCESSING WITH FOAM CORE CARBON FIBER FELT COMPOSITE PLATE SIBNC CERAMIC Cong Lei, Hongxiang Zhai, College London), Hao METHOD Rodrigo Tavaresa ( DEVELOPMENT Hansong Liu, Xiaoran Da Wu, Ragnar Larsson ANISODIAMETRIC SANDWICH FOR FABRICATING Zenghua Liu, Xuwen Zhong, FIBERS Vishnu Saseendran COMPOSITES Zhenying Huang, Wenqiang Cui (University of Oxford), Faculdade de Engenharia STRATEGY - Zhao, Ming Gong, Yan (Chalmers University of INCLUSIONS GLASS FIBER Cunfu He, Bin Wu(Beijing Liu Yong, Peng Shuai, Giuliano Allegri (Imperial , Christian Cigdem Caglayan,Elif University of Technology) Hu, Lulu Chen, Yang Zhou Berggreen(Technical da Universidade do Porto& LIGHTWEIGHT Zhao (Beihang University) Technology) I.V. Semenova (Ioffe Demir,Idris Gurkan,Hulya REINFORCED CuiYongjie, Mou Shiwei, (Beijing Jiaotong University) College London), Stephen University of Denmark) University of Girona&Instituto STRUCTURES Institute of the RAS), Cebeci(Istanbul Technical R. Hallett (University of de Ci^encia e Inova c~ao AND COMPOSITES A model based on the A.V. Belashov (Ioffe Institute University) THERMOPLASTIC Imaging detection of Han Keqing, Yu Muhuo High volume fraction Bristol), Ivana K. Partridge The paper titled em Engenharia Mec^anica e (Registered theory of porous media and of the RAS), COMPOSITE composite plates is (Donghua University) (University of Bristol), “FRACTURE Reinforcing cores of sandwich presented based on ceramic phase TiCx-Cu CHARACTERIZATION Engenharia Industrial), Fermin participants only, continuum mechanics is O.A. Moskalyuk composites with nanoparticles Jiyong Liang, Cong Liu, cermet with double Nik Petrinic (University of OF PVC FOAM CORE Otero (Instituto de Ci^encia please see separate developed for simulating (Institute of occupies an important place Yizhuo Gu, Min Li, Shaokai reconstruction algorithm A novel polymericprecursor Oxford) continuous structure SANDWICH SPECIMEN e Inova c~ao em Engenharia pages for details) the Resin Transfer Macromolecular Compounds), in expending the utility of Wang, Yanxia Li, Zuoguang for the probabilistic for SiBNC ceramic fibers was prepared by the USING THE DCB-UBM Mec^anica e Engenharia Moulding process, and the A.M. Samsonov (Ioffe Institute sandwich structures in inspection of damage method of infiltrating This paper describes a TEST METHOD” introduces Industrial),Albert Turonb ( Streamline-Upwind/Petrov- of the RAS), V.E. Yudin various industries. This paper Zhang (Beihang University) (RAPID) and double-turn was synthesized by reduced order model that a novel fracture test focuses on improving flexural coil omnidirectional copolymerization of SiHCl3, porous TiCx preform in methodology – Doubler University of Girona), Pedro Galerkin method is chosen (Institute of properties of sandwich consideration of the great describes the Z-pin crack Cantilever Beam loaded P. Camanho (Faculdade de to enhance the stability. Macromolecular Compounds) structures by enhancing shear-horizontal wave BCl3 and methylamine via a wettability of TiCx and Cu bridging performance with Un-even Bending Engenharia da Universidade mechanical performance magnetostrictive patch one-pot method. when x is less than 0.67. subject to dynamic Mode l Moments (DCB-UBM). do Porto&Instituto de Ci^encia The paper presents results of polyurethane foams. transducer (OSH-MPT) 18:00 loading. The model provide This method is employed e Inova c~ao em Engenharia on nonlinear strain wave Polyurethane foams are array. results with high degree of to perform mixed-mode preferred over honeycomb fracture characterization Mec^anica e Engenharia (soliton) generation and cores due to decreased accuracy and is significantly of foam core sandwich Industrial) evolution in polystyrene debonding problem between more computationally composites which are widely based nanocomposites with core and skin. MWCNT and efficient when compared used in marine and wind A computationally efficient anisodiametric inclusions. nSi particles are dispersed to detailed finite element industries. spring element model to Variations of mechanical in polyurethane foam analysis. by homogenization and simulate tensile failure of both characteristics of composites ultrasound sonication to non-hybrid and hybrid as function achieve proper distribution composites is proposed. of inclusions concentration and higher mechanical are demonstrated. performance. Compression and three-point bending tests are applied to nanophased foams and sandwiches, respectively. The enhancement in compressive strength of nanophased foam is directly related to density and changes in cell structure. Sandwich composites have shown an enhancement more than 5% in core shear yield strengths of both nSi/PU and MWCNT/PU cores under three-point bending tests.

19:00 Banquet Banquet Friday 25 August ROOM 1 ROOM 6 Time (Presididum ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Conference Room) Hall)

08:00 PLENARY LECTURE at Qujiang Auditorium: The Role of Composites in Avian Inspired Morphing Aircraft Daniel J. Inman, University of Michigan, USA PLENARY LECTURE at Qujiang Auditorium: The Role of Composites in Avian Inspired Morphing Aircraft Daniel J. Inman, University of Michigan, USA

5113 Ultrasound, 5101 Polymer Matrix 5102 Metal Matrix 5103 Fiber-reinforced 5105 Damage Tolerance of 5106 Fiber-reinforced 5108 Other New Testing 5109 Textile-Based 5112 Sandwich Structures 5115 Processing- 5116 Sensing and Self- 5117 Manufacturing Up- 5118 Process Induced 5119 Experimental Methods 5121 Machining of 09:05 Materials 13 Composites 13 Composites 13 5104 Dynamic Fracture 1 Composites Structures 2 Composites 20 5107 Green Composites 3 Methods 1 Composites 6 5110 Process Modelling 4 5111 Composite Repair 1 Acoustic Emission, and 5114 Constitutive Models 4 5120 Fibers 4 and Materials 9 Electromagnetic waves 1 Manufacturing Technologies 5 Diagnosis 3 Scaling and Automation 1 Effects 5 for Process Characterization 1 Composites 1

5101-1 5102-1 5103-1 5104-1 5105-1 5106-1 5107-1 5108-1 5109-1 5110-1 5111-1 5112-1 5113-1 5114-1 5115-1 5116-1 5117-1 5118-1 5119-1 5120-1 5121-1 MOLECULAR MICROSTRUCTURE OPTIMIZATION EFFECTS OF WATER THE EFFECT OF THE DAMAGE OF EFFECT OF NANO- INVERSION NOVEL PREFORM CONSOLIDATION DEVELOPMENT OF FATIGUE LAMB WAVE EFFECT OF FIBER NUMERICAL EFFECT OF PRE- AUTOMATING THE UNCERTAINTY EVALUATION OF FUNCTIONAL MICROSCOPIC DYNAMICS OF FE(AL,TA)/ OF STRUCTURAL IMMERSION ON THE THROUGH- LOW-VELOCITY FILLER ON THE ANALYSIS FOR WITH SELF- MODEL FOR ROBUST REPAIR CHARACTERIZATION WAVENUMBER- VOLUME FRACTION SIMULATION TIGHTENING FORCE MANUFACTURE OF QUANTIFICATION FIBER PREFORM CARBON ANALYTICAL SIMULATION OF FE2TA(AL) REACTION INJECTION THE PENETRATION THE-THICKNESS IMPACTED CFRP MECHANICAL INTERFACIAL BONDING LAYERS OPTIMIZATION OF PROTOCOLS FOR OF HONEYCOMB FREQUENCY ON THE VARIATION AND DESIGN ON LAMB WAVE VERY COMPLEX OF COMPOSITE PERMEABILITY NANOTUBE/ AND NUMERICAL NOVEL ELASTOMER EUTECTIC MOLDING PROCESS RESISTANCE COMPRESSIVE LAMINATES PROPERTIES OF STRESS OF Qianqian Fang, Li Chen, THERMOPLASTIC COMPOSITES COMPOSITE DOMAIN ANALYSIS OF STOCHASTIC OPTIMIZATION OF PROPAGATING COMPOSITE STRUCTURES WITH TENSOR CELLULOSE INVESTIGATION NANOCOMPOSITES: COMPOSITES (S-RIM) WITH OF GRAPHITE/ STRESS ON MODE WITH DIFFERENT JUTE FABRIC/ COMPOSITE Dong Chen (Tianjin COMPOSITE AIRCRAFT SANDWICH AND OF COMPOSITE ELASTIC MOLD DURING BEHAVIOUR IN STRUCTURES WRINKLE DEFECTS CONSIDERING FLOW COMPOSITE FIBERS OF ORTHOGONAL STRUCTURE PREPARED BY DICYCLOPENTADIENE EPOXY LAMINATES II INTERLAMINAR STACKING VINYL ESTER SINGLE-LAP Polytechnic University) LAMINATION STRUCTURES TOMOGRAPHY STRUCTURES CONSTANTS OF AUTOCLAVE COMPOSITE BOLTED (INVITED TALK) USING STOCHASTIC INLET FINITE SIZE PREPARED FROM CUTTING CFRP DESIGN AND DIRECTIONAL RESIN AS A MATRIX IMPACTED BY A FRACTURE SEQUENCE BASED NANOCOMPOSITE JOINT BASED PROCESSES (INVITED TALK) ANALYSIS BASED ON SPARSE PLAIN-WEAVE PROCESS JOINTS Kevin Potter, Mike Elkington, SIMULATION Viktor Grishaev, Sergey G. SOLUTION-SPINNING Bin Niu, Wen Wen, Youliang PROPERTY SOLIDIFICATION Hyeong Min Yoo, Ji Ho PROJECTILE WITH A TOUGHNESS ON MICRO- Muhammad Latif, ON FULL-FIELD The paper study the Huajie Shi, Jeffrey Lugo, Pascal Hubert, Andrew Fahmi Alila,Pascal RECONSTRUCTION COMPOSITE Lingyun Wang, Weidong Bin Yang, Fu-Zhen Xuan Dennis Crowley, Carwyn T. J. Dodwell (University Abaimov, Oleg V. Lebedev, H. Qi (Leibniz-Institut Su, Shiyong Sun, Rui PREDICTION TECHNIQUE Jeon, Jai Woong Choi, CONICAL TUP G. Catalanotti(Queen's MECHANICS OF GibeopNam, Chang-uk kim, DEFORMATION AND preparation of novel Bert Rietman, Nikhil MacLean, Mathieu Préau Casari,Jamal Fajoui(Institut ALGORITHM Hao Wang, Xiu-wei Yu, Zhu, Qiang Xu, Lei Zu, Qing (School of Mechanical and Ward (University of Bristol) of Exeter), A. Reinarz Iskander S. Akhatov für Polymerforschung Yang (Dalian University of Jun Liu, Liqun Zhang, Chunjuan Cui, Yagang Woo Il Lee (Seoul National Zhang Jiangtao, Gu University Belfast),T. FAILURE Jung-il Song (Changwon FEM (INVITED TALK) preform with self-bonding Verghese (SABIC) (McGill University) de recherche en genie cicil Hao Zuo, Caibin Xu, Danhui Zhong-wei Wang (National Wang, Yinglin Ke (Zhejiang Power Engineering, East (University of Bath), A. (Skolkovo Institute of Dresde), E. Mäder (The Technology) Jianxiang Shen, Yangyang Wen, Meng Yang, Pei University) Weimin, Duan Qingfeng, Scalici,G. Xiaofei Lou, Hongneng Cai, National University) Ruixiang Bai, Shuanghua layers and the interlaminar et ecanique), Mohanmed Xu, Zhibo Yang, Xuefeng University of Defense University) China University of Science This paper explores why Sandhu (University of Science and Technology) Leibniz Institute of Polymer Gao, Zijian Zheng (Beijing Wang, Chiqiang Ren (Xi’an Liu Lisheng, Zhai Pitarresi(Universita degli Xuecheng Han, Fei Jiao (Xi' Bao, Zhenkun Lei (Dalian performance of composites A consolidation model has In this paper, robust kchaou(Univ.Sfax), Frederic Chen (Xi'an Jiaotong Technology) and Technology) it has proven so difficult to Exeter) Research in Dresden, This paper deals with the University of Chemical University of Architecture Use of flow simulation Pengcheng (Wuhan Studi di Palermo),F.P.van an Jiaotong University) Fabrication of nano- University of Technology) with the perform in different been implemented and processing protocols were jacquemin(Institut de University) In our work, the complex automate the manufacture A set-up to measure both Dresden University of theoretical analysis and Technology) and Technology) and optimized condition University of Technology) der Meer(Delft University of composites by utilizing temperature. applied for the lamination developed for prepreg and recherche en genie cicil This paper presents a geometry of molds, effect In our paper, we used of very complex composite This paper presents in-plane and out-of-plane Technology) finite element simulation of S-RIM process Technology) In this paper, a multiscale vinyl ester and Jute fabric A hybrid inversion method process of thermoplastic wet patch bonded repairs et mecanique), Francois The crack occurrence new method based on of auxiliary materials and simulation and experimental structures and offers a methodology for permeability of fibrous of orthogonal machining In this talk, by employing Fe-Al alloys have been paid more molecular dynamics simulation, attentions due to light density, enabled the fabrication The effect of water analysis method based on through VARTM method. combining the finite element tape based composites. and were applied to a Bertrand(Ecole central de locations of Ti-6Al-4V alloys local stochastic variable reaction heat of composites methods to obtain the possible routes forward in parametrising out-of-plane preforms was developed. Electrically conducting fibers carbon fiber reinforced we aim to provide the low price, excellent anti-shake long fiber reinforced absorption on the The effect of through-the- micro-mechanics of failure OMMT was incorporated method (FEM) and full-field The influence of key repair demonstrator. Nantes) were successfully predicted metric basis to estimate the are considered in the guided wave propagating different application areas wrinkles from B-scans Based on experimental composed of cellulose and polymers, where the normal structure design and property performance, superior oxidation prediction of novel elastomer resistance and good corrosion composite specimens. penetration resistance and thickness compressive (MMF) theory is used to in composites to improve displacement data was processing parameters on from the microscale strain influence of fiber volume numerical model. A method features in composite bolted for composite structures. in order to quantify the data, all components of carbon nanotubes (CNTs) and transverse supporting nanocomposites(encs), by resistance, etc. However, The corresponding test energy absorption ability stress on the mode II study the intralaminar the mechanical as well as proposed to analyze the the consolidation quality concentrations using fraction of yarn on ealstic combining numerical joints. knockdown in strength whilst permeability tensor were were spun using aqueous effects on the material 09:05 considering three typical systems the engineering application such as physical compounding, of the Fe-Al alloys has been results showed increases of the cross-ply composite interlaminar fracture damage of CFRP laminates flame retardant properties. adhesive interface stress have been investigated, DIC and Moiré methods constatns of plain-weave simulations and the genetic reducing the uncertainty in calculated, taking into alkaline solution. These removal are investigated. self-assembly and end-linked limited, because the ductility of in tensile, flexural, and laminates were analyzed toughness is investigated with different stacking at a composite single-lap and the model has been complementarily. composites. algorithm is then presented the prediction of failure using account a finite size of the composite fibers have systems. We examine the Fe-Al alloys tends to be worse at dispersion, interfacial interaction ambient temperatures. Moreover, impact strengths depending by comparing the saturated experimentally and sequences, and the bonded joint. validated for hot press for the optimization of design state-of-the-art statistical flow inlet and analyzing the impressive multifunctional and the resulting static and the strength and creep resistance on the increase in the fiber and dry specimens replicated numerically. It progressive failure process lamination of GF/PP parameters of the mold methods. flow fronts on both sides of sensing abilities and are dynamic mechanical properties of Fe-Al alloys decrease above of each system. Emphasis 600 ℃. In order to overcome content. impacted by a projectile is shown that the mode analysis combining MMF composites. substructure. the preform. promising to be used as is placed on how to tune the these shortcomings, a modified with a conical tup. II interlaminar fracture and continuum damage smart materials. visco-elasticity and decrease directional solidification technique the dynamic hysteresis loss of is adopted and Ta is added to toughness increases with mechanics (CDM) is encs, by considering To introduce Fe-Al alloys during directional the applied compressive introduced. the flexible nanoparticles(nps) solidification. Microstructures of with reversible mechanical Fe-Al-Ta eutectic composites at through-the-thickness deformation such as carbon the sub-high solidification rates stress. A good agreement nanosprings and graphene R=90~600 μm/s are composed nanoribbon, achieve a of two phases: disordered between numerical homogeneous distribution of Fe(Al,Ta) matrix phase, and predictions and nps in the elastomeric polymer ordered Fe2Ta(Al) Laves matrix together with decrease phase. The eutectic structure experiments is found. the mobility of the ends of transforms from broken-lamella polymer chains. In particular, eutectic to rod eutectic, and then the end-linked system exhibits to spherical structure with the both excellent static and increase of the solidification rate, dynamic mechanical properties, and the lamellar spacing (or the independent of the temperature. inter-rod spacing) is decreased this novel encs could provide at the same time. The solid/ some useful guidances for the liquid interface also evolves fabrication of encs tailored for tire from cellular interface to cellular- tread of green tires with the fuel dendrite interface with the consumption. increase of the solidification rate.

