Conference Program

16th INTERNATIONAL HEAT TRANSFER CONFERENCE August 10-15, 2018 · Beijing, China

CONFERENCE PROGRAM

Organized by Heat & Mass Transfer Society of China Under the auspices of Assembly for International Heat Transfer Conferences Supported by International Centre for Heat and Mass Transfer Chinese Society of Engineering Thermophysics

Contents

Welcome Conference Chair, IHTC-16 ·········································································· 1 President, AIHTC ························································································ 2 Vice Chairman, 11th CPPCC········································································· 2 President, Tsinghua University······································································· 3 Vice Director, NSFC ···················································································· 3 Acknowledgments ······················································································· 4

General Information Registration, Name Badges, Tickets ······························································· 5 Welcome Reception ···················································································· 5 Opening Ceremony ····················································································· 5 Conference Banquet ··················································································· 5 Closing Ceremony······················································································· 5 Lunches ···································································································· 5 Smoking ··································································································· 6 Coffee Breaks ···························································································· 6 WIFI ········································································································· 6 Conference Proceedings ·············································································· 6 IHTC Digital Library (IDL) ············································································· 6 IHTC Logo ································································································ 6 Information ································································································ 6 17th International Heat Transfer Conference····················································· 7 Mobile Conference App················································································ 7 Important Notes·························································································· 8

Technical Program Floor Maps ································································································ 9 Schedule at a Glance ·················································································· 11 Plenary Lectures ························································································ 15 Panel Sessions ·························································································· 17 Keynote Lectures ························································································ 21 General Sessions ······················································································· 35 Young Researchers Meeting (YRM) ·······························································147 Awards ·····································································································148

Miscellaneous Topics Exhibitors ··································································································153 History of IHTCs ·························································································156

Committees, Author Index, and IHTC-16 Statistics Meetings ···································································································157 AIHTC ······································································································157 IHTC-16 Committees ···················································································158 Author Index ······························································································161 Statistics ···································································································208

WELCOME Memo

Welcome

Welcome from the Conference Chair, IHTC-16

Welcome to the 16th International Heat Transfer Conference. We are delighted to have this conference held in the beautiful Olympic Green Park in Beijing. This is the same venue where the 2008 Summer Olympics was held exactly ten years ago. We hope that you will enjoy the beauty of Beijing and experience the vibrant activities the city has to offer. Heat transfer continues to be one of the most important disciplines in the engineering fields of the 21st century. Thermal transport processes are fundamental to many technologies such as energy, materials, food processing, space exploration, manufacturing and chemical processes. In recent years, new heat and mass transport research areas, including nano and micro-scale transport phenomena, nano-fluids, and very short time scale thermal transport have recently been developed to meet the demand of modern technologies. In addition, many significant breakthroughs have propelled our fundamental understanding in boiling and condensation, melting and solidification, combustion, and turbulent flows. Additionally, new developments in heat transfer enhancement techniques, computational heat transfer methods, green energy conversion devices and energy storage systems continue to catapult the field of heat transfer to new heights. Despite these successes, we continue to face many challenges in developing cutting edge technologies in efficient energy systems, pollution management, cooling of microelectronic devices and massive data processing systems, advanced manufacturing systems, and hypersonic transport that will all lead to a better living environment and will stimulate economic growth. We hope that your interactions at IHTC-16 will contribute to advancing our understanding of heat and mass transport processes and in developing new energy technologies for future needs. The key to success will require interdisciplinary collaboration across a wide range of disciplines. The IHTC meetings have been nicknamed the “Heat Transfer Olympics”. For more than 60 years, IHTC has offered unique opportunities for heat transfer and energy specialists to develop personal networks and exchange exciting ideas about their state-of-the-art research. The IHTC-16 Organizing Committee is continuing the fine tradition of providing an excellent forum that will advance the heat transfer research work in this rapidly changing world. From more than 1800 submitted abstracts and 1300 submitted full papers, we have accepted more than 1000 full papers from participants from more than 40 countries and regions for presentation at this conference. These papers will be included in the conference proceedings to be published in the Begell House IHTC Digital Library along with all the previous IHTC papers. The program in this conference will include 3 plenary lectures, 28 keynote lectures, 4 panel sessions, and 40 general sessions. The IHTC-16 organizing committee seeks to create a friendly environment at IHTC-16 which will facilitate our interactions to advance the worldwide heat transfer community. We are committed to making your time in Beijing enjoyable and productive. If you have any questions, please do not hesitate to ask for help from any committee member or any volunteer during the conference. Beijing has been the cultural and political center of China for hundreds of years. I hope that you will find time to visit some of these historical sites such as the Forbidden City, the Temple of Heaven, the Summer Palace and, of course, the Great Wall of China. Finally, I am grateful for the generous support of many organizations. I would like to express my sincere appreciation to: The Heat and Mass Transfer Society of China, the Chinese Society of Engineering Thermophysics, the International Centre for Heat and Mass Transfer, and the Assembly for International Heat Transfer Conferences and other cooperating societies and companies for organizing and supporting this meeting. I would like to especially acknowledge the members of the Assembly of IHTCs for handling the paper reviews. And I would like to recognize and thank the IHTC-16 Committee members and the volunteers for their enormous contributions in organizing and running this conference.