5101-2 5102-2 5103-2 5104-2 5105-2 5106-2 5107-2 5108-2 5109-2 5110-2 5111-2 5112-2 5113-2 5114-2 5115-2 5116-2 5117-2 5118-2 5119-2 5120-2 5121-2 THERMAL A PROMISING EFFECT OF DYNAMICS OF SUPPRESSING PREPARATION AND A STUDY ON THE AN INNOVATIVE IN-PLANE SHEAR OPTIMAL PROCESS INJECTION REPAIR HOLLOW LATTICE ULTRASOUND IN A NON-LINEAR THERMOPLASTIC EVALUATION OF 4D PRINTING OF INFLUENCE DEVELOPMENT OF SMART MULTI- OPTIMIZATION OF DECOMPOSITION PREPARATION TEMPERATURE SHEAR BANDS IN DELAMINATIONS CHARACTERIZATION INFLUENCE OF MECHANICAL PROPERTIES OF DESIGN FOR OF COMPOSITES TRUSS REINFORCED CFRP DETECTED BY ORTHOTROPIC SANDWICH INTERFACIAL COMPOSITES OF STRAND AN EXPERIMENTAL FUNCTIONAL CUTTING TOOL BEHAVIOR METHOD FOR AND MOISTURE A PRESTRESSED IN COMPOSITES OF FLEXIBILITY AND PROCESSING TESTING METHOD MULTIAXIAL 3D LARGE-SCALE FOR AUTOMOTIVE HONEYCOMBS ADVANCED OPTICAL BINARY MODEL TO STRUCTURES PROPERTIES Hoa Suong V. ,Minh Duc DISPERSION BENCH FOR CARBON GEOMETRIC AND ABLATION AL7075-B4CAL ON MECHANICAL MATERIAL ACROSS A RANGE LIGHTWEIGHT CF- PARAMETERS ON FOR MEASURING WOVEN COMPOSITE PULTRUSION AND AEROSPACE (HONEYTUBES): FIBER SENSOR PREDICT THERMO- – PROCESSING AND DAMAGE Hoang, Jeffrey Fortin METHOD ON ANALYZING NANOTUBE/ PARAMETERS IN RESISTANCE OF LAYERED PROPERTIES OF Davide Bigoni (University of OF LOADING MODES RGO COMPOSITES DAMPING, ELASTIC YOUNG’S MODULUS Xinmiao Wang, Ling Cheng, STRUCTURES APPLICATIONS EXPERIMENT AND FOR COMPOSITE MECHANICAL APPROACHES SENSING ON CFRP Simpson, Tsz Ho Kwok MECHANICAL HEAT TRANSFER POLY(VINYL MILLING OF CFRP Trento), Domenico Capuani Beene M’membe( Jun Li, Song Bi, Xunjia Su, Li Chen, Hui Guo (Tianjin Alexander Safonov R. S. Pierce (Northern TOWARDS DURING THE TAPE ALCOHOL) LAMINATES SI-O-C MODIFIED COMPOSITE BY A WOVEN AND AND ULTIMATE OF THIN FLEXIBLE (Skolkovo Institute Ireland Advanced SIMULATION STRUCTURAL BEHAVIOUR OF AUTOMOTIVE BY VARTM USING (Concordia University) PROPERTIES PLACEMENT OF COMPOSITE FIBERS Saad Waqar (Northwestern CARBON FIBERS CONTINUOUS SHORT FIBRE (University of Ferrara), University of Bristol), Mehdi Genliang Hou, Bing Mei, PROPERTIES OF MULTI-LAYERED Polytechnic University) of Science and Composites and Yaobo Wu, Jianxing Hu HEALTH PLAIN WEAVE SERIAL 3-DIMENSIONAL OF RANDOMLY CARBON/ PEEK G. Zhou (Korea Institute of Polytechnical University), REINFORCING CASTING AND HOT THERMOPLASTIC Diana Giarola (University Yasaee(Transport and YangYang Lin, Weiqiang COMMINGLED FLAX- MATERIALS (OWN- Technology), Daria Engineering (NIACE) (Beihang University), Jun MONITORING CERAMIC MATRIX PRODUCTION ELECTRICAL The new technique of ORIENTED CARBON COMPOSITES Materials Science, Changwon He Yanli (Northwestern PHENOLIC RESIN ROLLING COMPOSITES FOR of Trento) Manufacturing Cranfield Ma (Xi’an Research POLYPROPYLENE WEIGHT METHOD) This paper evaluates the Bondarchuk (Skolkovo centre & Queen’s Xu (Beihang University & Qi Wu (The University COMPOSITES T. Neumeyer (Neue Materialien RESISTANCE 4D printing of long fiber FIBER STRAND Violaine Le Louët (IRT Jules National University), J. H. Byun Polytechnical University),Ch COMPOSITES Yubo Zhang, Yingshui Yu, LOAD-BEARING University), Stephen R. Institute of High-Tech) COMPOSITES (INVITED TALK) in-plane shear properties Institute of Science and University Belfast), C. Xi’an Jiaotong University & of Tokyo, Nanjing Mingming Chen, Heyin Bayreuth GmbH), J. F. Knoechel MAPPING composites is proposed. THERMOPLASTIC Verne, CNRS Laboratoire de (Korea Institute of Materials Asad Abbas (Shandong Huafei Xue, Changqing Tingju Li (Dalian University of The incremental behaviour Hallett, Ivana K Partridge( Karthik Ram Ramakrishnan Atsumi Ohtsuki (Meijo and damage mechanism Technology), Anton Campbell (Bombardier Science), Y. Oh (Korea Institute AUTOMOTIVE PARTS Tsinghua University), Sha University of Aeronautics Qi, Shutong Cheng, Daxu (Neue Materialien Bayreuth J. H. Kim (Gyeongsang Curved composite pieces COMPOSITES Thermocinétiques de Nantes), of Materials Science), M. K. University), Arfan Majeed (King Hong, Xinghong Zhang, Technology) Réda Ourahmoune, Michelle of a prestressed, University of Bristol) (Ecole des mines d'Alès), university) of multiaxial 3D woven Saratov (DATADVANCE), Aerospace), R. Telford, Yin (Beihang University & and Astronautics), Yoji Zhang, Jinghai Gong GmbH), M. Muehlbacher (Neue National University), D. can be made from flat Yuto Nakashima, Hirofumi Steven Le Corre, Nicolas Um (Korea Institute of Materials Abdul-Aziz University) Haiming Cheng, Jiecai Salvia, Jérôme Laborde (Ecole elastic, anisotropic and Stéphane Corn (Ecole des carbon/epoxy composites. Andrey Ushakov (Skolkovo A. O’Carroll, T. Young Xi’an Jiaotong University) Okabe (The University of (Shanghai Jiao Tong Materialien Bayreuth GmbH), J. Kwon (Gyeongsang composite prepregs, without Suganuma, Shinichiro Boyard (CNRS Laboratoire de Science), B. S. Kim (Korea Institute Han (Harbin Institute of A three-layered composite Centrale de Lyon) incompressible material is Commercially mines d'Alès), Nicolas Le Considering large These results presented Institute of Science and (University of Limerick), Tokyo), Fengming Yu (The University) T. Kroeger (Neue Materialien National University), P. S. having to use curved molds. Yamashita, Jun Takahashi Thermocinétiques de Nantes), of Materials Science), J. I. Song The paper presents the Technology), Iskander B. G. Falzon ( Queen’s Bayreuth GmbH), P. Schreier Didier Delaunay (CNRS Laboratoire numerical optimization 09:25 Technology) material, consisted of analyzed in the dynamic available composite Moigne (Ecole des mines deformation behaviors in this paper serve as a University of Tokyo) Shin (Gyeongsang National (The University of Tokyo) (Changwon National University) pure Al and 7075-B4C, This study focuses on regime, under the plain Z-pins are known to d'Alès), Olivier De Almeida due to own-weight, an baseline to further study the Akhatov (Skolkovo Institute University Belfast) The paper addresses the (Neue Materialien Bayreuth University), K. L. DeVries de Thermocinétiques de Nantes), of cutting tool geometric In this paper, the elastic was obtained by semi- effect of temperature and strain condition. Dynamic be significantly less (Institut Clement Ader) innovative method is in-plane shear properties of Science and Technology) GmbH), V. Altstaedt (Neue Xavier Tardif (IRT Jules Verne) Wearable smart textiles that parameters of end mill Resin injection repair A highly advanced optical development of a coupled Materialien Bayreuth GmbH, (The University of Utah), J. M. Discontinuous composites have functionalities like sensor, during the milling of Multi moduli of porous PDMS continuous casting and hot moisture on mechanical perturbations of stress/ effective at suppressing developed to measure of multiaxial 3D woven Computational methods methods have been fiber sensor based on thermal-stress finite element University of Bayreuth) Park (Gyeongsang National with chopped carbon fiber/ Accurate measurement of the actuator, and electromagnetic directional CFRP laminates. with different porosities at rolling process. properties of a woven and deformation incident wave Mode II delaminations The damping factors of flax- Young’s modulus of each carbon/epoxy composites. for optimal design of extended to industrial phase-shifted fiber Bragg model to predict the thermo- University, The University thermoplastic strand were heat transfers occurring during the shielding are becoming increasing Tool geometric parameters different temperatures are short fibre thermoplastic fields, caused by a shear compared to Mode I PP commingled composites layer in a flexible multi- the pultrusion process applications, specifically grating was used in three mechanical behaviour of of Utah) manufactured using two manufacturing of composite parts interesting research field due The work focuses on novel to the proliferation of modern namely, rake angle, helix studied by experimental composites for load-bearing band of finite length, delaminations. This paper manufactured with layered materials (wire, rod, of structural profiles for the repair of dry spot different ultrasonic SHM plain weave ceramic matrix types of strand dispersion by Automated Tape Placement, different sets of processing processing techniques for efficient society’s demand for wearable angle and clearance angle and theoretical methods. automotive parts. formed inside the material presents two means of thin plate). are developed. The defects in thick Carbon techniques, including composites using the non- manufacturing of integrated methods. Sheet stacking according to various heat laser electronics and protection of were optimized for cutting Moreover, it will be difficult at a certain stage of achieving high energy parameters were assessed methods are based on Fibre Reinforced Polymer thermoplastic sandwich structures source inclination and power. The force generated during and correlated to the acousto-ultrasound, acoustic linear orthotropic constitutive method reduced scatter of environmental electromagnetic for me to send my papers continued deformation, are absorption throughout simulation of composite (CFRP) laminates, and emission and nonlinear properties. at cycle times suitable for high mechanical properties and evolution of the Thermal Contact pollution. Here, we report two the milling operation and composite microstructure, material behaviour during skin disbonds in Glass volume production in automotive Resistances between the mold types of smart nano-composite surface roughness of the for tomorrow. investigated. the entire mixed Mode I/ flax fibre degradation ultrasound, demonstrating improved strength of the II test range using hybrid manufacturing process and Fibre Reinforced Polymer its advantages in evaluation industry. Special attention is materials. and one ply will be assessed fiber which can be used as high machined surface separately as well as the tensile multi-objective surrogate- (GFRP) / foam sandwich drawn to functionalization via thanks to a specific thermal sensitive textile humidity sensor using Taguchi's Design of arrays and a novel hybrid modulus and strength of the of diversified damages metrology, and suitable inverse and electromagnetic interference metal/composite Z-pin. based optimization structures. injection molding while using low experiment, Signal to Noise composite. algorithms. inside the composites. modulus foam cores. methods. shielding textiles. ratio analysis and ANOVA. Friday 25 August

ROOM 1 ROOM 6 Time (Presididum ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Conference Room) Hall)

5101-3 5102-3 5103-3 5104-3 5105-3 5107-3 5108-3 5109-3 5110-3 5111-3 5112-3 5113-3 5114-3 5115-3 5116-3 5117-3 5118-3 5119-3 5120-3 5121-3 EFFECTS OF TAILORING CRYOGENIC THE HIGH ANGLE-PLY MARBLE BASED MICRO-CRACK EFFECT OF A TWO-PHASE INFLUENCE OF COMPRESSIVE NUMERICAL DEFORMATION QUASI-ISOTROPIC EFFECT OF TAILOR-MADE CHARACTERISING TACK TESTING TO PROGRESS IN PERFORMANCE OF LAMINATES ORGANIC GROUPS INTERFACIAL MECHANICAL VELOCITY IMPACT WITH PARTIAL- GREEN CEMENT DETECTION WARP KNITTING ORTHOTROPIC THE SURFACE PROPERTIES OF ESTIMATION OF AND FAILURE ALIGNED SHORT CURRENT THERMOPLASTICS: THE INFLUENCE AID OPTIMISATION FABRICATION OF BRAZED DIAMOND GRAFTED CARBON STATES OF PROPERTIES RESISTANCE OF DEPTH NOTCHES BY USING TECHNIQUE CONDITION ON MODEL FOR PRETREATMENT METAL BEETLE PERFORMANCES BEHAVIOR OF FIBRE COMPOSITES ANNEALING ON PRODUCTION OF FIBRE ANGLE OF PROCESS SILICON CARBIDE TOOL IN GRINDING NANOTUBE ON HIGHLY THERMAL OF GRAPHENE/ FIBRE METAL FOR DAMAGE GEOPOLYMER IN POLYMERIC MECHANICAL INTEGRATING RESIN ON THE ELYTRON PLATES OF FREQUENCY CARBON NANOTUBE WITH THE MAGNETIC AND TECHNOLOGY ON THE BENDING PARAMETERS NANOFIBERS OF CARBON FIBER TENSILE CREEP PERFORMANCE CARBON FIBERS/ LAMINATES TOLERANT DESIGN TECHNOLOGY COMPOSITES PROPERTIES OF FLOW AND STRESS DURABILITY OF AND EXPLORATION SELECTIVE COMPOSITE FIBERS HIPERDIF (HIGH MECHANICAL AND QUALITY OF UNCURED FOR AUTOMATED Chen Jianjun, Jiang REINFORCED BEHAVIOR OF CNTS/ DIAMOND/AL BROMINATED J. Zhou (University of OF COMPOSITE W.H. Lee, T.W. Cheng, DURING THERMAL NON-CRIMP FABRIC DEVELOPMENT ADHESIVELY OF AN EQUIVALENT SURFACE-IMPACTED Xia Liu, Qingsheng Yang PERFORMANCE PROPERTIES OF CO- ASSURANCE OF A UNIDIRECTIONAL MATERIAL Min (Zhejiang Sci-Tech POLYMER Liverpool), C.Kaboglu PRESSURE Y.C. Ding, T.T. Wang (Beijing University of University) EPOXY NANO- COMPOSITES EPOXY/ VESSELS CYCLING REINFORCED IN PROCESSING BONDED MODEL OF THE SANDWICH RADOME DISCONTINUOUS BASED AMORPHOUS THERMOPLASTIC CARBON FIBRE PLACEMENT IN LAMINATES COMPOSITES Gang Ji (Unité Matériaux et CYANATE ESTER (Imperial College London), Calum P. Fowler(RMIT (National Taipei University Shambhu Kumar Gupta, COMPOSITES OF COMPOSITE COMPOSITE CORE STRUCTURE (INVITED TALK) Technology) FIBRES) METHOD (INVITED TALK) AIRCRAFT PREPREG AN INDUSTRIAL Yuhong Liang , Yan Chen, Xinlong Shang, Jianwei Transformations (UMET)), COMPOSITES I. Mohagheghian (Imperial University), Mathew W. of Technology) Mehdi Hojjati (Concordia Yuya Yamasaki, Masayuki MATERIALS REPAIRS Xiaoming Zhang, Jinxiang Dae-Sung Son, Jong-Min H. Yu, M.L. Longana, K.D. Y.F. Wang, F.X. Qin, H. FUSELAGE SKIN S. Erland, T. J. Dodwell ENVIRONMENT Yucan Fu, Chaoren Yan, Kai Zhang, Cai Jiang, Su Ju, Zhanqiu Tan (Shanghai Yang Zhao (Chinese College London), Z. Guan Joosten(Deakin University), University) Kitamura, Akio Ohtani, (INVITED TALK) F. Roeper , M. Wolfahrt Chen(Southeast University), Hyun, Jung-Ryul Lee (Korea Potter (University of Bristol) Wang ,Y. H. Li, H. X. Peng SEGMENT (University of Exeter) A. Endruweit, S. Ghose, Zheng (Nanjing University Dazhi Jiang (National Jiao Tong University), Academy of Sciences), (University of Liverpool), J. Adrian C. Orifici(RMIT A new type and low CO2 Asami Nakai Sina Amini Niaki (The (Polymer Competence Yoji Okabe(The University Advanced Institute of (Zhejiang University) Frederic J.C. Fischer, B.A. Johnson, S. Kelly, of Aeronautics and University of Defense Zhiqiang Li (Shanghai Chao Wu (Chinese P. Dear (Imperial College University) , Chun H. Wang emission green cement was University of British Center Leoben GmbH), G. of Tokyo), Juan Xie, Science and Technology) Tensile mechanical Christoph Frommel, Arthur- In this paper a method D.S.A. De Focatiis, N.A. Astronautics) Technology) Jiao Tong University), Academy of Sciences), London), W.J. Cantwell ( University of New South development in this study. Columbia), Alireza Forghani Kucher , A. Bubestinger Zhijie Zhang( Southeast properties of a QI aligned In this work, Co-based Hans Thellmann, Thomas is presented whereby Warrior (University of Ahmed Addad (UMET), Yu Liu (Chinese Academy (Khalifa University of Wales) It has the great potential (Convergent Manufacturing (FACC Operations GmbH), University ) In this paper, discontinuous fibre amorphous microwires Stefani, Michael Kühnel, results from Dynamic Nottingham) The monolayer brazed The research focused on Jean-François Silvain of Sciences), Hong-Mei Science Technology and to be used as a new civil Technologies Inc.), Reza G. Pinter (hair of Material electromagnetic composite were directly were treated under different Matthias Beyrle, Alfons Mechanical Analysis might diamond tool was investigating effects of type (Institut de Chimie de la Xiao (Chinese Academy of Research) The research presented engineering construction Vaziri (The University of Science and Testing of This paper investigates the performance of radome compared with a randomly current annealing for a Schuster, Tobias Gerngross, be reanalysed to consider developed and a study on and contents of carbon Matière Condensée de Sciences), Shao-Yun Fu in this paper focuses on material. British Columbia), Anoush Polymers tanuniversitaet mechanical properties of applied sandwich structure oriented short fibre constant time. The results Michael Kupke (German shear in bending using tool performance during nanotubes (CNTs) on creep Bordeaux (ICMCB-CNRS)), (Chongqing University) The high velocity impact Poursartip (The University Leoben) metal beetle elytron plates inserted frequency selective composite with the same show that the mechanical Aerospace Center (DLR)) Timoshenko beam theory grinding multidirectional 09:45 the understanding and behavior of CNTs/epoxy Xiaopeng Li (KU Leuven, resistance of fibre metal prediction of the failure of British Columbia) (BEPs, a type of bionic surface was estimated. fibre length and volume properties and soft magnetic rederived to consider a CFRP laminates was composites. University of Leuven), Di laminates (FMLs) based on mechanisms of angle-ply The effect of ambient sandwich structure) and Through this study, it was fraction. The results showed properties can be improved viscoelastic shear force. presented.The results Zhang (Shanghai Jiao Tong combinations of aluminium carbon fibre composite A model is developed and conditions related to the the elementary unit of the confirmed that it is an significant increase of tensile by proper current annealing. Results are presented indicated that the defined University) alloys (6161 and 7075 laminates with part-depth implemented in a finite aircraft industry will be trabecular-honeycomb core important design technique modulus and strength, 34% for small laminates distributed brazed diamond series) and a glass fibre longitudinal notches, which element framework to analyzed. Therefore, structure by compression to calculate the equivalent and 76% respectively and made from 8552/AS4 tool was more suitable for Interfacial haracterization reinforced epoxy resin have is a key test configuration integrate fluid flow and quasistatic tensile tests experiments. impedance using the a more consistent behaviour. unidirectional carbon fibre machining multidirectional has been carried out to been investigated using for demonstrating stress development in were performed on repair- equivalent circuit model prepreg with plies arranged CFRP laminates. reveal microstructural Digital Image Correlation compliance with composite processing of polymeric specimens manufactured of the FSS-impacted at various industry standard Moreover, the significant features determining (DIC) method and Finite flaw tolerance requirements composite materials. In a from epoxy-based sandwich structure to angles. damage did not appear interfacial bonding states Element (FE) method. according to ISO 11439. seamless and continuous carbon fiber reinforced perform the electromagnetic and the main wear modes in a diamond/Al composite A full-field deformations The influence of notch fashion, the model prepreg material utilizing performance evaluation of of tool were attritious wear for thermal management and strain for FMLs was depth and fibre angle on connects two extremes two different kinds the radome. or micro-fragmentation when applications. measured to validate the the tensile strength and of processing, i.e. when of surface treatment the edge grinding distance developed FE model. failure mechanisms is initially resin behaves as and, in comparison, on reached 15m. experimentally analysed liquid and when finally it is unrepaired (reference-) with the aid of both digital fully cured and solidified specimens. image correlation and X-ray to form a solid composite computed tomography. material.

5103-4 5104-4 5108-4 5109-4 5110-4 5111-4 THERMAL DAMAGE IMPACT BEHAVIOUR A NOVEL FATIGUE LIMIT: IS MANUFACTURING IMPLEMENTATION 5113-4 5115-4 5116-4 5117-4 5119-4 5120-4 CHARACTERISTICS OF CARBON FIBRE TECHNIQUE TO THERE A LINK TO PROCESS OF NOVEL DESIGN A SINGLE PORT EXPERIMENTAL IN-SITU SENSING OF FIBRE OPTICAL AN ALTERNATIVE CARBON FIBRE OF CFRP REINFORCED ACCURATELY THE QUASI-STATIC SIMULATION AND VALIDATION SCANNING INVESTIGATION CARBON FIBERS IN TEMPERATURE METHOD FOR SURFACES LAMINATES POLY (METHYL MEASURE THE DAMAGE? FOR ADVANCED APPROACHES FOR FREE SPACE OF COMPOSITE FIBER REINFORCED SENSOR FOR ADVANCING GLASS WITH GRAFTED SUBJECTED TO METHACRYLATE) FIBRE FAILURE Stepan V. Lomov (KU COMPOSITE BOND REPAIRS LIGHTNING STRIKE THERMOPLASTIC STRAIN IN Leuven), Valter Carvelli STRUCTURE OF A COMPOSITE MEASUREMENT MATERIALS POLYMER DISTRIBUTED TRANSITION FUNCTIONAL Yunli Guo, Yuxi Jia COMPOSITE COMPOSITE (Polytechnic University of Ye Xiao, Zhang Cheney, AIRCRAFT TECHNIQUE TO DRILLING USING COMPOSITE TUBES SENSING IN TEMPERATURE GROUPS AND (Shandong University) Daiva Zeleniakiene, LAMINATES UNDER Milan), Atul Jain (Indian Simon Julien (Siemens COMPONENT INVESTIGATE STEP GUNDRILLS FOR BENDING COMPOSITE IN EPOXY BASED SIZINGS AND ITS Kristina Zukiene, Paulius A COMBINED IN- Institute of Technology) Industry Software, Beijing) J. Wang, P. Chang REFLECTION LOSS P. Rahme (Lebanese DECTECTION MOULDS COMPOSITES INTERACTION Griskevicius (Kaunas PLANE TENSION (Defence Science and CHARACTERISTICS University), Y. Landon Xiaoying Chen, Zhenyu J. Oelhafen (Technical FOR SOFTENING WITH DIFFERENT University of Technology) The paper presents the A sequential thermos- Technology Group), A. AND SHEAR (University of Toulouse), Wu, Xudong Hu (Zhejiang University of Munich), STRESS STATE experimentally observed chemical & structural Baker (Defence Science OF THE CURVED SENSITIVE MATRICES The investigation of low Meisam Jalalvand, relations of the fatigue life analysis based complete and Technology Group STRUCTURE AT F. Lachaud (University Sci-Tech University) F. Muschaweckh (fos4X MEASUREMENTS E. Wölfel (Institute of velocity impact behaviour Mohammad Fotouhi, Mun limit and the quasi-static curing solution for & Advanced Composite X-BAND of Toulouse), R. Piquet GmbH), S. Zaremba Stewart, A. L., Poursartip, Polymer Research in and damage patterns of Choong Leong, Michael damage thresholds for manufacturing process Structures Australia), Jong-Min Hyun, Hasan (University of Toulouse), P. This paper presents a (Technical University of A. (The University of British Dresden), L. C. Henderson carbon fibre reinforced R. Wisnom (University of textile composites. simulation of advanced M. Vuong, A. Litchfiled Ahmed, Jung-Ryul Lee Lagarrigue (University of method to detect the Munich), K. Drechsler Columbia) (Deakin University), C. methyl methacrylate Bristol) composite structure is (Advanced Composite composites; modelling introduced. This method is Structures Australia) (Korea Advanced Institute of Toulouse) direction and the amplitude (Technical University of Scheffler (Institute of 10:05 of the process of impact A simple and accurate test successfully implemented Science and Technology) of indentation force applied Munich) Characterization of Polymer Research in damage in composite using method is presented to with an Chinese aerospace In this paper, an on the FRPC tubes under uncured prepreg properties Dresden) finite element method. investigate the influence of OEM factory. remains a challenge, yet The aim of this study experimental study on the bending tests based on the A distributed fibre optic is needed to measure and shear stresses on tensile was to develop a single drilling of thick composite piezoresistive property of temperature sensor made The influence of different failure of unidirectional track incoming quality as carbon fibre/epoxy. It is port scanning free space plates using a step gundrill carbon fibers. of CFRP tube is introduced. this will affect final quality functional groups and shown that in-plane shear measurement (SFSM) to is conducted. The aim of We investigated mechanical and variability in finished sizings on the adhesion does not significantly affect measure reflection loss this study is to determine properties of the tube and components. A novel strength between carbon the fibre failure strains. technique to sufficiently of the curved structure at experimentally the critical the temperature sensitivity of advance the cure of epoxy fibre and matrix were X-band. thrust force at delamination. the sensor. matrix prepregs without investigated using the single thermal excursion and fibre pull-out test and SEM. minimized cure shrinkage is presented. The benefits of the method are that it minimizes changes in the prepreg morphology whilst allowing classical characterization methods to be used. Friday 25 August ROOM 1 ROOM 6 Time (Presididum ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Conference Room) Hall)

10:25 Coffee Break Coffee Break

KEYNOTE at Qujiang Auditorium: Advancement of FRP Composites and Structural Innovation Zhishen Wu, Southeast University, China KEYNOTE at Qujiang Auditorium: Advancement of FRP Composites and Structural Innovation Zhishen Wu, Southeast University, China 10:50 KEYNOTE at Lilly Hall: Vibration and Buckling Analysis of Composite Panels with Consideration of Optimization Yoshihiro Narita, Hokkaido University, Japan KEYNOTE at Lily Hall: Vibration and Buckling Analysis of Composite Panels with Consideration of Optimization Yoshihiro Narita, Hokkaido University, Japan KEYNOTE at Rose Hall: Failures of Composites by Micromechanics Approach Zhengming Huang, Tongji University, China KEYNOTE at Rose Hall: Failures of Composites by Micromechanics Approach Zhengming Huang, Tongji University, China

5201 Liquid Composites 5202 Metal Matrix 5203 Fiber-reinforced 5205 Damage Tolerance of 5206 Fiber-reinforced 5208 Other New Testing 5209 Textile-Based 5212 Sandwich Structures 5213 Ultrasound, 5215 Processing- 5216 Sensing and Self- 5217 Manufacturing Up- 5218 Offshore and 5219 Experimental Methods 5221 Machining of 11:35 Moulding 1 Composites 14 Composites 14 5204 Dynamic Fracture 2 Composites Structures 3 Composites 21 5207 Green Composites 4 Methods 2 Composites 7 5210 Process Modelling 5 5211 Composite Repair 2 Acoustic Emission, and 5214 Constitutive Models 5 5220 Fibers 5 and Materials 10 Electromagnetic waves 2 Manufacturing Technologies 6 Diagnosis 4 Scaling and Automation2 Subsea 1 for Process Characterization 2 Composites 2

5201-1 5202-1 5203-1 5204-1 5205-1 5206-1 5207-1 5208-1 5209-1 5210-1 5211-1 5212-1 5213-1 5214-1 5215-1 5216-1 5217-1 5218-1 5219-1 5220-1 5221-1 PERMEABILITY FABRICATION A NOVEL COHESIVE DYNAMIC DAMAGE IMPACT DYNAMIC THE EFFECT THICKNESS MACRO- MODELING OPTIMIZING INDENTATION NUMERICAL A SYSTEMATIC STUDY OF PAINTING AN INVESTIGATION EFFECT OF STUDY OF ARMOUR INVESTIGATION CURRENT-ASSISTED ANALYSIS AND MEASUREMENT OF GRAPHENE MODEL FOR IN CARBON FIBRE/ RESISTANCE OF ANALYSISOF THE OF BAMBOO EVALUATION OF MECHANICAL AND MATERIAL COMPOSITE ANCHORING SIMULATING EPOXY LAMINATES: BEHAVIOUR SIMULATION APPROACH TO PRETREATMENT ON THE ELECTRICAL MANUFACTURING OF SHEAR- WET-SPINNING FOR QUANTIFICATION OF 3D WOVEN REINFORCED CARBON/EPOXY EVOLUTION LAW MICROSTRUCTURE KISSING DEFECTS CHARACTERIZATION DATA ISSUES REPAIRS WITH MECHANISM WITH DELAMINATION AIR BLAST AND CHARACTERISTICS OF LAMB WAVE INVARIANT-BASED OF CARBON FIBER RESPONSE OF PARAMETERS ON MWCNTS FILLED BENDING COUPLED MANUFACTURING OF DAMAGE PREFORM AND ITS AL MATRIX PROPAGATIONS IMPACT L-SECTIONS OF LOW-VELOCITY ON THE IN DIELECTRIC OF 3D OF INJECTION GREEN LASER CAUSED BY PROPAGATION FOR ANISOTROPIC COMPOSITES FOR DELAMINATED THE QUALITY OF TOUGHENED PROPERTIES ADVANCED IN POLYMER APPLICATION IN COMPOSITES USING IN COMPOSITE Laurence A. Coles REINFORCED IMPACT DAMAGE MECHANICAL LAMINATED ORTHOGONAL MOLDING S.Psarras, G.Sotiriadis, (Loughborough University), DOMINANT DETECTION OF NON-ASSOCIATIVE AUTOMOTIVE LAMINATES THERMOPLASTIC EPOXY INSIDE THE IN COMPOSITE POLY(ACRYLONITRILE) COMPOSITE LIQUID COMPOSITE FLAKY POWDER LAMINATED Anish Roy (Loughborough THROUGH-THE- IN COMPOSITE PROPERTIES OF COMPOSITES: A WOVEN SIMULATION T.Loutas, V.Kostopoulos PARAMETERS IMPACT DAMAGE IN PLASTICITY FOR APPLICATIONS Michele Zappalorto, COMPOSITES MADE END FITTING OF PREPREG FORMING AND CARBON FIBERS MATERIALS STRUCTURES MOLDING METALLURGY University), Leonid THICKNESS BY LAMINATES WITH BAMBOO FIBRE HIGH-RESOLUTION COMPOSITES USING Zhiliang Fan, Russell (University of Patras) IN POLYMERIC A SKIN-STRINGER FIBER REINFORCED Huang Ziyu, Yang zhensan, Francesco Panozzo, BY AUTOMATED FLEXIBLE RISER Hassan Alshahrani, Ho-Sung Yang, Woong-Ryeol Pedro Silva, Stella M. Abreu, Ning Hu, Huiming Ning Voronov (Perm National Paolo A. Carraro, Marino Rafael Pereira Mattedi SIMULATION METHOD TUFTING A CONTINUUM REINFORCED MICROWAVE A VOXEL-BASED Speight (Autodesk Australia SANDWICH PANELS COMPOSITE POLYMERS He peng FIBER PLACEMENT Mehdi Hojjati (Concordia Yu (Seoul National University) João E. Matos, Luís Miguel (Chongqing University) Research Polytechnical Quaresimin (Technip / UFRJ / ECP), Xuan Zhang, Guojuan Bai, L. H. Wang, Z.Y. Liu, B.L. University), Boris Steve D. Green , Giuseppe DAMAGE MODEL COMPOSITES. METHOD FINITE ELEMENT Pty Ltd) In this paper, the Gang Zhou, Qingchun STRUCTURE B.Daum, A. Dean, R. Rolfes (AFP) University) P :Durão (Polytechnic of Xingxing Wang, Tianlin Xiao, Z. Y. Ma (Chinese Bolotov (Perm National Dell'Anno(The National This paper will focus on (University of Padova) Anh-Tuan Do (Technip), Peng Qu (Liaocheng D. E.C. Depuydt, Nick Peiyu Wang (Peking MODEL results of a laser repair Jiang(Loughborough Peiwen Deng (The (University of Hannover) S. V. Hoa, F. Shadmehri, J. Fernando Luiz Bastian Porto (ISEP) Huang (AECC Commercial Academy of Sciences) We propose a new Research Polytechnical Composites Centre) study of pretreatment of University), Craig Tilton University), Yuxi Jia Sweygers, Lise Appels, University), Zhencheng Diantang Zhang (Jiangnan Injection molding process process are analyzed University),YiouShen(Tongji University of Tokyo), Yoji carbon fiber composites An experimental and F. Simpson, M. I. El-Geuchy (UFRJ), Jinbo Bai (ECP), The current study explored Aircraft Engine Co., Ltd.) cohesive model to stably Okabe (The University (Concordia University) (University of Rhode This paper provides an (Shandong University) Jan Ivens, Aart W. van Li (Peking University), University), Li Chen (Tianjin involves highly complex and presented. Such a University) The formulation of non- prior to painting, using theoretical study is carried Delong He (ECP) the coupling effect of shear In this study the authors simulate delamination Island), Mikhail Nikhamkin of Tokyo), Osamu Saito This paper presents the (Perm National Research account of the mechanical Vuure (KU Leuven) Yongmao Pei (Peking Polytechnic University), physics: fast-cooling rate, process is systematically associated plasticity in the different surface filling out to investigate the on bending properties during deal with the evaluation propagations in composite (The University of Tokyo), materials, via varies possibility of monitoring In this paper, the effect of This work deals with the experimental measurement Polytechnical University), behaviour of thick, single A numerical method for the University), Licheng Zhou Yanjie Wang (Jiangnan high pressure, phase investigated to the This work characterises the Hideki Soejima (Fuji Heavy context of isotropic tensor prepreg forming process, of the magnitude of the 11:35 laminates under transverse Arun Shukla (University curvature parts, reinforced applying techniques for the presence of a a novel in-situ treatment understanding of carbon of three-dimensional evaluation of composite The mechanical properties (South China University of University), Ying Sun change, crystallization and direction of identifying the indentation behaviour of Industries) functions is reviewed. called “repass” on fibre composite armours including the relationship area damaged by drilling permeability of 3D quasi-static or impact loads of Rhode Island), through-thickness by different surface contitions delamination through Vadim V. Silberschmidt laminates damage under of three different bamboo Technology) (Tianjin Polytechnic morphology development, influential parameters as sandwich panels, especially Particular consideration is which is produced by electrical measurements surface finish quality of adhesion behaviour with an between the shear angle in carbon/epoxy laminates. woven performs and its when using comparatively (Loughborough University) tufting, confirming the In this research, the authors remarkable capability the low-velocity impact species of two ages were University), Kun Qian fiber orientation, stress well as to optimize their the effects of varying core given to the modeling of different processing in a conductive composite thermoplastic composites epoxy based matrix filled and bending stiffness. Furthermore, it is presented application in simulating coarse cohesive attempted to model the made by Automated with multi-walled carbon the liquid composites This study presents of tufted components to was proposed based on analyzed as well as their This paper proposed a (Jiangnan University) relaxation and time-varying values in a multi-objective density and identifies constitutive constraints. methods. part. As a representative an experimental procedure elements for reducing the complementing lamb wave propagation for The objective of this work is example of application, DCB Fiber Placement (AFP) is nanotubes (MWCNTs) with molding. The influence of retain structural integrity the continuum damage chemical constituents. high resolution microwave boundary conditions during optimization task that dominant mechanisms detection of impact damage to show how the resulting computational cost. Its experimental case studies, following an impact. to evaluate and compare the tests are considered and it is studied. Achieving a smooth a focus on improving the preform architecture on in which a 2x2 twill weave mechanics (CDM) and Differences in properties method in nondestructive filling, packing, cooling and entails the maximization of dictating the indentation by a homogeneous frustum surface finish is required for epoxy mechanical properties damage of the drilling the permeability has been effectiveness was verified. Assessment of the available and prespective proved that the growth of the T300 carbon fibre/epoxy the cohesive zone model are discussed and linked detection of kissing defects ejection stages. This paper the mechanical properties behaviour. It paves the way of a cone shape with the painting pretreatment delamination results in an thermoplastic composites and its performance in process affects the discussed. composite was subjected feature-scale components’ degradation of quasi- to ballistic impact with both meso-structure highlighted (CZM). with the composition. in dielectric compoiste discusses the modelling of the repair. for significantly improving solutions to ensure that the irreversible increase of the used as aero-surface adhesion. Test results mechanical properties of isotropic stiffness matrix. structures. confirmed improvement in steel and ice projectiles (95 potential manufacturing laminates. and material data issues the indentation laws used painting quality meets the electrical resistance. the plates. – 865 J at 70-90 m/s and And the decreasing rate requirements of automotive some epoxy mechanical challenges resulting from in simulation of injection for composite skinned of the stiffness matrix was 300-500 m/s, respectively) the interaction of the exterior applications. properties and delamination and air-blast loading (with molding, particularly the honeycomb sandwich determined based on the toughness. incident pressures of 0.4 high-temperature curing prediction of shrinkage and panels. velocity change of ultrasonic MPa, 0.6 MPa and 0.8 resin and the complex fibre waves and the cross-section MPa, and wave speeds architecture. warpage. between 650 m/s and observation of the impact 950 m/s). damage.