Ping Cheng

Conference Chair Chair Professor, Shanghai Jiao Tong University Shanghai, China

Welcome

Welcome from the Assembly for International Heat Transfer Conferences (AIHTC)

The Assembly for International Heat Transfer Conferences (AIHTC), along with its delegates and 23 member national organizations, is delighted to welcome all the participants from around the world to the 2018 International Heat Transfer Conference in Beijing, China, held in conjunction with the Heat and Mass Transfer Society of China. The IHTC was founded in London and Atlantic City in 1951 to provide a worldwide forum for the presentation, discussion, and identification of future directions and priorities in the various domains of thermal science and engineering. This 16th IHTC is a testament to the wisdom of the founders of AIHTC and to the vitality of the international thermal science and engineering community. The Heat and Mass Transfer Society of China has been a member of AIHTC for many years, with this being China’s first opportunity to host the International Heat Transfer Conference. I am thrilled to see that more than 1,000 papers will be presented covering many areas involving heat and mass transfer. I am also thrilled to see participants from more than 40 countries and regions who are making this a truly International Heat Transfer Conference. These conferences have played a key role promoting heat transfer and thermal engineering research and development on the international stage. We look forward to an outstanding IHTC-16 with good science, good friendship, and good food!

Hideo Yoshida

President, The Assembly for International Heat Transfer Conferences Professor, Kyoto University, Japan

Welcome address from Zhizhen Wang, Vice Chairman, 11th CPPCC

Distinguished guests, Dear friends, Ladies and Gentlemen, China is very pleased to host the 16th International Heat Transfer Conference in Beijing this year. The Chinese government recognizes the importance of scientific research in developing the country and in advancing the social welfare of all the people. Thus, the Chinese government has invested significantly in not only energy related heat transfer research but in all fields of research. China has seen tremendous advances in all areas of scientific and engineering research and looks forward to many more developments that will significantly improve the lives of not only the Chinese people, but people from all over the world. The world faces many significant problems related to health, pollution, energy supplies, global warming and sustainable development and I can see from the many outstanding papers to be presented at IHTC 16 that this conference will contribute significantly to addressing these key problems. China will continue to develop outstanding researchers and will continue to encourage them as they collaborate with colleagues worldwide to advance our scientific knowledge and to develop efficient, clean and effective solutions for the entire world. I applaud all of you for organizing this very important conference that extends the important findings of the previous 15 IHTC conferences. I hope that you will all benefit greatly from your interactions here and will also enjoy all the history and scenery in Beijing and throughout China during your stay. Thank you.

Zhizhen Wang

Vice Chairman, 11th Chinese People's Political Consultative Conference Academician of the Chinese Academy of Sciences

Welcome

Welcome address from Yong Qiu, President of Tsinghua University

On behalf of Tsinghua University, I am delighted to welcome such an eminent gathering of world-renowned scientists to IHTC-16 and to Beijing. Tsinghua University was founded in 1911. Over the years, Tsinghua has gradually expanded its scope and become a comprehensive university with 20 schools and 58 departments. Currently, we have 45,000 students, more than two- thirds of whom are graduate students. The university has extensive research facilities, including those in thermal engineering, with faculty conducting numerous leading research projects on national and international levels. We are proud of our faculty, students as well as our alumni who excel in their respective fields. In 2016, we launched the first global strategy in the history of Tsinghua. In April 2017, under the initiative of Tsinghua, Asian Universities Alliance was established, consisting of 15 most representative universities across Asia. We envision Tsinghua will become increasingly open and international in the future and we would like to further strengthen our cooperation with international partners. We highly value the opportunity to host IHTC-16. I am confident that through presentations of research papers, panel discussions and various personal interactions, this conference will make notable contributions to progress in the heat transfer field. Finally, I hope you will have an enjoyable and memorable stay in Beijing. Thank you.

Yong Qiu

President, Tsinghua University

Welcome address from the National Natural Science Foundation of China (NSFC)

It is my great pleasure to welcome all of you to the 16th International Heat Transfer Conference. I am thrilled to see so many leading scientists from all over the world gathering here to advance the state-of-the-art in heat transfer research. The NSFC was established in 1986 by the Chinese government to support basic research, foster talented researchers, develop international research cooperation and promote China’s socioeconomic development. The NSFC has a rigorous and objective merit-review system to select projects for funding. NSFC’s annual budget has increased from 80 million RMB in 1986 to 17 billion RMB in 2012, a 1000 fold increase. At present, about 38,000 new awards are granted to over 1500 host institutions each year. NSFC encourages international cooperation and exchange in basic research, including this conference, and has signed 70 Cooperative Agreements with partners in 35 countries and regions. I thank all the supporters and organizing committee members for their hard work in organizing this conference and I share their hope that IHTC-16 will be a resounding success. I hope that each of you will enjoy this conference and your time in Beijing.

Xincheng Xie

Vice Director, National Natural Science Foundation of China Academician of the Chinese Academy of Sciences Professor, Peking University

Acknowledgments

Organizer The Heat and Mass Transfer Society of China

Host Organization Tsinghua University, Beijing, China

Under the Auspices of The Assembly for International Heat Transfer Conferences

Supporting Organizations International Centre for Heat and Mass Transfer National Natural Science Foundation of China Chinese Society of Engineering Thermophysics Asian Union of Thermal Science and Engineering (AUTSE)

Sponsor Begell House Inc. http://www.begellhouse.com/

GENERAL INFORMATION Memo

General Information

Registration, Name Badges, Tickets

Hours and Location The registration desk is located in the Main Lobby B on the 1st floor of the China National Convention Center (CNCC) during the following times: Friday August 10 08:30 - 20:30 Saturday August 11 08:30 - 18:00 Sunday August 12 08:30 - 18:00 Monday August 13 08:30 - 18:00 Tuesday August 14 08:30 - 20:30 Wednesday August 15 08:30 - 17:30 On-site Registration Fees Regular1 RMB 5200 Student*1 RMB 3250 Accompanying Person2 RMB 650

1 Includes admission to all technical sessions, conference proceedings data on a USB flash drive, final program, name badge, welcome reception on August 10, lunches on August 11, 12, 13, 14 and 15, conference banquet on August 14 and break refreshments. 2 Includes name badge, welcome reception on August10 and conference banquet on August 14. * Students must present a valid student ID.

Name Badge Each delegate registered for IHTC-16 will receive a name badge at the registration desk. Admission to all conference functions is via the official IHTC-16 badge only. Please wear your name badge at all times.

Tickets Each delegate will receive various tickets together with their name badge at the registration desk. Use your name holder to keep your tickets handy. The conference organizers cannot reissue any tickets.

Welcome Reception Friday, August 10, 18:30-20:30, Plenary Hall A on the 4th floor Everybody with a name badge and a ticket for the reception is welcome.

Opening Ceremony Saturday, August 11, 8:30-9:10, Ballroom B & C on the 1st Floor Everybody with a name badge is welcome.

Conference Banquet Tuesday, August 14, 18:30-20:30, Ballroom B & C on the 1st Floor Individual banquet ticket is required to enter the Event Hall.

Closing Ceremony Wednesday, August 15, 17:00-17:30, in the Auditorium on the 3rd Floor Everybody with a name badge is welcome.

Lunches Exhibition Hall 4A, 1st floor Saturday August 11 12:30-14:00 Gallery Café & Gallery Foyer, 2nd floor Sunday August 12 12:30-14:00 Ballroom B & C, 1st floor Monday August 13 12:30-14:00 Ballroom B & C, 1st floor Tuesday August 14 12:30-14:00 Ballroom B & C, 1st floor Wednesday August 15 12:30-14:00 Gallery Café & Gallery Foyer, 2nd floor 5

General Information

In accordance with public health center guidelines, lunch boxes must be consumed within the eating area. Thank you for your cooperation.