5201-2 5202-2 5203-2 5204-2 5205-2 5206-2 5207-2 5208-2 5209-2 5210-2 5211-2 5212-2 5213-2 5214-2 5215-2 5216-2 5217-2 5218-2 5219-2 5220-2 5221-2 PERMEABILITY EFFECT OF DEVELOPMENT OF THICK-LEVEL-SET AN EXPERIMENTAL THREE HOMOGENEOUS EXPERIMENTAL A SHELL APPROACH TTT DIAGRAM DEVELOPMENT NUMERICAL HIGHLY SENSITIVE STUDY OF DYNAMIC DAMAGE SIZE AND LASER MACHINING ADVANCED FINITE ELEMENT CASCADE INFLUENCE OF INVESTIGATIONS PREDICTION USING HIGH AMOUNT NEW SIMULATION MODELING OF THE DIMENSIONAL AND TOUGHENED AND NUMERICAL FOR TEXTILE OF THE ANIONIC OF HIGH ANALYSIS OF THE GRAPHENE TECHNOLOGY FOR STIFFENED OPEN- MODELING AND CELLULOSE EPOXY INVESTIGATION POLYMERIZATION MECHANICAL DEPTH ESTIMATION OF CFRP AUTOMATED TAPE ANALYSES OF INJECTION ORGANIC VAPOR ON THE THERMAL POROUS YARNS INTERFACE ON THE DYNAMIC DOUBLE HOLE COMPOSITE COMPOSITE TEMPERATURE MECHANICAL COMPOSITE STRAIN COMPRESSION PROGRESSIVE COMPOSITES ON FRACTURE PA6 FROM BEHAVIOR OF ON COMPOSITE BEHAVIOR OF Rajesh Patel (Spectra- SENSOR FROM LAYING WITH ENHANCED PROCEDURE FOR ANNEALING ON LOAD AND ACTIVE IN A DUAL-SCALE MICROSTRUCTURE MOLDING OF LONG CANTILEVER BEAM PANEL WITH BVID DAMAGE ANALYSIS Xinying Deng (Imperial College TOUGHNESS OF FORMING E-CAPROLACTAM OVERWRAP Physics) UNDER UNIAXIAL HIERARCHICAL STRUCTURES WITH CARBON FIBER QUASI-STATIC TO FIBRE STEERING CORROSION BLADDER-ASSISTED STRUCTURE AND THERMAL LOAD SIMULATION WITH AND MECHANICAL FIBER REINFORCED TEST OF FIBER London, Singapore Institute of PLASMA-SPRAYED SIMULATIONS Céline Vicard (Institut COMPOSITE MECHANICAL WAVENUMBER REINFORCED ULTRASONIC WAVE CAPABILITY USING BARRIER FOR RESIN TRANSFER PROPERTY OF REDUCTION DURING COMPRESSION Manufacturing Technology), OPENFOAM BEHAVIOUR OF PLASTICS Y. Liu, F.P. van der Meer, Jianzhuo Sun(Beijing REINFORCED TBCS USING A B. Liang, J. Colmars, P. Clément Ader, Ecole des REPAIRS FOR METAMATERIALS ANALYSIS COMPOSITES BASED Achieving fast processing Feng Duan (CAS Center for CONTINUOUS POLYMER MOLDING CONJUGATED LASER PROCESSING Shinya Hayashi (JSOL COMPOSITES Anthony J. Kinloch (Imperial MODIFIED THREE- Mines d’Albi-Carmaux), J. Dittmann, S. Hügle, M. SIC NANOWIRES L.J. Sluys (Delft University Key Laboratory of Civil College London), Soraia Pimenta Boisse (University of Lyon) PIPELINES Jiani Li, Jianxing Hu, Jun Young Jeon (Chonnam ON ELASTOPLASTIC and low thermal damage Excellence in Nanoscience, C. Schillfahrt, E. Corporation), Hao Chen Aircraft Structures and S.Z.H Shah, Chao Zhao, POINT BENDING Olivier De Almeida (Institut TOW SHEARING NANOCOMPOSITES COMPOSITE FIBER OF CFRP Klenk, A. Burkhardt, P. REINFORCED AL of Technology) (Imperial College London), M.S.F. Samsudin MACROSCOPIC The Hong Kong Polytechnic (Livermore Software Composite Materials), Qun Yong-joo Cho, Sung Kyu METHOD Clément Ader, Ecole des Haoyu Chen(Beihang National University), MODEL CFRP cutting and drilling University), Yaozhong Liao MECHANISM W.S. Sum (PETRONAS Fauster, R. Schledjewski Xinyue Wang, Mingqiao Ge R. Staehr, S. Bluemel, P. Middendorf (University of Gregory T. Schuenman (USDA The basic assumptions (PETRONAS Research), MATRIX NANO- Technology Corporation), Zhao(Beijing Aeronautical Ha (Hanyang Graduate Forest Service), Stephan Qi Zhu, Gaosheng Yan, Mines d’Albi-Carmaux), University), Jun Xu(Beihang Duhawn Kim (Chonnam Jinhyeok Jang, Jae Hyuk using ultraviolet nanosecond (The Hong Kong Polytechnic Evangelos Zympeloudis, Research, Imperial College (Montanuniversität Leoben) (Jiangnan University) Jaeschke, O. Suttmann, L. Stuttgart) COMPOSITES Wei Hu (Livermore In this paper, the thick- Science & Technology School) Sprenger (Evonik Hanse GmbH), Jianguo Zhu, Wenfeng Hao, of classical shell theories Arthur Cantarel (Institut R.J. Varley, B.N. Dao, University&Xi’an Jiaotong National University), Gyuhae Choi, Woong-Ryeol Yu laser. Also, achieving University), Hao Jin (CAS Kevin Potter, Paul M. London), A.Y.L. Leong Overmeyer (Laser Zentrum Research Institute of Wenshu Yang, Gaohui Software Technology level-set method is used Ambrose C. Taylor (Imperial Daiheng Chen (Jiangsu are not verified by textile Clément Ader, IUT Tarbes), T.Nguyen (CSIRO University&Tsinghua Park (Chonnam National (Seoul National University) stronger CFRP joints Center for Excellence in Weaver, Byung Chul Kim (PETRONAS Research, The application of a Functional development of Hannover e.V.) Corporation) COMAC), Peng Shi , Discontinuous fiber College London), Wern Sze University) Gérard Bernhart (Institut The paper will show Wu (Harbin Institute of to model stable and Chuanjun Liu(Future materials because of the Manufacturing Flagship), University), Sha Yin(Beihang University), To Kang (Korea with ultraviolet nanosecond Nanoscience), Zhong Zhang (University of Bristol) Imperial College London), cascaded injection wet-spun organic conducting 11:55 composites material called Teo (Singapore Institute of Clément Ader, Ecole des Continuum-based (CAS Center for Excellence a method predicting Technology) A new simulation unstable (stick/slip) crack Science and Technology HexMC is modeled using Manufacturing Technology) The interfacial fracture slippage between fibers. Mines d’Albi-Carmaux, IRT Y.C. Tan (PETRONAS University&Xi’an Jiaotong Atomic Energy Research laser cleaning and texturing K.H. Leong (PETRONAS procedure for bladder- composite fiber. In this paper, investigations Park) elastoplastic model (based in Nanoscience) mesoscopic dual phase technology has been propagation in the dynamic randomization. A micro toughness of plasma- A shell approach is Saint-Exupéry) Research) P. Cass University) Institute), Soon Woo Han on Chen and Sun’s plastic process. A novel placement head Research), D. Ballint assisted resin transfer were carried out on the Homogeneous and toughened flow permeabilities with developed where fibers double cantilever beam mechanics based criteria sprayed TBCs is proposed for the forming (CSIRO Manufacturing (Korea Atomic Energy model) was developed to Flexible, surface compatible, is presented which can (Imperial College London) molding (BARTM) is impact of cost effective An experimental cellulose-epoxy materials porous yarns and mapping modelled by beam (DCB) test for unidirectional is used to predict failure in investigated according of continuous fiber Polymerization- Flagship), K.H. Leong Research Institute) analyse the mechanical lightweight and low-cost steer wide prepreg tapes. investigated. Flow and easy‑to‑apply cooling elements are coupled study is conducted to specimens by considering were made by modifying an to a modified three-point crystallization kinetics of the it directly to an FEM filling composite laminate. A validate a finite element anhydride-cured epoxy with reinforcements. (PETRONAS Research) behaviour of CFRP. graphene nanocomposite The process can achieve simulations and saturation options on the thermal load to a matrix modelled by constituents properties, bending test combined with PA6 synthesis for Using combining Puck's realized sensitive response simulation. phenomenological model is method for a stiffened two green modifiers, namely excellent quality whilst experiments showed that during laser processing tetrahedron solid elements moreover finite element microcrystalline cellulose (MCC) cross-sectional deformation liquid reactive process of failure model, the nonlinear to strain of different that undergo r-adaptive introduced to calculate the open-hole composite results are compared with measurement using thermoplastic composite producing steering radii as this concept enables a of CFRP. panel under uniaxial and cellulose nanocrystal (CNC); mechanical behaviour of magnitudes from quasi-static remeshing. This technique crack speed as a function the experimental results and adding (3-glycidyloxypropyl) micro-scale digital image are characterized CFRP was then predicted strain to medium frequency low as 50 mm, making this significant reduction in part has great potential to compression. Acoustic available in the literature. trimethoxysilane (GPTMS) during correlation method. and modeled thank to an of the energy release rate. emission and strain gauges and compared with vibration, and even up to technology the first that filling times. simulate compression the three-roll mill preparation original coupling. experiments, demonstrating high frequency ultrasonic molding of long fiber were used to monitor the process in order to obtain allows for wide tape layup test process during the test. the validity of the current wave, which exhibiting reinforced plastics with high good dispersions of the added model. vast potential in human with steering capabilities. accuracy. cellulose. motion and structure health monitoring. Friday 25 August ROOM 1 ROOM 6 Time (Presididum ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Conference Room) Hall)

5201-3 5203-3 5205-3 5206-3 5207-3 5208-3 5210-3 5211-3 5212-3 5213-3 5214-3 5215-3 5216-3 5217-3 5218-3 5219-3 5220-3 5221-3 EFFECT OF FIBER EFFECTS OF DISCRETE PLY THEORETICAL THERMAL BIAXIAL TESTING OPTIMISATION EFFECT OF ON THE DAMAGE-TYPE MECHANICAL CURING RESIN 3D FLEXIBLE AND OPTIMISATION A MICROMECHANICS IN-SITU BUBBLE WETTABILITY OF A EXPERIMENTAL ORIENTATION SALT-SPRAY AND MODELLING OF ANALYSIS AND DEGRADATION AND OF GLASS/EPOXY OF DOUBLE LAMINATE INHOMOGENEOUS IDENTIFICATION IN PROPERTIES OF INFUSED STRETCHABLE OF MULTISTABLE APPROACH CHARACTERIZATION SINGLE CARBON INVESTIGATION OF AND BENDING HEAT-WET ON THE NOTCHED CFRP EXPERIMENTAL FIRE REACTION COMPOSITE DIAPHRAGM B-STAGING ON OUT- STRESS A CFRP CROSS-PLY NON-CRIMP FABRIC COMPOSITES IN THE CONDUCTORS HELICAL TOWARDS DURING RESIN FIBER CFRP TRIMMING STRUCTURE ON LAMINATES USING PLATES UNDER STUDY OF CARBON PROPERTIES LAMINATES USING A FORMING PROCESS OF-AUTOCLAVE DETERMINATION LAMINATE FROM REINFORCED AUTOCLAVE WITH NEGATIVE STRUCTURES DELAMINATION OF INFUSION FOR Si Qiu (Harbin Institute of BY MEANS OF Technology, KU Leuven), THE PERMEABILITY HOT-PRESSED TENSION FIBER ORTHOGRID- OF MYCELIUM MODIFIED ARCAN’S THROUGH LOCAL COMPOSITE REPAIR OF HONEYCOMB ACOUSTIC EMISSION QUASI-ISOTROPIC Robert Wilkinson, Richard K. POISSON’S RATIO USING AFP THERMOPLASTIC PROCESS SHEARING Carlos Fuentes (KU Leuven), Joël Serra, Christophe Bouvet, H. M. Chong, A. S. Cullen, John Summerscales Chuanxin Weng (National F. Klocke, A. Shirobkov, OF NON-CRIMP TACKIFYING CORE SANDWICH COMPOSITES FIXTURE (MAF) ADJUSTMENT OF IN- CORE BLOCK SIGNALS DETECTED LAMINATE LOADED MANUFACTURING COMPOSITE PIPE SIMULATION OF Dongxing Zhang (Harbin Bruno Castanié(Institut Clément Subramanian, S. P. FABRIC IN LCM Jin Li (Ningxia University), CYLINDER M. Jones (RMIT University), Khong Wui Gan (University PLANE CONSTRAINT MANUFACTURED BY A FIBER-OPTIC IN BIAXIAL TENSION- (Plymouth University) Center for Nanoscience R. Telford, P.M. Weaver FOR OFFSHORE VOIDS Institute of Technology), R. Hild, A. Feuerhack, D. Ader (ICA)Université de Toulouse Yi Geng, Jinhua Jiang, Changchun Wang UNDER UNIAXIAL T. Bhat (University of New of Southampton Malaysia S. Chen, L. T. Harper, Ng, E. Kok and S. Feih BY STRETCHING SENSOR IN A COMPRESSION and Technology, Beijing; (University of Limerick) APPLICATIONS Brock Zobell, Andrew Aart Willem Van Vuure (KU Trauth , S. Kerchnawe – INSA-ISAE-Mines Albi-UPS), Nanliang Chen, Wenquan (Commercial Aircraft COMPRESSION South Wales), C.H. Wang Campus (USMC), O.P.L. McGregor, A. (Singapore Institute TECHNOLOGY NEW REMOTE Songhe Meng, Leying Song, This paper considers the University of Chinese Sandeep Namdeo, Henk George (Brigham Young Leuven), David Seveno (KU Caroline Petiot(AIRBUS GROUP Yang, Chuanli Su (Donghua Corporation of China Ltd. Shu Jiang (Nanjing (University of New South University of Southampton), Endruweit, N. A. Warrior of Manufacturing Zhonggang Wang, CONFIGURATION Chenghai Xu, Xinxing Han, optimisation of autoclave Academy of Science), Taking advantage of the de Boer, Jens de Kanter University) Leuven) Manufacturing technology INNOVATIONS) Technology) University) (COMAC)), Guangquan University of Aeronautics Wales), K. Moinuddin Tobias Laux (University of (University of Nottingham) Jiefu Liu (Central South Fengming Yu (The Wei Wang (Harbin Institute cure of resin-infused Luqi Liu (National Center speed and accuracy of (Airborne Oil & Gas B.V.) shearing is applicable

Yue (Commercial Aircraft Numerical and experimental and Astronautics, Hohai (Victoria University), S. Southampton), Ole Thybo University&Ministry of University of Tokyo), Yoji of Technology) composites and extends for Nanoscience and AFP manufacturing, a A methodology to observe A new method was developed to finish processing of This paper demonstrates This work is to investigate Corporation of China Ltd. investigations under tensile University), Fangfang John (RMIT University) Thomsen (University of A Double Diaphragm Education) Okabe (The University of an earlier feasibility study Technology, Beijing), morphing helical structure is bubble/void formation and to measure the dynamic CFRP. Cause and efect flow front movement (COMAC)), Shaofu Kang Sun (Nanjing University Southampton), Janice M. Forming (DDF) process the use of a double- Tokyo), Naoki Shigeta (IHI The current paper presents for composite plates Zhaohe Dai (National presented that features an mobility in situ, in carbon contact angles of a single relationships between 12:15 loading of notched specimens in complex structure L (Ningxia University), Yihan were carried out. A computational of Aeronautics and Thermal degradation and Dulieu-Barton (University of has been optimised using vacuum debulking process Inhomogeneous stress Corporation) research on the evaluation referenced to equivalent Center for Nanoscience additional multistable shape reinforcement materials, carbon fiber at low and the sheraring process shape mold and see Yang (Ningxia University) study of notched tensile tests Astronautics), Hualin fire reaction properties Southampton) finite element simulations to for out-of-autoclave repair of honeycomb core block of the mechanical properties systems manufactured by and Technology, Beijing; configuration. Similar to the during liquid composite high velocities, taking into parameters and the consideration both the intrinsic how much degree the using the Discrete Ply Modelling Fan (Nanjing University of biologically produced form flat 2D preforms into of composite structures. manufactured by stretching The paper developed a subjected to biaxial tensile- hand-lamination, or by resin University of Chinese tendril perversion observable molding. resulting cutting resistance, variability of the carbon fiber local permeability will be (DPM) method is developed. The of Aeronautics and mycelium composites are A novel modified Arcan complex 3D shapes without technology was evaluated remote measurement compressive loading of infusion without autoclave Academy of Science), in nature, this additional sheared edge quality, specificities of this finite element diameter and the extremely influenced in LCM. Astronautics) assessed and compared fixture (MAF) has been defects. The model has extensively by means of configuration to achieve the NCPC quasi-isotropic cure. Zhong Zhang (National shape configuration locally small amplitude of the capillary and delaminations are model are its discrete nature with XPS foam for developed and used to been simplified to enable experiments. a stable AE detection laminate.Some mechanical Center for Nanoscience and reverses the helix orientation investigated on the example (interface elements to model forces. The effectiveness of the non-structural and semi- investigate the biaxial a genetic algorithm to be using a fiber Bragg grating properites including stress- Technology, Beijing) and vastly increasing of a trimming process. delamination and matrix cracks), method was strengthened by the small number of parameters structural applications in the mechanical response used to find the optimum (FBG) sensor. Using the strain response and failure morphing capabilities. fitting the experimental contact required and its robustness. construction industry. and failure behaviour of arrangement of riser configuration, we proposed mechanism, as well as the angle values by the MKT which Comparisons with experiments multidirectional E-glass/ blocks to locally change a novel method to identify infulence of loading state permitted to assess the static demonstrate that tensile epoxy composite laminates. the strain distribution in the the damage types in carbon on these properties are advancing contact angle as strengths, and failure scenarios diaphragms to alleviate fiber reinforced plastic explored. well as the dynamic wetting and patterns are predicted with wrinkles. (CFRP) laminates from the parameters of the carbon fibers considered in this work. acceptable accuracy. detected AE signals.

12:35 Lunch Lunch

13:35 PLENARY LECTURE at Qujiang Auditorium: Technologies Overview for Composite Materials and Automotive Components in Korean Automotive Industry Hee June Kim, LG Hausys R&D Center, Korea PLENARY LECTURE at Qujiang Auditorium: Technologies Overview for Composite Materials and Automotive Components in Korean Automotive Industry Hee June Kim, LG Hausys R&D Center, Korea

14:25 Coffee Break Coffee Break

5301 Liquid Composites 5302 Metal Matrix 5303 Fiber-reinforced 5305 Damage Tolerance of 5308 Other New Testing 5309 Textile-Based 5312 Sandwich Structures 5313 Ultrasound, 5315 Processing- 5316 Sensing and Self- 5319 Experimental Methods 5321 Machining of 14:50 Moulding 2 Composites 15 Composites 15 5304 Dynamic Fracture 3 Composites Structures 4 5306 5307 Green Composites 5 Methods 3 Composites 8 5310 Process Modelling 6 5311 Composite Repair 3 Acoustic Emission, and 5314 Manufacturing Technologies 5317 5318 Offshore and Subsea 2 5320 Fibers 6 and Materials 11 Electromagnetic waves 3 7 Diagnosis 5 for Process Characterization 3 Composites 3