Smoking Smoking is strictly prohibited anywhere inside the CNCC facility.

Coffee Breaks

Coffee breaks will be available during the following times:

10:20 - 10:40 Saturday August 11 14:40 - 15:00 10:20 - 10:40 Sunday August 12 14:40 - 15:00 Monday August 13 10:20 - 10:40 10:20 - 10:40 Tuesday August 14 14:40 - 15:00 10:20 - 10:40 Wednesday August 15 15:00 - 15:20

WIFI The CNCC conference facility provides a WIFI signal. You do not need any login name.

Conference Proceedings

Proceedings on USB drive The conference program and proceedings for the keynote lectures and general papers are on the USB drive in your registration package.

Proceedings on the schedule webpage in the IHTC-16 website The conference program is also on the conference website.

IHTC Digital Library (IDL) AIHTC and Begell House have agreed to establish an IHTC Digital Library (IDL). The IDL is an online archival library with an interactive web interface and advanced search engine for the use of active researchers and engineers. The library contains past Proceedings of the International Heat Transfer Conferences held under the auspices of the AIHTC and all papers presented at IHTC-16 will be uploaded and included in the IDL. http://ihtcdigitallibrary.com/

IHTC Logo A special logo for the IHTC was authorized by the AIHTC on October 16, 2013 and introduced in 2014 to celebrate the conference being held since 1951. The logo offers a metaphorical expression of multi-modal and multi-scale heat transfer phenomena. The center sphere with the small sphere on a ring stands for the sun and the earth, or a molecule with an orbiting electron, while the outer arcs represent flames, thermal conduction, and radiation. This logo is now used on the conference homepage, conference program, documents and other related items and by the IHTC Digital Library that Begell House has established.

Information If you have any questions, please ask any of the volunteers, the conference staff or come to Room 306B. 6

General Information

17th International Heat Transfer Conference (IHTC-17)

August 8-12, 2022 Cape Town, South Africa Enquiries: Prof. Josua P. Meyer: [email protected]

Mobile Conference APP IHTC-16 has developed a website for mobile devices that allows all participants to check and search the conference program and schedule.

Access The Mobile App can be accessed through: https://www.ihtc16.org/mobile/static/ Or you can use an app that can scan and recognize a QR code (such as WeChat) to scan:

The app that you used to scan the QR code may open this site in its own internal browser which may not fully support all the functions. If you cannot use some of the functions, open the menu of the browser you are using and choose to open this site in your device’s default browser (such as Safari for iOS devices).

Usage The Search function can search for a specific activity by typing in the number, author, affiliation or title. The Sessions function lists all the conference sessions. You can click on a session to see the activities and presentations in that session. Detailed information of an activity can be seen by clicking on an item listed in the search result or in a session. An Add to favorites button can be found at the bottom where you can add your own presentation or other presentations to your favorites. The Favorites function can show you all the activities you have added. You may also remove items from the favorites. The site will automatically download the newest data from the server if you are connected to the internet when it starts. You can click on the Update data button if you wish to force an update process manually.

Offline use This site can be used even when you do not have internet access. For most iOS devices and some Android devices, you can find an option similar to Add to desktop or Add to home screen in the menu of the device’s default browser (not the one in the QR code scanning app, such as WeChat). After adding the site to your desktop or home screen, you can access it as with any app. The search and favorites functions are usable even when you are offline.

Troubleshooting Most problems can be solved by refreshing the page, exiting, and re-entering. The site address is a secure link (https), so some devices may have problems accessing it. If you cannot open the site correctly, try inputting http://www.ihtc16.org/mobile/static/ directly into your device’s default browser (use http instead of https). Some simplified browser apps may not fully support the necessary capabilities required by the site. In this case, please try another browser. If you still have problems using the site or if you find wrong information, please contact [email protected] via email 7

Important Notes

To presenters:

Please be sure to arrive at least 5 minutes before your session’s starting time, and please inform the session staff of your arrival.