5301-1 5302-1 5303-1 5304-1 5305-1 5307-1 5308-1 5309-1 5310-1 5311-1 5312-1 5313-1 5315-1 5316-1 5318-1 5319-1 5320-1 5321-1 EFFECT OF THE EFFECT MECHANICAL FINITE ELEMENT DAMAGE ALLOCATION IN METHOD OF CARBON DETERMINING CREATING KISS- THE INFLUENCE FIBER TEXTILE RESEARCH OF MANUFACTURING OF A FACILE STRATEGY A CAPACITY STUDY THE DETECTION HIGH THROUGHPUT DESIGN OF A MOLDING OF INTERFACE PROPERTIES MODELS WITH TOLERANCE LCA OF FLAX PLANE STRESS MATERIAL BONDS FOR MECHANISM OF MEASUREMENT COMPOSITES DISCRETE ELEMENT HIGH COMPLEXITY FOR REALIZATION OF COMPOSITE METHOD OF NANOFIBER NEW ONE-SHOT PRESSURE ON LAYER THICKNESS AT CRYOGENIC NODE-DEPENDENT ANALYSIS OF FIBRES FOR THE USING HIGHLY- PROPERTY NON-DESTRUCTIVE TRABECULAR BASED ON RADIUS AND IMPACT TEST BASED AIRCRAFT OF MULTI-MODE SANDWICH PARTICLE PRODUCTION BY TOOL WITH MECHANICAL ON THERMAL TEMPERATURE KINEMATICS BONDED COMPOSITE REINFORCEMENT TERAHERTZ POLYMERIZED DEVELOPMENT OF INSPECTION THERMOPLASTIC HEIGHT OF CORE ON ACOUSTIC STRUCTURE IN FLEXIBLE SENSOR CYLINDRICAL DISTRIBUTION ROTATION-AIDED DOUBLE MARGINS PROPERTIES OF CONDUCTIVITY OF MULTI-SCALE ADOPTING SCARF JOINTS OF COMPOSITES SPECTROSCOPY EPOXY: EFFECT CFRP DURING CURE R. Telford, A. O’Carroll, T. STRUCTURE ON EMISSION PREIMPREGNATED CAPABLE OF SHELL UNDER IN TERNARY NEEDLELESS STRUCTURE IN Wang Zhiyong, Han FRP BY RTM OF DIAMOND NANO-CARBON/ LEGENDRE USING COHESIVE John Summerscales OF MOLECULAR BASED ON IN-SITU M. Young (University of THE COMPRESSIVE H. Han (Aircraft Strength CARBON FIBER BY CONTACT AND HYDROSTATIC COMPOSITES ELECTROSPINNING DRILLING TITANIUM/ Kazumasa Okayasu, Ryo PARTICLES MICRO-FIBER POLYNOMIAL ZONE MODELS: (Plymouth University) Yunhui, Kang Kai (Tianjin WEIGHT OF MEASUREMENT Limerick) PROPERTIES OF University) Research Institute, Xi’an), MEANS OF DOUBLE CONTACTLESS PRESSURE CONSISTING Kolos Molnár, Tibor Czigány COMPOSITE STACKS Hirai, Asami Nakai (GIFU DISPERSED REINFORCED EXPANSIONS FOR LIMITATIONS & EPOXY ON THE OF INTERNAL BEETLE ELYTRON MECHANICAL PLATES Y. Yang (Aircraft Strength VACUUM DEBULKING SENSING Zixu Zhu, Yongqing Li, OF PARTICLES, (Budapest University of Chong Zhang (Dalian University) CR-ALLOYED EPOXY THE ANALYSIS OF CHALLENGES The study compares This paper proposes a PERFORMANCE OF STRAIN AND ITS A novel technique Jinxiang Chen, Xiaoming Research Institute, Xi’an), PROCESS Pei Huang, Xiao-Guang Yu, Xi Zhu, Libao Zhu (Navy RESIN MATRIX Technology and Economics, University of Technology), CU MATRIX COMPOSITES LAMINATED PLATES J.M. Hayes-Griss (RMIT Life Cycle Assessment new approach to obtain COMPOSITES APPLICATION TO of manufacturing Zhang(Southeast X. Zhong (Shenyang Aircraft L.Garcia-Fernandez, Wei-Bin Zhu, Yuan-Qing Li, University of Technology) AND 3-D WOVEN MTA–BME Research Group Zhenyuan Jia, Fuji Wang, GFRP with different surface Jian Qian (Chongqing G. Li, A.G. de Miguel, E. University & Advanced allocation of environmental the plane stress state Hironori Nishida, Keisuke kiss-bonds within a COMPOSITES Nagai, Souichirou ARBITRARY CURE University), Yoji Okabe(The Design and Research A.Garcia-Garcia (FIDAMC) Shao-Yun Fu (Chongqing REINFORCEMENT for Composite Science and GuangJian Bi, Boyu Zhang, treatment and molding Jianwei Li, Hailong Zhang, University), Bao-Gang Sun Zappino, A. Pagani, E. Composite Structures burdens for two different of optically opaque CYCLE SIMULATION composite component is University of Tokyo), Ning (Chongqing University), Yuan- materials and measures Imagawa, Kazuya Okubo, Institute), H. Zhang (Aircraft University) This paper studied the Y. Zhou, M. Li, Y. Li, Y. Technology) Junwei Yin 14:50 pressure were molded Zifan Che, Yang Zhang, Carrera (Politecnico di Australia), A.J. Gunnion primary products: (i) flax Toru Fujii (Doshisha Shoma Niwa, Shu presented. The defects Hao, Mengye Xu(Southeast Qing Li (Chongqing University), the plane stress of University) Strength Research Institute, This paper considers the composite sandwich Gu, Z. Zhang (Beihang by RTM. Static tensile Xitao Wang (University of Torino) (Advanced Composite seed as a nutritional University), Valter Carvelli Minakuchi, Nobuo Takeda are controllable in size, Cheng-Bin Qu (Chinese polytetrafluoroethylene (Polytechnic University Xi’an) optimisation of autoclave A facile strategy for the cylindrical shell structure, University) In this study a novel, Develop a new geometrical property, crack propagation Science and Technology Academy of Sciences), Hong- Structures Australia), A. supplement with fibre (PTFE) specimen. In this of Milan) (The University of Tokyo) shape and location, and The influence of the cure of resin-infused fabrication of flexible using experiment and finite needleless electrospinning drill to through multilayer behavior, and fatigue Beijing) Mei Xiao (Chinese Academy Node-dependent Orifici, A. A. Khatibi (RMIT generated from the waste approach we based on provide a realistic defect trabecular radius and height Aiming at caculating the composites and extends senor integrated with the element calculation method Two kinds of microscopic m method is introduced. materials in only one shot, a property were investigated of Sciences), Shao-Yun Fu kinematics for 2D modeling University) stream, or (ii) flax fibre as stress-optical law, using This study is to reveal the for the purposes of NDI of the core structure on (Chongqing University, Chinese the polarization sensitive effect of resin molecular monitoring probability of an earlier feasibility study contact and contactless to compare the capacity ethods and three kinds of m The system allows high novel step-structure with by tensile test, cyclic tensile A high thermal conductivity is extended to p-version the primary product. equipment assessment the compressive property Academy of Sciences) terahertz time-domain weight (Mw) on the of beetle elytron plates the impact damage and for composite plates sensing capacities has of two shell models under acroscopic methods were co throughput, simple broaching part, special test and fatigue test. of 810 W/mK is obtained plate elements constructed spectroscopy (THz-TDS) mechanical properties of and calibration, as were investigated. And the the location reliability referenced to equivalent been proposed. The as- hydrostatic pressure. mpared in analyses of partic maintenance and works with reaming part and cutting in a diamond/Cu0.5wt.%Cr Mechanical properties of with Hierarchical through optimization carbon fabric reinforced well as mechanical thermoplastic epoxy existence of trabeculae based on AE, impact tests systems manufactured by made sensor shows high le distributions in ternary co an insignificant free liquid edge is presented and to composite produced by epoxy composites are critical Legendre Expansions calculation finally solve the characterisation of the in beetle elytra enable on a composite wing box hand-lamination, or by resin sensitivity towards strain and mposites consisting of partic surface. make the modification of the parameters for their successful plane stress state. composites (CFRTP). It is a gas pressure infiltration (HLE). shown that an excessive defects. the biological functions were carried out. Several infusion without autoclave magnetic field, which shows les, resin matrix and 3-D wo one short drill. applications in cryogenic of facilitating flight and route. polymerization is not researches were delved cure. great potential in the fields ven reinforcement. engineering fields such as large necessary for composite protecting the body of the cryogenic project, aerospace and performance greater than insect. deeply. of vehicle, health monitoring superconducting industries, etc. 60,000 Mw. and etc. Friday 25 August ROOM 1 ROOM 6 Time (Presididum ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Conference Room) Hall)

5301-2 5302-2 5303-2 5304-2 5305-2 5307-2 5308-2 5309-2 5310-2 5311-2 5312-2 5313-2 5315-2 5316-2 5318-2 5319-2 5320-2 5321-2 EVALUATION OF UNDERSTANDING IN-SITU FINITE BEAM DELAMINATION DETERMINATION OPTICAL DESIGN MODELLING OF THE EFFECTS OF PRE- LOW-VELOCITY MID-INFRARED INTRODUCTION STRUCTURE OF A NEW TRACKING THE MICROSCOPIC SIMULATION OF A VARIETY OF AND TAILORING MONITORING OF AIR ELEMENTS BASED GROWTH RATE OF THE EXPERIMENTAL OPTIMISATION OF GEOMETRICAL BOND MOISTURE AND IMPACT RESPONSE LASER ULTRASONIC OF AN IN-MOULD RADIOACTIVE RECOMMENDED EVOLUTION MODELING OF HEAT TRANSFER REMOVAL DURING ON LEGENDRE POLY(LACTIC ACID) ENVIRONMENTAL AGING INFRARED HEATING VACUUM ASSISTED INTERFACIAL VACUUM BAG-ONLY POLYNOMIAL IN COMPOSITE CRYSTALLIZATION AND NUMERICAL 3D WOVEN T-JOINT INSTABILITIES ON THE FRACTURE OF SANDWICH TESTING FOR DEVICE FOR WASTE DISPOSAL PRACTICE FOR OF A DEFECT, TOW MECHANICAL MODEL BASED ON RESIN INFUSION BONDING STATES (VBO) PROCESSING EXPANSIONS AND LAMINATES UNDER THROUGH A STUDY ON THE REINFORCEMENTS IN ASYMMETRIC TOUGHNESS OF PLATES WITH A COMPOSITE PROCESSING WITH THE FBG THERMOPLASTIC CHARACTERISTIC BEHAVIOR IN FINITE ELEMENT PROCESSES OF A DIAMOND- Wei Hu, Steven Nutt NODE-DEPENDENT INCREASING LOW- SYNERGISTIC COMPRESSION Shibo Yan, Andrew Long, COMPOSITES BONDED COMPOSITE METAL FOAM CORE MATERIALS THERMOPLASTIC SENSORS COMPOSITE PIPES OF AFP LAYUP, WOVEN FABRIC METHOD FOR EDGE Van Oosterom, S., Allen T., AL COMPOSITE (University of Southern KINEMATICS FOR VELOCITY IMPACT APPROACH, BUCKLING Xuesen Zeng (University of PLATES REPAIRS Qinghua Qin, Xiaoyu Masahiro Kusano, Hideki FIBRE-REINFORCED Sung-Kyu Cho (ICES Co., Andreas T. Echtermeyer, DURING CURE WITH FORMING TRIMMING OF CFRP Battley M. A., Bickerton S FOR THERMAL THE GLOBAL- ENERGY CONTAINING A BEHAVIORS OF Nottingham) REINFORCED WITH A. Rodriguez-Bellido (AIRBUS Zheng, Jianxun Zhang, Hatano, Kanae Oguchi, PREFORMS AND Ltd), Ki-Soo Kim (Hongik Odd E. Sund, Knut O. IN-PROCESS MICRO- Mohammad Tahaye Abadi Jamal Sheikh-Ahmad, California) LOCAL ANALYSIS BIOBASED CARBON Paseo John Lennon s/n), S. MANUFACTURING (University of Auckland) MANAGEMENT OF COMPOSITE M. Francesca Pernice, NUCLEANT COMPOSITE PANEL 3D INTERLOCK Wiedmer (AIRBUS T. J. Wang(Xi’an Jiaotong Hisashi Yamawaki, Makoto HYBRID University) Ronold, Ramin Moslemian, CT SCANNING (Aerospace Research Fahad Almaskari, Farrukh APPLICATIONS- In this study, an in-situ STRUCTURES Andrew T. Rhead Michael Snowdon, Amar STIFFENED BY Through the new- FABRICS Airbus Allee), C. CZirr University) Watanabe, Manabu Enoki COMPONENTS Per A. Hassel (DNV GL) Laura Rhian Pickard, Katie Institute) Hafeez, Fanyu Meng Six different vacuum GANG JI visualization technique was G. Li, A.G. de Miguel, A. (University of Bath) Mohanty, Manju Misra I-TYPE RIBS established N-Notation of Benavente, M. (École (Deutsches Zentrum für Luft- und (National Institute for J. Beuscher, R. Schnurr, Safety Monitoring the Silo Smith, James Kratz, Kevin (Department of Mechanical Raumfahrt (DLR) A. Müller, M. Kühn and infusion methods have Zhanqiu Tan, Run Xu, used to investigate void Pagani, E. Zappino, E. (University of Guelph) Zhenkun Lei, Ruixiang finite element formulation Polytechnique), Marcin, An analytical model is Materials Science, Japan) Structure of Radioactive Potter (University of Bristol) A micromechanical Engineering, The Petroleum been compared to Genlian Fan, Ding-Bang evolution in unidirectional Fifty-three impact tests Bai (Dalian University of with full commutativity of L. (SAFRAN), Godon, T. Lilienthalpl), J. Renart developed to predict the K. Dröder (Braunschweig Waste Disposal with the modelling is derived for a Institute) Carrera (Politecnico di (Universitat deGirona Campus University of Technology) investigate the benefits Xiong, Zhiqiang Li, Di prepregs during vacuum Torino) were performed under a The effect of crystallization Technology) displacement, Koiter’s (SAFRAN), Levesque, M. Montilivi s/n) dynamic response of fully The purpose of the present FBG Sensors. Scanning of a composite bundle of carbon filaments and drawbacks of the Zhang (Shanghai Jiao Tong bag-only cure. The effects range of impact energies on the mechanical and initial post-buckling theory (École Polytechnique), clamped square sandwich study is to evaluate the Processing fibre reinforced sample during cure has in a tow having polymer In this work, finite element 15:10 process modifications University) of key process parameters Hierarchical Legendre providing results for 48 thermo-mechanical Full-field buckling has been successfully Ruiz, E. (École The effect of pre-bond moisture, plate with metal foam performance of the mid-IR thermoplastics (TP-FRP) been used to track the coating produced by sizing analysis is employed to operating conditions and within injection molding made relative to standard on void evolution are Expansions (HLE) are stacking sequences. Rate properties of poly(lactic deflection of I-type stiffened implemented. Polytechnique) core struck transversely LUT system in reflection evolution of an AFP-style process. The mechanical simulate temperature fields VARTM. Utilising parameter The age hardening determined, yielding a of growth of delaminations composite panel were environmental aging on the by a heavy mass with mode. We investigated the involves challenges of defect, a 2 ply thick gap in response of tow is examined near and away from the used as cross-sections acid) through plasticizer, fracture toughness (Mode ensuring the processing measurements during behaviors in CNT/Al clearer understanding of air functions in combination with increasing impact nucleating agent and mold measured by a multi- Fully integrated simulation I) and failure behaviour of low-velocity. effects of the CFRP and temperature of the inserts. the centre of a sample of on the compressive loading trimming zone. The flux processing, and quality alloys and Al alloy matrix removal mechanisms. with node-dependent energy is shown to vary temperature.Demonstrating frequency phase-shifting code for the RTM process repair joints bonded with an the laser properties on the An infrared heating device M21/carbon fibre prepreg. condition considering introduced in the model is measurements on at different temperatures kinematics. Such an with interface angle. the difference in method of fringe projection that takes into account adhesive film was investigated. generated ultrasonic waves integrated into the mould Using repeated fast scans large deformation and calibrated by measuring For the material combinations using transparent ceramics manufactured laminates, are investigated. The age approach enables one Correlation is seen performance of a biocarbon profilometry.Numerical numerous physical and obtained clear C-scan the initial closure of the gap rearrangement of filaments these temperatures the processes are hardening kinetics of CNT/ with through thickness simulation was verified by phenomena. Residual investigated in this study the images by the system. shall increase the process. and later appearance of in the microstructure as well experimentally. This work to refine the kinematics versus a talc based response to pre-bond moisture assessed against different Al alloys are found much of beam models locally distribution of shear nucleating agent under the experiments. stresses developed during was found to be modulated voids along the gap edges as the contact properties provides heat partition manufacturing scenarios. faster than that in the Al ant any desirable node stresses during impact. similar conditions. the manufacturing of by the reinforcement, the can clearly be seen, and between filaments and evacuating into the CFRP alloy counterparts due to by simply increasing the composite parts reinforced environmental history of the compared to the evolution of filaments with the polymeric Work piece. the presence of CNTs. polynomial degree. with 3D interlock fabric are pre-cured adherent and the resin viscosity and degree of coating. presented in this work. post-bond environmental aging. cure, thus demonstrating the This knowledge is essential for the proper definition of potential of the technique the repair process and for the while increasing our substantiation of the repair. understanding of defect evolution. 5301-3 5302-3 5304-3 5305-3 5307-3 5308-3 5309-3 5310-3 5311-3 NUMERICAL FABRICATION AND HIGH-FIDELITY SIMULATION OF SIZE EFFECT OF INVESTIGATION CONSTITUTIVE THE EFFECT OF EASY REPAIR OF 5312-3 5315-3 5316-3 5318-3 5319-3 5321-3 SIMULATION OF IMPACT PROPERTY MODELLING THE OPEN-HOLE OIL PALM FIBERS INTO THE MODELLING OF SATURATION INTERLAMINAR MECHANICAL THE PERMEABILITY CEMENT BASED GRAPHENE FILLED EXPERIMENTAL ARTIFICIAL ON TENSILE ON RESIN FLOW INFUSION AT OF MULTI-SCALE AND DYNAMIC TENSILE RESPONSE PROPERTIES OF HIGH STRAIN- THE HYSTERETICAL IN INJECTION DAMAGE USING RESPONSE OF CHARACTERISTICS NANOCOMPOSITES EXPOXY COATINGS RESEARCH ON INTELLIGENCE MICROSCALE TIB/TI6AL4V ANALYSIS OF OF COMPOSITE OIL PALM FIBER- RATE TENSILE BEHAVIOR PULTRUSION: A INTERLEAVED PYRAMIDAL OF DRY FIBER WITH SELF- FOR ENHANCED THERMAL RESPONSE BASED TOOL FOR PERMEABILITY COMPOSITES DAMAGED TAPERED LAMINATES USING REINFORCED DEFORMATION OF TEXTILE PRELIMINARY CARBON LATTICE TRUSS PREFORMS DIAGNOSTIC CORROSION AND ABLATION PREDICTING OF CALCULATION BY POWDER COMPOSITE A COMBINED POLYPROPYLENE OF ENERGETIC COMPOSITES NUMERICAL STUDY FIBRE/EPOXY CORE SANDWICH MANUFACTURED CHARACTERISTICS PROTECTION PERFORMANCE OF DAMAGE DURING Chen Li, Arthur Cantarel, METALLURGY STRUCTURES DISCRETE AND COMPOSITES COMPOSITE AT LOW UNDER LARGE J. Spangenberg (Technical COMPOSITES STRUCTURES USING AUTOMATED Zoi S. Metaxa, Stavros A.Y.L. Leong (Imperial A LIGHTWEIGHT DRILLING OF FRPS A. Nordin (Yamaguchi University of Denmark), M. P. Robinson , B. Zhang Xiaojing Gong (University S. Wang, L.J. Huang, L. E. Carreraa, A. Vigliettia, CONTINUUM University), K. Sakamoto TEMPERATURES STRAIN Larsen (Fiberline A/S), R. BY ADDITIVE DRY FIBER K. Kourkoulis (National College London, THERMAL Hitesh Sharma (National of Toulouse) Geng (Harbin Institute of E. Zappinoa (Politecnico DAMAGE WITH DIC AND DMA Yvan Denis, Nahiene (Imperial College London, MANUFACTURING PLACEMENT Technical University of PETRONAS Research), PROTECTION Institute of Technology (Yamaguchi University), R. Rodríguez (Technical South Kensington Technology) di Torino) APPROACH H. Azhari (Yamaguchi Zhejun Wang (Xi’an Hamila, Julien Colmars, University of Denmark), P. Campus), A. Bismarck Ge Qi(Harbin Institute of Alia R Aziz (Khalifa Athens) M.A. Mahtar (PETRONAS MATERIAL Uttarakhand), Ujendra A random configuration Mina Shahbazi, Reza Vaziri University), K. Goda Hi-Tech Institute), Hongfu Fabrice Morestin, Philippe M. M. Sánchez (Technical (Imperial College London, Technology), Bin Ji, Han University of Science, Research), C. Mattevi Yanwei Zhu, Fajun Yi, Kumar Komal, Inderdeep model for fiber A kind of Ti6Al4V-TiB/ The refined one- (The University of British (Yamaguchi University), Qiang (Xi’an Hi-Tech Boisse (Institut National University of Denmark), South Kensington Campus Han(Aerospace System Technology and Research The overall objective of (Imperial College London), Weizhen Pan, Songhe Singh, Dinesh Kumar (Indian M. Okamoto (Technology F. Rasmussen (Technical & University of Vienna), arrangement is proposed Ti6Al4V multi-scale dimensional models, based Columbia) Develop Center, TOCLAS Institute), Guang Wang des Sciences Appliquées University of Denmark), Engineering Shanghai), Bing (KUSTAR)), Rehan Umer this research is to develop K.H. Leong (PETRONAS Meng (Harbin Institute of Institute of Technology and implemented in a titanium matrix composite on the Carrera Unified (Xi’an Hi-Tech Institute), de Lyon (INSA)) H.A. Maples (University Wang, Li Ma(Harbin Institute (KUSTAR), Xuesen nanocomposite cement Research), E.Saiz (Imperial Technology) Roorkee) Co.), H. Ito (Technology M. R. Sonne (Technical of Vienna), C. Burgstaller computer code in this is fabricated by powder Formulation, have been A model is developed and Develop Center, TOCLAS Chang Liu (Xi’an Hi-Tech University of Denmark), (ransfercenter für of Technology) Zeng (The University of based materials with “smart” College London), W.S. Sum paper. Morris method for metallurgy to improve used to give a high-fidelity implemented in a finite Co.), T. Endo (Research Institute), Xinyu Yang (The J. H. Hattel (Technical Kunststofftechnik (TCKT)) Nottingham), Sanjeev characteristics that can be (Imperial College London, The ablation experiment The article reports the 15:30 Global Sensitivity Analysis impact property of titanium description of structures element framework to Institute for Sustainable People'Liberation Army University of Denmark) In this study, metallic Rao (KUSTAR), Wesley J used as embedded sensors PETRONAS Research) of a thermal protection versatility and flexibility Chemistry) (GSA) is used to study the matrix composite. with complex geometries integrate fluid flow and 96630 Unit) In this study, a 2-D Darcy’s An easy repair concept pyramidal lattice truss core Cantwell (KUSTAR) in a concrete structure material is conducted under of knowledge based influence of four structrual taking into account stiffness stress development in This study aims to law based numerical for interlaminar damage sandwich structures are for structural integrity various heating load and intelligent tool in predicting parameters on the variation due to local processing of polymeric investigate and identify the To further study the high model is developed in of carbon fibre/epoxy fabricated utilizing additive This work aims towards monitoring. The final product aerodynamic pressure the damage during drilling possibility of Malaysian oil order to investigate the composite using an permeability and the flow damages. composite materials. In a strain-rate (0.40~42.86 s-1) interleave strategy is manufacturing method. gaining on understanding is a smart nanocomposite environment. Its’ ablation of FRPs. properties. The dynamic behavior seamless and continuous palm fibers (OPF) to uniaxial tensile deformation effect of saturation on the Experimental investigations of the permeability with piezoresistive performance are evaluated The tool has the capability of be utilized for structural propagation of the resin investigated. of complex structures fashion, the model material in the same way of HTPB propellant, in the die chamber of a were carried out to characterization of characteristics, enhanced according to the information. being developed into a web subjected to various connects two extremes as wood in woo-polymer a typical particulate- pultrusion line. The results determine the mechanical automated dry fiber post-cracking fracture based mobile app. damage conditions has of processing, i.e. when composites (WPC) reinforced energetic of the numerical model response of the structures. placement preforms. properties, increased been investigated. initially resin behaves as application. Thus, this composite, at different highlights the importance flexural strength and liquid and when finally it is study focuses on the temperatures (233~298 of accurately determining stiffness, fully compatible effects of different loads the saturation curve when fully cured and solidified and sizes of OPF on the K), the DIC method and included in a numerical with concrete structures. to form a solid composite mechanical properties of DMA experiment were solver that is used to material. OPF filled polypropylene successfully used in this predict the resin flow in composites, produced investigation. injection pultrusion. through an extrusion and injection-molding. Friday 25 August