Only at the General Sessions:

2 minute oral introduction sessions:

Each speaker will first give a short 2 minute oral presentation with two PowerPoint slides introducing their paper. The slides for each session will be collected before IHTC 16 and combined into one presentation for each Poster Introduction Session. These oral sessions are:

August 11, Saturday 15:00 – 16:00, Posters should be mounted between 13:00 – 13:50 August 12, Sunday 9:20 – 10:20, Posters should be mounted between 8:00 – 8:20 15:00 – 16:00, Posters should be mounted between 13:00 – 13:50 August 13, Monday 9:20 – 10:20, Posters should be mounted between 8:00 – 8:20 August 14, Tuesday 9:20 – 10:20, Posters should be mounted between 8:00 – 8:20 15:00 – 16:00, Posters should be mounted between 13:00 – 13:50 August 15, Wednesday 9:20 – 10:20, Posters should be mounted between 8:00 – 8:20 14:00 – 15:00, Posters should be mounted between 13:00 – 13:50

Each speaker should arrive in the session room 10 minutes before the beginning of the Poster Introduction Session.

Poster Sessions:

After their oral presentation, each author should then stay by their poster throughout the poster session to discuss their work with other attendees.

To chairpersons:

Please inform the session staff of your arrival prior to the start of the session. Only at the General Sessions:

Please see the details in the instructions for the chairpersons distributed separately.

To questioners/commentators:

Please clearly identify yourself before asking your question or making your comment.

TECHNICAL PROGRAM Memo

Floor Maps

China National Convention Center

The China National Convention Center (CNCC) is in the heart of the Beijing Olympic Green built for the 2008 Olympics, right next to the Bird’s Nest National Stadium and the Water Cube (National Aquatics Center) that are all part of a large park. CNCC now hosts many congresses, international meetings, exhibitions and other events with world-class services and unparalleled facilities. The front of the CNCC looks like traditional Chinese quoins, illustrating China’s rich history and culture and incorporating tradition with bridging to the future. CNCC has nearly 100 meeting rooms, 2 large ballrooms and a 23,000 sqm exhibition hall. CNCC is also close to the subway line 8 Olympic Green station with access from the underground exhibition halls. The 2008 Beijing Olympics was designed to be the "Green Olympics, High-tech Olympics and People's Olympics" with environmentally friendly technologies used throughout the venues. CNCC meets strict ecological standards with a central vacuum system, Beijing's first central refuse collection system, natural air- conditioning to reduce the air-conditioning load, and a uniquely designed roof to collect rainfall.

1st Floor (Registration, Opening ceremony, Plenary lectures, Lunch on August 12-14, Banquet on August 14)

(Lunch on August 11 in the Exhibition Hall 4A, 1st floor and Gallery Café & Gallery Foyer, 2nd floor) (Lunch on August 15 in the Gallery Café & Gallery Foyer, 2nd floor)

Floor Maps 3rd Floor (Keynotes, Posters, Meetings, Coffee Breaks, Exhibition Areas, Closing Ceremony, Panel Sessions)

4th Floor (Welcome Reception)

Schedule at a Glance

Plenary Lectures

August 11, Saturday Ballroom B & C, 1st Floor 9:20-10:20

Energy Transition in China: Challenges and Opportunities

Dr. Qiang Yao Head, Expert Group of Advanced Energy Technology Ministry of Science and Technology China Abstract

Energy plays a key role in the development of humanity and civilization. In the last 40 years China has adhered to the policy of reform and opening up and its social and economic development has grown rapidly with great progress in all fields. An important factor in this progress is energy security. However, due to the fact that China's major energy resource is coal, coal has supplied about 70% of the energy in China for a long time, which has brought about two serious challenges. First is the ecological environmental damage, especially serious atmospheric effects. The second is high carbon dioxide emissions. China has decided to transition to clean, efficient, safe low-carbon energy sources combined with prioritizing energy conservation. Thus, China is gradually increasing the renewable energy supply proportion, increasing the nuclear energy and natural gas proportions, implementing clean, efficient use of coal, and increasing research and development of advanced energy utilization technologies. In particular, China is focusing on the development of energy storage technologies, hydrogen energy technologies and smart grid technologies to achieve a smooth transition to a cleaner, more efficient energy supply system. This lecture will describe China's achievements in energy research and development since 2000 and the research and development layout towards 2030. New energy conservation methods and the development of renewable energy sources both require innovative research in heat transfer. We expect that this ancient and active area will make new contributions to the world’s energy transition.