ROOM 1 ROOM 6 Time (Presididum ROOM 2 (402) ROOM 3 (406) ROOM 4 (405) ROOM 5 (305) (International Reporting ROOM 7 (VIP 303) ROOM 8 (VIP 304) ROOM 9 (306) ROOM 10 (308) ROOM 11 (311) ROOM 12 (313) ROOM 13 (204) ROOM 14 (205) ROOM 15 (206) ROOM 16 (207) ROOM 17 (208) ROOM 18 (VIP101) ROOM 19 (VIP 102) ROOM 20 (VIP105) ROOM 21 (VIP 106) Room 22 (209+210) Conference Room) Hall)

5302-4 5304-4 5308-4 5309-4 5310-4 5312-4 5315-4 5316-4 5318-4 5319-4 IMPROVING EVALUATION OF ON THE A PROPOSAL OF QUANTIFICATION NANO FILLED PROCESSING THE MONITORING OF OFFSHORE PIPELINE A COMPARISON OF DAMAGE IMPACT FRACTURE DETERMINATION CONVENTIONAL OF MICRO- POLYBENZIMIDAZOLE OF CARBON WEAR CONDITION REHABILITATION MATERIAL STATE TOLERANCE OF TOUGHNESS OF OF INTERLAMINAR FE-MODELING FOR PULLWINDING (PBI) FILM COATING REINFORCED AND DAMAGE USING APPLICATION MONITORING CARBON FIBRE ADHESIVELY FRACTURE LAYERED BRAIDED PROCESS AS BASIS FOR IMPROVED THERMOPLASTIC LUMINESCENT OF REINFORCED TECHNIQUES LAMINATES VIA BIO- BONDED CFRP TOUGHNESS OF COMPOSITES OF DATA MINING ENVIRONMENTAL COMPOSITES MATERIALS (INVITED THERMOPLASTIC APPLIED TO INSPIRED MICRO- JOINTS FIBRE REINFORCED Takuya Yamamoto ALGORITHMS PERFORMANCE IN P. J. Novo, J. P. Nunes, TALK) PIPE (RTP) RESIN TRANSFER STRUCTURAL Yongsik Choo (Ritsumeikan POLYMER (Itochu-Techno Solutions FOR PREDICTIVE SPACE J F. Silva, A. T. Marques Y. He (Harbin Institute of Xianghai Jing (Aerosun MOULDING DESIGN University), Sota Oshima LAMINATES USING Corporation (CTC)), Aki PROCESS MODEL Sarath Kumar Sathish (Polytechnic Institute of Technology), S.C. Wang, Corportion), I Wayan Eka Daniel Griffin (National Wenqiang Hu, Zhenying (Ritsumeikan University), ORTHOGONAL Imaoku (Itochu-Techno Christian Wasiak, Henning Kumar, YunHo Kim, Leiria) P.A.S. Reed (University of Putra Mas (PETRONAS), Physical Laboratory, UK), Huang, Hongxiang Zhai, Hisayoshi Ishida CUTTING Solutions Corporation Janssen and Christian Chunghyeon Choi , Chun- Southampton) Mas Nazli Aziah Bt M Adnan Alper Aktas (National Leping Cai, Cong Lei, Yang (Ritsumeikan University), Hongjian Wang, Freeda A. (CTC)), Tatsuo Sakakibara Brecher (Fraunhofer Gon Kim( Korea Advanced With the aim to produce and (PETRONAS), Yuxi Liu Physical Laboratory, UK), Zhou (Beijing Jiaotong Takayuki Kusaka Amir, Li Chang, Lin Ye (The (Itochu-Techno Solutions Institute for Production Institute of Science and optimize the processing of Continuous health (Chuzhou University). Maria Lodeiro (National University) (Ritsumeikan University), University of Sydney) Corporation (CTC)), Masaru Technology IPT) Technology) carbon fibres thermoplastic monitoring of composite Physical Laboratory, UK), Tomo Takeda (Japan Zako (Osaka University) matrix pre-impregnated structures has been Tim Young (National The purpose of this Aerospace Exploration Cost efficient manufacturing This paper discusses the materials (towpregs considered of great Composites Centre, UK), study is to fabricate a Agency) This presentation proposes of customized goods calls effectiveness of using CNT and PCT´s) using a dry importance in recent Ian Hamerton (University 15:50 novel TiCx-Ni3(Al,Ti)/ a FE-modeling for layered for a profound knowledge of as a filler on a surface powder coating equipment, years. In this paper, of Bristol), Ivana Partridge Ni alloy composite from In this study, a novel braided composites the relationships between coating in improving the pultrusion and heated mechanoluminescent (University of Bristol) Ti3AlC2 and Ni alloy experimental method is tubes having crimped and inputs and outputs of the resistance to environmental compression moulding were materials that exhibit visible starting powders by hot- proposed for evaluating the undulated bundles. The related manufacturing effects of a space structure the selected manufacturing light emission under the Initial trials of a multi-sensor pressing technology. The nonlinear and propagation model constructed was process. In this context, employed in the Low Earth methods. The optimization of application of mechanical setup for cure monitoring microstructural evolution behavior of crack growth in validated by a bundle this work presents the initial Orbit. The structures are those processes was made stress have been of resin transfer moulding and the corresponding adhesively bonded joints pattern obtained by cross- steps to create a model of tested for environmental by studying the influence of embedded in composite process, investigating mechanical properties of under impact loading using sectional observation of a miniaturized pullwinding parameters like Atomic the most relevant processing or electrodeposited on the two room-temperature, obtained composites are the digital image correlation tubes. process which will be used Oxygen, Thermal Cycling, parameters in the final surface of equipment for slow-curing thermoset carefully studied, which (DIC) technique. to produce customized High Vacuum, Ultraviolet properties. detection of damage and resin systems: epoxy and includes hardness, flexural medical devices. Radiation and Hypervelocity wear occurred on critical unsaturated polyester. strength (25oC-800oC), Debris Impact. components. fracture toughness.

5308-5 5312-5 LINEAR LASER PREDICTING THE FAST SCANNING UNDERWATER THERMOGRAPHY NDT FOR DISBONDS BLAST RESPONSE IN THERMAL OF SANDWICH BARRIER COATINGS PLATES WITH (INVITED TALK) ELASTIC CORES Dacheng Jiao (Beijing Gang Zhou, Qingchun Institute of Technology), Zhanwei Liu (Beijing Jiang(Loughborough Institute of Technology), University), Yiou Shen(Tongji Wenying Zhu (Beijing University) Institute of Technology), Wenxiong Shi (Tsinghua This work characterises the University), Huimin Xie (Tsinghua University) indentation behaviour of sandwich panels, especially 16:10 A Linear Laser Fast the effects of varying core Scanning Thermography density and identifies (LLFST) method, combing dominant mechanisms with novel post-processing algorithms for thermal dictating the indentation images, such as behaviour. It paves the way constructing directional for significantly improving carrier of temperature the indentation laws used field and three-moment for composite skinned windowing amplitude method, is used to detect honeycomb sandwich disbond defects in TBCs. panels.

17:00 Dinner Dinner Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 POSTERS AND MINI-ORALS PROGRAM Wednesday 23 August 09:05-11:45 (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin) P1101-3 Uniaxial dynamic P1102-3 Fabrication of uniform P1103-3 Planetary dispersion P1104-3 Experimental investigation P1105-3 Numerical investigation of P1106-3 Development of using Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 compressive properties of HTPB niobium coating layer for the methods on mechanical behavior of on off-axis tensile initial fracture progressive damage in a type of 2.5D electrophoretic deposition for casting explosives coated fuel particle of the very high GNPs/epoxy nanocomposites behaviour of glass plain fabric/ woven composites processing SiC/SiC composites (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin) unsaturated polymer (up) composites Youcai Xiao, Yi Sun (Harbin Institute of temperature reactor Chin-Lung Chiang (Hung Kuang University), Defang Zhao (Kyoto Institute of Technology), Huaiyu Lu, Licheng Guo, Li Zhang, Gang Liu Hou Huining, Li Mingyuan, Zhou Xingui (National P1101-1 Effects of inorganics on P1102-1 Hot deformation behaviour P1103-1 Positively charged graphene P1104-1 Properties analysis P1105-1 In-situ synthesis and initial P1106-1 Thermal modeling strategies Technology) Pengpeng Lv, Chuanlin Fan, Qingshan Zhu Chin-Hsing Chen (Chinese Culture University), Zhilan Xu (Kyoto Institute of Technology), Kai (Harbin Institute of Technology) University of Defense and Technology) thermal property of silicone rubber and microstructural evolution of derivatives modified with two silane of composite materials for the stress measurement of ultralong for laser assisted tape winding (Chinese Academy of Sciences) Wei Jen Chen (China University of Science Mao (Kyoto Institute of Technology), Yuqiu Yang composites bimodal size particulates reinforced molecules for multiple applications manufacture of space mirror carbon nanotube bundles process and Technology), Chen-Chi M. Ma (National (Donghua University), Hiroyuki Hamada (Kyoto The paper is a summarization about recent Jiuqiang Song, Yan Qin, Liangdian Liu, Xi (TiB+La2O3)/Ti composites Jincan Cui, Jing Li, Junhe Yang (University of Zhiyong Yang (Beihang University), Qin Lei Yunxiang Bai (Tsinghua University), Zhenxing Zhu S.M.A. Hosseini, I. Baran, R. Akkerman Uiform niobium coating layer for the coated Tsing-Hua University), Ming-Yuan Shen (China Institute of Technology) research and development of fabricating SiC/SiC

Zhang, Zhixiong Huang (Wuhan University of Xianglong Sun, Yuanfei Han, Liqiang Wang, Shanghai for Science and Technology) (Beihang University), Lingying Pan (Beihang (Tsinghua University), Huanhuan Xie (Tsinghua (University of Twente) fuel particle of the very high temperature was University of Science and Technology) The AE data revealed that the damage composites by electrophoretic deposition. Technology) Weijie Lu (Shanghai Jiao Tong University) University), Zhanwen Tang (Beihang University), University), Rufan Zhang (Tsinghua University, fabricated via a fluidized bed chemical vapour development thresholds are lower for the Graphene oxide was modified by two silane Yongjie Xie (Chinese academy of sciences), Stanford University), Boyuan Shen (Tsinghua Global thermal modeling of the in-situ deposition (FBCVD) process. composites at θ = 0, 5, and 10° indicating an A hard dense protective ceramic layer was 1. The continuous dynamic recrystallization of molecules. The silanized graphene oxide can be Boming Zhang (Beihang University), Jianbo University), Dali Cai (Tsinghua University), Fei temperature-dependent consolidation of earlier onset of damage. It is also found that formed under the high temperature on the surface primary α grains and dynamic globularization used as the surfactant to stablize the Pickering Sun (Beihang University), Xijun He (Beihang Wei (Tsinghua University) the pre-preg tape in Laser Assisted Tape initial fracture strain shows no obvious difference obtained from knee point method, AE events of the ceramifiable silicone rubber composite of lamellar α (α+β phase region), necklace emulsion in a wide range of pH value. University) Winding(LATW) process is investigated. Physical method and AE energy method. prepared with hydrated zinc borate as flame recrystallization of β grains and dynamic recovery This work puts forward requirements of carbon thermal phenomena taking place during the retardant and flux agent, kaolin as ceramic filler of lamellar α (β phase region) are the deformation fiber composite for space mirror, and compares LATW process is explained using various thermal and high silica glass fiber as reinforce, which mechanisms. properties of common intermediate modulus models. isolated the internal material from the oxygen 2. Both micro-sized TiB and nano-sized La2O3 and high modulus carbon fibers and common P1101-4 Study on the heat resistance P1102-4 The effect of prolonged heat P1103-4 Electrical and optical P1104-4 Modeling biaxial-tension P1105-4 Effect of voids on P1106-4 Extrusion of endless fiber in the air to prevent the loss of quality and heat can impede the movement of dislocations and TiB resins of composites. Results show that carbon and mechanical properties of treatments on the microstructural properties of LSMO/Monolayer MoS2 coupling in woven fabric transverse mechanical properties of reinforced thermoplastic elastomer transfer. can facilitate the dynamic recrystallization of α fiber composite for manufacturing space mirror polytriazole resin matrix composite evolution and mechanical properties photodiodes Yuan Yao, Gong Youkun, Xiongqi Peng, unidirectional composites based on composites with crinkled p-aramid phase and grain refinement. should select high modulus carbon fiber and influenced by graphene oxide of Ti/Ni multi-layered composites Yue Niu (IMDEA-Nanociencia, Harbin Institute Xiaoshuang Huang (Shanghai Jiao Tong micro-mechanical analysis fiber of Technology), Riccardo Frisenda (IMDEA- high toughness resin matrix. High toughness Shen Zhen, Zeng Jin-fang, Dai Panyao, fabricated by accumulative roll University) Wang Xiaodong, Guan Zhidong, Han Geng, Li Johannes Gattinger, Benedikt Kirchebner, Nanociencia), Simon A. Svatek (IMDEA- cyanate ester resin C705 and carbon fiber M55J Wang Kaijie, Wang Xiu-yun (Xi’an Aerospace bonding (ARB) Nanociencia), Gloria Orfila (Universidad Zengshan, Zhang Mi, Qiu Cheng, Du Shanyi Michael Kirsch (Technical University of Munich) were selected for manufacturing the prototype Composites Research Institute) Bing Zhang, Zhijuan Zhang, Xunhui Zhang, Complutense de Madrid), Weicheng Jiao (Harbin An nonlinear anisotropic hyperelastic constitutive (Beihang University) space mirror. Su Yao, Xiaodi Shang, Wen Wang, Le Wang, Institute of Technology), Rongguo Wang (Harbin model is developed for woven fabrics by Investigation of manufacturing process for The introduction of alkynyl-pendant GO could Kuaishe Wang, Jun Cai (Xi'an University of Institute of Technology), Nicolás Agraït (IMDEA- considering biaxial tensile coupling. This paper proposes a reliable and easy random crimped-fiber reinforced elastomer strands make great contribution to the good heat Architecture and Technology) Nanociencia, Universidad Autónoma de Madrid), model to generate RVEs with random distribution through thermoplastic extrusion with sleeve-dies. resistance and high mechanical properties of Federico Monpean (Instituto de Ciencia de los of inclusions (fibres and two typical voids PTA resin matrix composites at the appropriate Materiales de Madrid (ICMM-CSIC)), Carlos León existing in the interlaminar). And the effect of post-treatment temperature and time, and it might (Universidad Complutense de Madrid), Alberto the two typical voids on mechanical properties Rivera-Calzada (Universidad Complutense have a good prospect in the application of solid of the composites under transverse tension and de Madrid), David Perez De Lara (IMDEA- rocket motor case. Nanociencia), Jacobo Santamaria (Universidad compression load is studied by RVEs generated Complutense de Madrid), Andres Castellanos- by random model combining with reasonable P1101-2 Effect of surface braided P1102-2 Drysliding wear behavior of P1103-2 Shape-memory polymer P1104-2 The mechanical response of P1105-2 Ply-tailored nanoparticle P1106-2 Study on resin layer Gomez material model. angle on vibration modal of a novel the composites fabricated by reaction nanocomposites with a 3D conductive braided composite tube under three matrix modification in cross-ply CFRP polishing of carbon fiber mirror based three-dimension and four-direction synthesis from an al-B2O3 system network for bidirectional actuation points bending loading laminates on ion beam figuring We present a hybrid device based on the stacking braided composite t-beam Zhu Heguo, Sun Xiaodong (Nanjing University of Xu Zhao, Qingyu Peng, Xiaodong Zhenyu Wu (Zhejiang SCI-Tech University) Christian Leopold, Andreas Schetle, Julia Ding Jiao Teng (Xi’an Institute of Optics of a single layer MoS2 onto a lanthanum strontium manganite (La0.7Sr0.3MnO3) thin film, showing a Xiaoyuan Pei (Tianjin Polytechnic University) Science and Technology) He and Yibin Li (Harbin Institute of Kosmann, Bodo Fiedler (Hamburg University of and Precision Mechanics of CAS), Xu Technology) Technology) Liang (Xi’an Institute of Optics and rectifying electrical transport with a ratio of 103, and The paper presents the mechanical response a photovoltaic effect with Voc up to 0.4 V. This study focuses on the influence of a novel of braided composite tube under the transverse Precision Mechanics of CAS), Ma Zhen three-dimension (3 Dim) and four-direction (4 Dir) Shape-memory polymer loading. The influence of a FLG matrix modification in (Xi’an Institute of Optics and Precision P1101-5 Framework for process-related P1102-5 Estimation of effective P1103-5 Water permeation through P1104-5 Investigation into the P1105-5 Numerical and experimental P1106-5 Winding movement trajectory braided composite T-beam structural design on nanocomposites with a 3D conductive the different layers of CFRP cross-ply laminates Mechanics of CAS), Fan Xue Wu resin selection and optimisation for thermal conductivity of metal matrix graphene nanoslit by molecular dynamic bending behavior and failure study of the Mode І interlaminar optimization of composite elbows vibration properties. The results show that the network for bidirectional actuation. are investigated. Either the 90°-layers or the (Xi’an Institute of Optics and Precision the resin transfer moulding (rtm) of composites by using image analysis dynamics simulation mechanism of 3D MWK carbon/epoxy failure of chopped carbon fiber tape based on four-dof winding machine structural design of the T-beam can meet various 0°-layers are modified with FLG nanoparticles. Mechanics of CAS), Xie Yong Jie composite materials Kenjiro Sugio, Yong-Bum Choi, Gen Sasaki T. Yamada, R. Matsuzaki (Tokyo University of composites reinforced thermoplastics Xu Jia Zhong (Harbin University of Science and requirements of dynamic performance. Superior mechanical properties are obtained. (Xi’an Institute of Optics and Precision M. Rutt (University of Surrey, McLaren Technology (Hiroshima University) Science) Dian-sen Li, Hong-wei Duan, Lei Jiang (Beijing Qitao Guo, Bohan Xiao, Ye Zhang, Bijan Spitzlei, Technology) Centre), C. Lekakou (University of Surrey), P.A. Mechanics of CAS), University of Aeronautics and Astronautics) Isamu Ohsawa, Jun Takahashi (The University Wang Yong Jie (Xi’an Institute of Optics Smith (University of Surrey), I. Hamerton (University of Bristol), G. Meeks (McLaren Technology Centre), Statistical relationship between three-dimensional of Tokyo) and Precision Mechanics of CAS), Luo A. Sordon (McLaren Technology Centre), C. Santoni and two-dimensional effective thermal The dynamic bending behavior and failure Yao (Xi’an Branch of China Academy of (McLaren Technology Centre) conductivity of particle dispersed composites mechanism of 3D MWK carbon/epoxy composites Research on the Mode І interlaminar failure Space Technology) was investigated with considering the interfacial were studied.The influence of strain rate and fiber of chopped carbon fiber tape reinforced A framework for process-related resin selection and thermal resistance. articeture on the properties and failure were also thermoplastics has been conducted by DCB tests optimisation for the resin transfer moulding (RTM) analyazed. and FEM, unstable crack growth can be seen of composite materials is proposed in the context of while good agreement between numerical and research and development for industrial applications. experimental results can be achieved. The proposed framework and the associated test and analysis methodologies are applied to three epoxy resin systems which are assessed against different RTM process requirements. Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin) (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin)

P1101-6 Effect of double-sided P1102-6 Effect of sic particle size P1103-6 Study on dielectric and P1104-6 Compression properties and P1105-6 A numerical model P1106-6 Tailored fiber placement P1101-8 Low loading of grafted P1102-8 Microstructural and dry P1103-8 Impact of gd3+/ graphene P1104-8 Compressive property P1105-8 FE modelling to simulate P1106-8 Effect of flake distribution irradiation dose difference on ILSS on dynamic recrystallization critical thermal conductive properties of Zn/ damage mechanisms of 3D MWK on compressive behavior of based on epoxy preimpregnated thermoplastic polystyrene sliding wear behavior of TiB2 substitution on the strucural and reinforcement of unidirectional FRP the axial crushing behavior of CFRP in mould in compression moulding for polymer-matrix composites carbon/epoxy composites at room magnetic properties of magnesium by filament cover method strain ZnO/Al2O3/epoxy composite CFRP laminate with a designed carbon rovings (towpreg) strengthened and toughened reinforced copper matrix composite composites of unidirectional long fibre fabricated by in-situ curing with low Hao Shi-ming, Xie Jing-pei, Wang Ai-qin (Henan Jun Zhou, Kai Wu, Yonghong Cheng (Xi’an and liquid nitrogen temperatures delamination Kai Uhlig, Axel Spickenheuer, Lars Bittrich, Gert transparent epoxy composites fabricated by in situ casting process ferrite Fangtao Ruan, Zhenzhen Xu, Li Yang, Wei Li Kei Saito, Masato Nishi (JSOL Corporation) thermoplastic composite flakes Hong-wei Duan, Dian-sen Li, Lei Jiang (Beijing Ebtesam E.Ateia, Seham K. Abdel-Aal, Asmaa Abd ( Polytechnic University) energy E-Beam University of Science and Technology) Jiaotong University) Yi-Qi Wang, Xiangqian Zeng, Xueshu Liu, Yongjie Heinrich (Leibniz Institute of Polymer Research) Chao Ma, Hongbo Gu (Tongji University ) Cunlei Zou, Huijun Kang, Zongning Chen, Wei A. Bhakta (University of Twente), H.J.M. Jingjing Zhang, Yugang Duan, Hongxiao Wang, University of Aeronautics and Astronautics) Allah (Cairo University) Zhongqiu Ding, Xiaohui Zhang (Xi’an Jiaotong Bao, Hang Gao (Dalian University of Technology) Wang, Rengeng Li, Tongmin Wang (Dalian A novel manner, named filament winding is This paper examined the influence of FE Geijselaers (University of Twente), U. Sachs University) Dynamic recrystallization critical strain model of The paper investigates the process ability of University of Technology) Graphene nanoparticles an attractive carbon proposed to improve the longitudinal compressive modelling on the crushing response of composite (ThermoPlastic composites Research Centre), 30%SiCp/Al composites were established. With A progressive damage model based on extended epoxy pre impregnated carbon fiber roving material, is promising for improving adsorption properties of unidirectional fiber reinforced tube.It was found that debris wedge formation M. I. A. Rasheed (University of Twente), A.H. van For polymer-matrix composites fabricated by the decrease of the SiC particle size, the critical Hashin criteria and cohesive model was (Towpreg) with the Tailored Fiber Placement A traditional casting method for the preparation capacity, high chemical stability, good electrical plastic based on improving the compressive plays an important role in the deformation mode den Boogaard (University of Twente) in-situ curing with low energy E-Beam, the ILSS strain occurs in advance. developed to investigate the position effect of (TFP) technology. Relevant modifications of the of copper matrix composite with high strength, properties, strong mechanical stability, and large buckling critical load of FRP by preventing fiber and the reaction force. specific surface area. of the laminates can be significantly improved designed delamination on compressive behavior TFP device and necessary process conditions high electrical conductivity and good wear buckling with a shortening of the buckling critical The paper discusses the compression molding by tuning the dose difference between the two of CFRP laminate in thick direction. have been successfully identified and the effect of performance. wavelength. process of chopped unidirectional (UD) flakes. irradiated surfaces of the prepreg. Both the curing the TFP process on the mechanical properties of It shows the mechanisms of flake deformation degree and the curing rate difference between the Towpreg were determined. generally observed during the molding process & the adhesive layers contribute to the ILSS improvement. also the redistribution of the material. The higher the pressure and its duration used better is the P1101-4 Study on the heat resistance P1102-4 The effect of prolonged heat P1103-4 Electrical and optical P1104-4 Modeling biaxial-tension P1105-4 Effect of voids on P1106-4 Extrusion of endless fiber redistribution of the material. and mechanical properties of treatments on the microstructural properties of LSMO/Monolayer MoS2 coupling in woven fabric transverse mechanical properties of reinforced thermoplastic elastomer polytriazole resin matrix composite evolution and mechanical properties photodiodes Yuan Yao, Gong Youkun, Xiongqi Peng, unidirectional composites based on composites with crinkled p-aramid influenced by graphene oxide of Ti/Ni multi-layered composites Yue Niu (IMDEA-Nanociencia, Harbin Institute Xiaoshuang Huang (Shanghai Jiao Tong micro-mechanical analysis fiber of Technology), Riccardo Frisenda (IMDEA- Shen Zhen, Zeng Jin-fang, Dai Panyao, fabricated by accumulative roll University) Wang Xiaodong, Guan Zhidong, Han Geng, Li Johannes Gattinger, Benedikt Kirchebner, Nanociencia), Simon A. Svatek (IMDEA- Wang Kaijie, Wang Xiu-yun (Xi’an Aerospace bonding (ARB) Nanociencia), Gloria Orfila (Universidad Zengshan, Zhang Mi, Qiu Cheng, Du Shanyi Michael Kirsch (Technical University of Munich) Composites Research Institute) Bing Zhang, Zhijuan Zhang, Xunhui Zhang, Complutense de Madrid), Weicheng Jiao (Harbin An nonlinear anisotropic hyperelastic constitutive (Beihang University) Su Yao, Xiaodi Shang, Wen Wang, Le Wang, Institute of Technology), Rongguo Wang (Harbin model is developed for woven fabrics by Investigation of manufacturing process for The introduction of alkynyl-pendant GO could Kuaishe Wang, Jun Cai (Xi'an University of Institute of Technology), Nicolás Agraït (IMDEA- considering biaxial tensile coupling. This paper proposes a reliable and easy random crimped-fiber reinforced elastomer strands make great contribution to the good heat Architecture and Technology) Nanociencia, Universidad Autónoma de Madrid), model to generate RVEs with random distribution through thermoplastic extrusion with sleeve-dies. resistance and high mechanical properties of Federico Monpean (Instituto de Ciencia de los of inclusions (fibres and two typical voids P1101-9 Novel phenylethynyl- P1102-9 Study of the room P1103-9 Enhanced fracture toughness P1104-9 The synthesis of P1105-9 The stress intensity factors P1106-9 Online cure monitoring of a Materiales de Madrid (ICMM-CSIC)), Carlos León PTA resin matrix composites at the appropriate existing in the interlaminar). And the effect of terminated polyimide with excellent temperature fracture toughness in epoxy composites with iron oxide polyurethane microcapsules and and interactions of multiple inclined rtm process: correlation of dielectric post-treatment temperature and time, and it might (Universidad Complutense de Madrid), Alberto the two typical voids on mechanical properties Rivera-Calzada (Universidad Complutense processability and hight thermal of Nb/Nb5si3 in-situ composites nanorods evaluation of self-healing paint cracks in a composite laminate analysis with the thermal properties have a good prospect in the application of solid of the composites under transverse tension and de Madrid), David Perez De Lara (IMDEA- peoperties strengthened with CNTs study on Yu-Ting Li (Guilin University of Electronic protection properties Shu Li, Jianxiang Wang (Peking University) of epoxy resins rocket motor case. Nanociencia), Jacobo Santamaria (Universidad compression load is studied by RVEs generated Xiuting Li, Jie Dong, Xin Zhao, Qinghua Zhang microstructure and room temperature Technology), Chuan-Guo Ma (Guilin University of Sooyoul Park (Korea Research Institute of Martin Demleitner (University of Bayreuth), Complutense de Madrid), Andres Castellanos- by random model combining with reasonable (Donghua University) fracture toughness of nb/nb5si3 insitu Electronic Technology, Guangxi Key Laboratory of Chemical Technology), Eunjoo Koh (Kyung Hee The stress intensity factors at the tips of an Gökhan Bakis (University of Bayreuth), Aline Gomez material model. composites strengthened with CNTs Information Materials), Qi-Ju Ou (Guilin University University) isolated and inclined crack, and two neighbouring Sanchez (University of Bayreuth), Tobias Pflock My paper is mainly about novel phenylethynyl- Long Wenyuan Chen Benlong (Nanchang of Electronic Technology), Hua-Mei Wan (Guilin cracks with different lengths which are embedded (NETZSCH Gerätebau GmbH), Alexander We present a hybrid device based on the stacking terminated polyimide with excellent processability Hangkong University) University of Electronic Technology), Shuai Wang Self-healing polymers have been considerably in the central layer of an angle-ply Chaloupka (NETZSCH Gerätebau GmbH), Volker of a single layer MoS2 onto a lanthanum strontium and the imide oligomers solubility in the NMP and (Guilin University of Electronic Technology), Pei- focused upon as a new paradigm of smart composite laminate subjected to tensile loading Altstädt (University of Bayreuth) manganite (La0.7Sr0.3MnO3) thin film, showing a Bang Dai (Guilin University of Electronic Technology, DMAc more than 50% are suitable for solution The Nb/Nb5Si3 In-Situ composite material materials that have the capability to repair are solved by the Fourier integral transform rectifying electrical transport with a ratio of 103, and Guangxi Key Laboratory of Information Materials) impregnation method and the minimum melt strengthened with CNTs were prepared by Spark themselves without the need for detection or method and analysed. Process control of thermoset curing is generally a photovoltaic effect with Voc up to 0.4 V. viscosity of the oligomers below 11 Pa.s are Plasma Sintering (SPS). The effects of CNTs manual intervention when they are damaged. hardly possible, thus requiring the need for time- FeOOH and Fe2O3 nanorods were synthesized and P1101-7 Preparation and P1102-7 Effect of Si content on impact P1103-7 Comparative study of carbon- P1104-7 A study on hybridization of P1105-7 Delamination modeling P1106-7 Probabilistic characterization suitable for RTM method to prepare composite content on microstructure and room temperature Microencapsulation has been one of the most consuming external quality control of composite surface modified with the silane coupling agent, and characterization of polyurethane- abrasive wear performance of Al2O3p/ based nano-fillers/polyaniline hybrids springbacked carbon fiber reinforced in a double cantilever beam using of porosity defect in a laminated material. fracture toughness of Nb/Nb5Si3 composites efficient techniques which has been widely used parts. Here, we describe the application of a polyacrylic acid co-polymer composite steel composites prepared by squeeze reinforced polymer composites for first time used to significantly improve the fracture thermoplastics s-version finite composite were investigated. Fracture toughness of Nb/ toughness of epoxy resin. Especially, KIC and in self-healing systems. novel dielectric sensor to accomplish online cure electrolyte for supercapacitors casting Xiuyan Cheng (University of Tokyo), Michihiro Daiki Kobayashi, Taro Nakamura, Yi Wan, Isamu element method and cohesive zone Edouard Gauthier (IRT Jules Verne), Laurent Nb5Si3 composites with 3 wt.% MWCNTs monitoring and to show the direct correlation Chen-Chi M. Ma (National Tsing Hua University), Dehong Lu, Haizhou Li, Bo Ren, Yehua Jiang Yamamoto (Tokyo University of Science), Jun GIC of modified FeOOH/EP are increased by 177% Ohsawa, Jun Takahashi (The University of Tokyo) model Guillaumat (LAMPA ENSAM) reached a maximum and increased by ~35.6%. with the degree of cure and the glass transition Jeng-An Wang (National Tsing Hua University), (Kunming University of Science and Technology) Koyanagi (Tokyo University of Science), Tomohiro and 735% compared to that of pure epoxy resin, Wei Xie (Northwestern Polytechnical University) Chi-Chang Hu (National Tsing Hua University), Chin- In this work, Si powder ranged in 0-25% (5%, Yokozeki (University of Tokyo) respectively. temperature of an epoxy system. Lung Chiang (Hung Kuang University), Ming-Yuan 10%, 15%, 20% and 25%) of Al2O3p’s mass was The study how to solve the problems for practical This work presents the deterministic and Shen (China University of Science and Technology) added in the Al2O3p preforms, respectively, and Development and characterization of carbon-based application using springbacked CFRTP and probabilistic characterization of the porosity for a the Al2O3/40Cr steel composites was fabricated by nano-fillers/polyaniline hybrids reinforced polymer to apply springbacked CFRTP for making glass/epoxy laminated composite by comparing squeeze casting. With the increasing of Si added, composites. lightweight composites by several combinations plates manufactured with different processing ferrite phase increased in the matrix, the micro- of hybridization. parameters. hardness of the ferrite and the pearlite increased, reached the maximum at 10% Si and 15%Si, respectively, the contact angles between steel and Al2O3p decreases, therefore, the volume loss of the composites by impact-abrasion wear first decreases and then increases, reaches the minimum at 10% Si. Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin) (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin)

P1101-10 Numerical analysis of P1102-10 Interfacial delamination and P1103-10 Improved electric heating P1104-10 Polybutadiene– P1105-10Multiscale analysis on P1106-10 Resin pressure and resin P1101-13 Effect of boric acid on P1102-13 Recycling of end-of-life P1103-13 The effects of irradiation P1104-13 A critical assessment P1105-13 Relation between fatigue life P1106-13 Numerical study of special anisotropic elasto-plastic deformation multiple tunnel cracks toughening properties of epoxy nanocomposite poly(styrene-co-4-vinylpyridine)- toughness enhancement of epoxy/ flow inside a composite joint during the oxygen gas barrier propertes textile materials by fabrication of modification on the floating carbon of computer tools for calculating and tensile strength of wood plastic drill bit for cfrp materials of porous materials incorporating the mechanisms of laminated Ti-(TiBw) films containing mwcnts based supramolecular shape memory silica nanocomposites with interfacial thermal expansion process of poly(vinyl alcohol-co-ethylene)/ green composites nanotube film properties of bridge girders with composites N. Feito, J.López-Puente, H. Miguelez (Charles III effect of inner gas pressure composites under three point Wenyan Liang, Fangxin Wang, Zhiwei Duan, elastomers using metal coordination partial and progressive deboning Weibo Zhang, Min Li, Yizhuo Gu, Shaokai Wang, graphene oxide nanocomposite films Behnaz Baghaei, Mikael Skrifvars (University of Yanjie Wang (Beihang University), Min Li different cross-section K. Sakamoto (Yamaguchi University), H. Azhari University of Madrid) Zhong Yifeng, Xia Zhenting, Mei Baoping Zhimin Xu, Xueling Fan, T. J. Wang (Xi’an bending testing Liang He, Hailing He (Harbin Engineering interactions J. -G. Han, H. Shin, M. Cho (Seoul National Zuoguang Zhang (Beihang University) Xuyang Li, Parthasarathi Bandyopadhyay, Borås) (Beihang University), Mengsi Zhang (Beihang (Yamaguchi University), H.M. Joseph (Mahatma Kiho Kim, Seokgyu Ryu, Jooheon Kim (Chung- (Chongqing University) Jiaotong University) BaoXi Liu (Hebei University of Technology, University) Ang University) University) Tolendra Kshetri, Nam Hoon Kim, Joong Hee Lee University), Yizhuo Gu (Beihang University), Gandhi University), A. Nordin (Yamaguchi This study presents a numerical analysis TianJin key laboratory of materials laminating Resin pressures inside a carbon fiber (Chonbuk National University) End-of-life textiles cannot yet be recycled as Shaokai Wang (Beihang University), Qingwen University), K. Goda (Yamaguchi University), M. based on a 3D model developed to predict the The short summary of my paper: Based on fabrication and interfacial controlling technology), The electrical and electrothermal properties of the In this study, multiscale analysis is conducted to composite joint during thermal expansion process a raw material in a feasible way. Structural Li (Suzhou Institute of Nano-Tech and Nano- Okamoto (TOCLAS Co.), H. Ito (TOCLAS Co.) responses of CFRP woven laminates under the face-center-cubic(FCC)models, this work Lin Geng (Harbin Institute of Technology), LuJun MWCNT/epoxy nanocomposite films, which can investigate toughness enhancement of epoxy/ with R10301 silicone rubber core mold Borate cross-linked poly(vinyl alcohol-co- composites are an excellent use area for recycled Bionics), Zuoguang Zhang (Beihang University) drilling machining. The model was validated for numerically investigate the effects of the inner Huang (Harbin Institute of Technology), XueWen transform electrical energy into thermal energy silica nanocomposites and Aircast 3700 silicone rubber core ethylene)-graphene oxide (GO) composites materials, as they are durable and light-weight Wood plastic composite (WPC) is a composite two geometries in terms of delamination and gas pressure on the uniaxial stress-strain curves, Li (Harbin University of Science and Technology), as heat. in view of energy dissipation by toughening mold were measured by means of a self- coated nylon films were prepared for the products, with excellent mechanical properties. This paper makes an attempt to enhance material made of wood fibers axial force comparing numerical results with Poisson’s ratio and the initial yield surface of the XiPing Cui (Harbin Institute of Technology), mechanisms when interfacial partial and developed resin pressure online monitoring improvement of oxygen barrier properties. In this study, denim woven fabrics as end-of-life the floating CNT film by irradiation, and then and plastic matrix, resulting in supplementing experiments. anisotropic porous materials. FuXing Yin (Hebei University of Technology, progressive debonding occurs. system. And resin flow at different positions of the textiles were employed to improve the mechanical investigates influences of some process factors mutual drawbacks. Because TianJin key laboratory of materials laminating composite joint was analyzed according to the and thermal properties of high bio-content epoxy on the film’s mechanical and electrical properties. of high stiffness of cellulose contained in wood fabrication and interfacial controlling technology) resin pressure variation. resin. fibers, WPC is expected as a practical structural material. In this study, we P1101-11 Microwave absorption P1102-11 Co-Spray forming and P1103-11 Preparation and P1104-11 Nonlinear optical P1105-11 Numerical analysis of P1106-11 An environment-friendly aimed to clarify the performance simulation of a facile tailored heat treatment of composite characterization of super-black surface enhancement induced by synergistic interlaminar stress on symmetric approach for the large-scale relation between tensile strength and fatigue life tool steels coating using carbon nanomaterials yet unexpectedly effective microwave effect of g/cds hybrids angle-ply laminates interleaved with preparation of aligned mat using of the WPC materials. absorption composite material Chengsong Cui, Alwin Schulz, Dawid Nadolski Wenfu Cai, Hui Zhang, Zhong Zhang (National Baohua Zhu, Yuzong Gu (Henan University) cnt networks recycled carbon fiber (Foundation Institute for Materials Science, Center for Nanoscience and Technology) Yang Minglong, Yuan Ye, Li Yibin (Harbin Institute Lulu Shen, Wei Wang, Ling Liu (Tongji University) Guoxin Luo, Yapeng Rong, Xianhua Huan, P1101-14 Elastic parameters P1102-14 Processing and P1103-14 Modification of graphene P1104-14 Structural numerical P1105-14 The experimental study of P1106-14 Cfrp drilling mechanism Germany) oxide with amorphous silica coating of Technology) In this paper, we investigate the three phton Xiaolong Jia, Xiaoping Yang (Beijing University of prediction under dynamic loading characterization of green composites simulation and verification for the cotton fiber reinforced ice impact on at low temperature based on the for electrically insulating and thermally Composite tool steels have been produced by absorption induced synergistic effect of G/ Finite elementanalysis (FEA), based on Chemical Technology) based on the unit cell of composites with chopped kenaf fibers and butt-joint of the composite web stringer-stiffed composite panels temperature-dependent properties of conductive fillers of thermal interface Microwave absorption performance simulation means of a novel spray forming process and a CdS nanocomposites in near-infrared, which cohesive zone model (CZM), was used considering end constraint effect recycled expanded polypropylene Wang Zhuanli (Chinese Society for Composite Wang Jizhen (Aircraft Strength Research Institute resin and interface for a honeycomb structure filled with graphene- is very important for potencial applications in to analyses the interlamiar stressat the +θ/–θ Wang Meng, Fei Qingguo, Zhang Peiwei Donghwan Cho (Kumoh National Institute of materials Materials) of China) Hongxiao Wang, Yugang Duan, Wencheng Chen tailored heat treatment for the composite material Chaoxuan Shen, You Zeng (Chinese Academy of based spherical shells. has been developed based on middle frequency optelectronic devices. interfaces (cohesive layers) with and without CNT (Southeast University) Technology), Jeonghoon Kim (Kumoh National (Xi’an Jiaotong University) Sciences) induction heating and oscillation of the inductor. networks.Numerical simulations results show that Institute of Technology), Oh Hyeong Kwon Fine and homogeneous microstructures could the introduction of CNT networks will improve With the unit cell model of composites and the (Kumoh National Institute of Technology), Won Polymer based nanocomposites was fabricated by An experimental study was conducted to analyze be achieved in both tool steels, with a gradual the major interlaminar stress which leads to elastic parameters of constitutes dependent on Ho Park (Chungnam National University) incorporating a silica-coated graphene (SiO2@G) the impact of cryogenic cooling conditions on transition of chemical and physical properties delamination initiation and propagation. Whilst the strain rates, elastic parameters under dynamic nanomaterial into the PDMS matrix. The addition of holes quality when drilling CFRP laminate. The in between. The microstructures and properties SiO2@G enhanced the thermal conductivity of the of the composite material are clearly correlated improved interlaminar stress will have an effect loading in plane condition were predicted using The processing and property evaluation of a experimental results showed that the drilling zone on the failure tensile stress of the studied the explicit dynamic method. natural fiber composite material with kenaf composites while maintain the electrical insulation temperature has a great influence on the material with their austenitization conditions during the of matrix. induction heating. composite laminates. fibers and recycled expanded polypropylene removal mechanisms and surface integrity of (EPP) produced by an injection molding process, CFRP drilling. without extrusion, were explored, focusing on the effect of chopped kenaf fibers on the thermal and P1101-12 Facile synthesis of nickel P1102-12 Preparation of halogen- P1103-12 Nanocomposites made from P1104-12 Polymer nanocomposites P1105-12 Kink–band formation of P1106-12 Research on mt300/603a mechanical properties of recycled EPP. manganese sulfide anchored graphitic free flame retardant polyurethane NOGF and 3D nanostructuring based on reactive blends of PETG- fiber reinforced polymer (frp) composite material automated fiber carbon nitride/graphene electrode for composites Seokwoo Jeon (KAIST) block-PTMO containing hybrid Kangmin Niu (University of Science & Technology placement processing technology supercapacitor application Ming-Yuan Shen (China University of Science and system of nanofillers Beijing), Yanan Yuan (Tsinghua University), Zhang Jianbao, Wang Junfeng, Ling Hui, Sun P1101-15 Loading rate and temperature P1102-15 Study on normalization of the P1103-15 Enhanced tribological P1104-15 Optimization of composite P1105-15 Effect of the hole position P1106-15 Numerical study of special Parthasarathi Bandyopadhyay, Thanh Tuan Technology), Wei-Jen Chen (China University of Sandra Paszkiewicz, Elżbieta Piesowicz, Izabela Xuefeng Yao (Tsinghua University) Hongjie, Jiang Wenge (Aerospace Research dependence of flexural behaviour of mechanical properties of jute-glass/ properties of graphene-based wing using genetic algorithm Nguyen, Dai Jiu Yi, Nam Hoon Kim, Joong Hee Lee Science and Technology), Chen-Feng Kuan (Far East Irska, Daria Pawlikowska, Anna Szymczyk, on composite laminates under low drill bit for cfrp materials Institute of Materials & Processing Technology) GFPP fabricated by injection molding vinylester hybrid composites nanocomposites Haigang Zhang, Xitao Zheng, Wenchong Yang, (Chonbuk National University) University), Hsu-Chiang Kuan (Far East University), Zbigniew Rosłaniec (West Pomeranian University velocity impact N. Feito, J.López-Puente, H. Miguelez (Charles III Unlike other common practice that introduces method Dong-Woo Lee (Changwon National University), You Zeng, Han Wang, Tengxin Zhang, Zhe Ying Chenxi Lv (Northwestern Polytechnical University) Zhou Xihui, Tie Ying, Sun Zhenhui, Du Jiangtao University of Madrid) Jia-Ming Yang (Hung-Kuang University), Chin- Lung of Technology) Lichao Yu, Xiaofei Yan, Shuhei Yasuda, Shinji Byung-Jin Park (Changwon National University), (Chinese Academy) a certain misalignment (e.g., a sinusoidal (Zhengzhou University) The nickel manganese sulfide anchored graphitic Chiang (Hung-Kuang University) Nojima, Yuqiu Yang, Hiroyuki Hamada (Kyoto Byoun-Sun Kim (Korea Institute of Materials Science), The paper developed a method to optimize imperfection) to trig kink-band formation, perfect This study presents a numerical analysis carbon nitride/graphene electrode (Ni-Mn- Single-Walled Carbon Nanotubes (SWCNT)/ Institute of Technology) Jung-Il Song (Changwon National University) The presence of graphene could increase composite wing，including optimization of ply S/g-C3N4-G) was fabricated for supercapacitor Graphene Nanoplatelets (GNP)/ Carbon Black straight fiber layers with ideal elastic-plastic tribological performance of the graphene/poly(vinyl thickness, ply ratio, and ply sequence，and This paper investigates the effect of the different based on a 3D model developed to predict the application in a three electrode setup using 6M KOH. (CB)/PETG-block-PTMO hybrid nanocomposites matrix are used in the FEM model under This paper is concerned with the influence of water In this study, Jute/Glass composites were fabricated chloride) composites and graphene-based improved composite wing's load mass ratio hole positions on composite laminates under responses of CFRP woven laminates under were synthesized via in situ polymerization, that compressive loads with small lateral loads as absorption on the time-temperature dependence using Vacuum assisted Resin Infustion (VaRI) with lubricating oils due to high flexibility and excellent low velocity impact.It can be seen that the hole drilling machining. The model was validated for consisted of glycolysis of PETG post-consumer perturbation, which will be resulted in an upper flexural strength of glass fiber reinforced various laminate structure. After normalization were self-lubricating characteristics of crumpled graphene. position of composite laminates seriously affect two geometries in terms of delamination and foil and subsequently polycondensation in the bound solution of the buckling load. polypropylene (GFPP) Composites Fabricated by conducted for check that most efficient laminate the specimens’ properties under low velocity axial force comparing numerical results with presence of poly(tetramethylene oxide) (PTMO). injection molding. structure. A remarkable synergistic effect between carbon impact. experiments. nanofillers on improving electrical and mechanical properties of nanocomposites based on block copolymers was observed, thus allowing to lower the final price of the finished product (suitable selection of properties at the optimum price). Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin) (Chairs: Nam Seo Goo/ Hao Wang) (Chairs: Yan Li/ Tong Earn Tay) (Chairs: Raj Das/ Frank K. Ko) (Chairs: Jayantha A. Epaarachchi/ Jian Xiong) (Chairs: Ning Hu/ Kok Hoong Leong) (Chairs: Limin Zhou/ Faxiang Qin)

P1101-16 Durability of glass fibers P1102-16 Improvement of mechanical P1103-16 Improving Insulating P1104-16 Verification of flexural P1105-16 Nonlinear vibration analysis P1106-16 Cfrp drilling mechanism P1101-19 Reinforcement on epoxy- P1102-19 Mechanical properties P1103-19 Multiscale study on load P1104-19 Multi-scale reliability based P1105-19 Plasmonic annealing of P1106-19 The mechanical behavior of and their composites performances of carbon fiber/epoxy Properties of Epoxy Polymer by a rigidity of thickness optimized of 3d braided composite cylindrical at low temperature based on the based composites by dopamine- characterizations of composites trasnfer of epoxy nanocomposites optimization of laminated composite Ag nano-films under low ambient 3D carbon/carbon composites under Yucheng Zhong (Wuhan University of Technology, composites by incorporating natural trace of Fullerene Particles structure made of discontinuous panels resting on elastic foundations temperature-dependent properties of coated graphene prepared through made from poly(lactic acid) and milled Byungjo Kim, Joonmmyung Choi, Hyunseong structures based on fiber volume temperature pure shear and biaxial compressive/ Nanyang Technological University), Sunil nano materials Pengfei Chu, Hui Zhang, Feng Gao, Zhong CFRTP in thermal environments resin and interface high energy ball-milling carbon fibers with a melt mixing Shin, Maenghyo Cho (Seoul National University) fractions with genetic algorithm Han Dai (Yantai Nanshan University, Shandong shear stresses Wataru Sato, Ryusuke Shida, Hideki Toyoda, Y. Jiang (National University of Defense Chandrakant Joshi (Nanyang Technological Gibeop Nam, Chang-uk Kim, M. N. Prabhakar, Zhang (National Center for Nanoscience and Tao Liu, Zhi-Min Li, Quan Zhang (Shanghai Jiao Hongxiao Wang, Yugang Duan, Wencheng Chen Shujie Ren, Rongrong Xie, Wengang Yang, extruder for additive manufacturing Nanshan Aluminum co. LTD.), Kun Yu (Yantai Chenghai Xu, Xinxing Han, Leying Song, Songhe Michinobu Fujita, Jun Takahashi (The University Technology), D. Xu (Naval Academy of University), Shuxin Li (Wuhan University of Song Jung-il (Changwon National University) Technology) Tong University) (Xi’an Jiaotong University) Xiaolong Jia, Xiaoping Yang (Beijing University of The load transfer ability of epoxy nanocomposites Nanshan University, Central South University), Meng, Weihua Xie, Hua Jin (Harbin Institute of of Tokyo) applications Armament), S. Zhang (National University Technology) Chemical Technology) Yuan Wang, Naoya Kobayashi, Daisuke is investigated using a multiscale approach of Defense Technology), L. Zhang (National Hongjie Fang (Yantai Nanshan University), Technology) In this paper, bio waste materials are studied A very small amount of fullerene particles can This paper focuses on molding pressure of In this paper, nonlinear vibration analysis for An experimental study was conducted to analyze Higurashi, Keigo Ishizuka, Kohji Suzuki, Masahiro combined with molecular dynamics (MD) University of Defense Technology), X. Chen Junfeng Zhao (Yantai Nanshan University), Jie for replacing cellulose nano fiber and improving improve the insulating properties of epoxy thickness optimized structure made of chopped a 3D (three-dimensional) braided composite the impact of cryogenic cooling conditions on Hosoya (Chiba Institute of Technology) simulations and a homogenization-based finite (Naval Academy of Armament) Sun (Yantai Nanshan University), Tongjian Huang The mechanical behavior of 3D carbon/carbon mechanical properties of carbon fiber/epoxy materials effectively owing to the formation of carbon fiber tape reinforced thermoplastics cylindrical panel of finite length subjected to static holes quality when drilling CFRP laminate. The element model. (Shandong Nanshan Aluminum co. LTD.), Fang composites under pure shear and biaxial composite. deep-level traps in epoxy composites. (CTT) and verify its flexural rigidity. As a result, or periodic axial forces has been presented with experimental results showed that the drilling zone In this study, PLA, composites, which is reinforced Yu (Shandong Nanshan Aluminum co. LTD.) compressive/shear stresses. the appropriate molding pressure was the same consideration ofthermal loads, based on a micro- temperature has a great influence on the material with two different kinds of reinforcing fibers in the as flat panels and the bending test results macro-mechanical model. removal mechanisms and surface integrity of form of milled filler, i.e., kenaf and carbon fibers, showed that the actual molded structure had the CFRP drilling. were molded by melt mixing and then filament theoretical rigidities. extruding processes to make green composite filaments for 3D printing additive manufacturing P1101-17 Adhesive of benzoxazine P1102-17 Encapsulation of chitosan P1103-17 Positive temperature P1104-17 Lightweight design of P1105-17 Experimental investigation P1106-17 Study on curing kinetics purposes. resin and adhesion property as an efficient flame retardant for coefficient effect of nanocarbon/ battery box for electric vehicle of NCF-on-tool contact and curing process of CF/BPR Hongfeng Li, Chunyan Qu, Dezhi Wang, Thermoplastic starch polymer composites Zhao Xiaoyu (Changchu University of science E.I. Avgoulas, M.P.F. Sutcliffe (University of composite P1101-20 Prediction of modulus and P1102-20 Preparation and P1103-20 Fast exfoliation and P1104-20 Design and analysis of a P1105-20A comparative study on P1106-20 Experiment studies and Changwei Liu (Heilongjiang academy of M. N. Prabhakar, Gibeop Nam, Syed Nabeel Han Wang, Cheng Yang, Zhe Ying, You Zeng and technology), Zhang Boming (Beihang Cambridge) Ye Tian, Haiming Huang (Beijing Jiaotong fracture toughness of the carbon characterization of nanocellulose/SA functionalisation of 2D carbon nitride morphing trailing edge structure mechanical properties of surface numerical simulation of composite by framework charging sciences) Ahmed, Salman Khalid, Muhammad Latif, Jung-Il (Chinese Academy) University), Zhang Shuren (Changchu University University) nanotubes/polymer composites by sponge for hemostasis Z. Wang (Aircraft Strength Research Institute), modified polypropylene (pp) fabric laminates opening plates with using modified halpin-tsai equations Feng Cheng, Xinjing We, Tingsheng Yan, Jinmei Jingjing Jia (Imperial College London), Edward R. Y. Yang (Aircraft Strength Research Institute), S. reinforced concrete composites asymmetric reinforcement Song (Changwon National University) of science and technology) White (Imperial College London), Adam J. Clancy Bin Ya, Bingwen Zhou, Linggang Meng, Xingguo He (Harbin Institute of Technology) Duan (Aircraft Strength Research Institute), X. Guyu Feng, Kun Qian (Jiangnan University) Zheng Quan, Yang Yanzhi, Lin Renbang In this paper, a benzoxazine resin-based (BZ) The heating rate had the effect on the (Imperial College London), Theo Suter (University adhesive with high temperature resistant was The research focused on fabrication of flame Aiming to the lightweight design of the battery box compressive strength of CF/BPR and should be Zhang (Dalian University of Technology) College London), Thomas S. Miller (University Sun (Chinese Aeronautical Establishment) (Aerospace System Engineering Shanghai) developed with BA-a benzoxazine resin. It is retardant thermoplastic starch green composites for electric vehicle, this paper research the design considered during the conventional heating curing (1) Oxidized cellulose nanocrystal/ alginate College London), Paul F. McMillan (University Acrylic acid (AA) and grapheme oxide (GO) were expected to be used in aerospace, high-speed rail by utilizing low cost starch, flax fabric and process and the strength analysis method of long process of CF/BPR. With increasing heating We proposed a modified the Halpin-Tsai model composite films and sponges were successfully College London), Veronika Brázdová (University This paper presents an overview of the chain of a grafted onto the surface of PP fabric in order In this work, three different forms of asymmetric and other applications. chitosan through compression molding technique. carbon fiber reinforced thermoplastic (LCFT) for rate during the curing process, the micro-cracks to fit experimental data on the mechanical prepared and their usages as the College London), Furio Corà (University College morphing trailing edge design, analysis and test. to improve surface hydrophilicity of PP fabric, reinforcement were compared mainly by a battery box of a sanitation vehicle. The analysis increased and the compressive strength of CF/ characteristics, such as modulus and fracture hemostatic materials were investigated. (2) The London), Chris A. Howard (University College In this chain a parametric topology optimization which indirectly improve interfacial properties experiment. And according to experiment, the toughness of random orientation nanotubes- potential hemostatic mechanism of TOCN/SA London), Cecilia Mattevi (Imperial College London), method based on compliant is proposed. between PP fabric and concrete, thus leading boundary condition of specimen and the torsion results show that the battery box saves about BPR decreased. Once the heating rate exceeded Milo S. P. Shaffer (Imperial College London) 42% weight compared to the aluminum alloy. a certain value, the micro-cracks no longer polymer composites at high volume fractions of composites was discussed. to enhancement in freeze-thaw durability and control at the loaded end are the key factors for the CNT fillers. mechanical properties of PP fabric reinforced the success of the experiment. I hope this work increased and the heating rate had little effect on Single and few-layered 2D intact crystalline carbon concrete composites. has reference for the composite designers. the compressive strength. nitride nanosheets in an AB stacking structure were synthesized by a scalable one-pot reductive P1101-18 Multifunctional structural P1102-18 In-situ preparation of antistatic P1103-18 Eco-freindly preparation and P1104-18 Research of carbon fiber P1105-18 FaBrication, mechanical P1106-18 Application of LEF approach framework charging process. They can be further batteries based on carbon fiber natural rubber characterization of carbon nanotubes- composite valve used in small properties and tribological behaviors in the certification of aeronautical rationally functionalized by alkylation to tailor the reinforced plastic composites: Dongning He (University of Southern Queensland, filled carboxymethyl cellulose compressor of ti2al1-xsnxc solid solutions composite structures properties of carbon nitride. investigation on mechanical and Chinese Academy of Tropical Agricultural Sciences), nanocomposite films Zheng Chuanxiang, Lian Jiaoyuan, Wu Jiayi, Leping Cai, Zhenying Huang, Wenqiang Hu, Cheng Chen, Lin Chen, Ye Zhang, Chuanjun electrochemical properties Jinlong Tao (Chinese Academy of Tropical Agricultural Yeong-Rae Son, Hyo In Lee, Yifan Zhang, Soo-Jin Zhang Guojiang (Zhejiang University) Suming Hao, Hongxiang Zhai (Beijing Jiaotong Liu (Beijing Aeronautical Science & Technology P1101-21 Investigation of the P1102-21 Effect of cellulose nanofiber P1103-21 Synthesis of Pd/graphene P1104-21 Controlling the conductive P1105-21 Bounds for percolation P1106-21 Fabrication and evaluation Yalin Yu, Boming Zhang (Beihang University) Sciences), Yueqiong Wang (Chinese Academy of Park (Inha University) mechanical and thermal proper