August 11, Saturday Ballroom B & C, 1st Floor 10:40-11:30 Fourier Lecture

Historical Development in the Thought of Thermal Science ---- Heat and Entropy

Dr. Hideo Yoshida Kyoto University Kyoto, Japan Abstract

This paper is an English excerpt of the Japanese book “Historical Development in the Thought of Thermal Science—Heat and Entropy” by Yoshitaka Yamamoto (first edition, Gendai-Sugakusha, Kyoto, 1986; revised edition, Chikumashobo, Tokyo, 2009). The subtitle “250 Years after James Watt and 200 Years after Sadi Carnot” was added to this excerpt by the translator, because the separate condenser for the steam engine was invented (patented) by Watt in 1769 and the historical paper “Réflexions sur la Puissance Motrice du Feu (Reflections on the Motive Power of Fire)” was published by Carnot in 1824. In the Fourier Lecture at IHTC- 16, the translator presented one of the most important and interesting parts of Yamamotoʼs masterpiece, in which he thoroughly studied the development of thermal science in the seventeenth‒nineteenth centuries and shed light on its true nature. This excerpt comprises Chapters 18‒20, about one-tenth of the original book. In Chapter 18, Carnotʼs original problem setting of the motive power of heat is discussed in conjunction with Wattʼs pioneering work on the steam engine. In Chapters 19 and 20, the essence of Carnotʼs theory is described and its profound significance in physics is analyzed in detail. 15

Plenary Lectures

August 11, Saturday Ballroom B & C, 1st Floor - 11:30 12:20 Nukiyama Award Lecture

Thermodynamic Systems for Highly Efficient Uses of Low Grade Thermal Energy

Dr. Ruzhu Wang Institute of Refrigeration and Cryogenics Shanghai Jiao Tong University Shanghai, China Abstract

Low grade thermal heat (from ambient temperature to 200°C) is widely available from factories, ground sources, the ambient, and also solar energy. The rational and economic choice of thermal energy conversion systems (heat to power/cooling/heating) can be determined from thermodynamic studies. Innovative or improved thermodynamic cycles can improve the efficiency; however, the thermal design of thermodynamic systems is critical. This lecture reports how low grade thermal heat can be converted into high grade thermal energy, cooling and power. The thermodynamic system design and the heat transfer processes are shown for various sorption based systems: adsorption, absorption and desiccant. Typical examples are some novel thermodynamic designs like the mass recovery cycle for adsorption refrigeration, variable effect LiBr-water absorption refrigeration, highly inner heat recovery ammonia-water absorption refrigeration, and weakly coupled temperature & humidity control vapor compression systems. Meanwhile, various enhanced heat and mass transfer designs are also introduced, like a composite sorbent bed with expanded graphite, a desiccant coated heat exchanger, capillary assisted rising film evaporation, and heat pipes matched with sorption systems. These concepts are based on the extensive research of heat powered cycles in Shanghai Jiao Tong University in the last 25 years. The study shows that we need to consider both the supply side (heat source) and the demand side (electricity, heating, cooling, or storage) to optimize solutions for the efficient use of low grade thermal energy.

The Nukiyama Memorial Award was established by the Heat Transfer Society of Japan in 2012 to commemorate the land-mark contributions by Shiro Nukiyama as an outstanding heat transfer scientist. Prof. Nukiyama addressed the challenges of the boiling phenomena and published an epoch-making paper, well known as the Nukiyama curve (boiling curve). The Nukiyama Memorial Award shall be bestowed to a scientist, preferably under 50 years of age, every two years in the field of Thermal Science and Engineering.

Panel Sessions

Nanoscale Heat Transfer August 11, Saturday 16:00-18:00 Auditorium, 3rd floor

C. Y. Zhao G. Chen D. Poulikakos Z. M. Zhang S. Maruyama L. Shi

Moderator Prof. Changying Zhao School of Mechanical Engineering, Shanghai Jiao Tong University, China

Panelists Prof. Gang Chen Department of Mechanical Engineering, Massachusetts Institute of Technology, USA

Prof. Dimos Poulikakos Department of Mechanical and Process Engineering, ETH Zurich, Switzerland

Prof. Zhuomin Zhang George W. Woodruff School of Mechanical Engineering, Georgia Institute of Technology, USA

Prof. Shigeo Maruyama Department of Mechanical Engineering, The University of Tokyo, Japan

Prof. Li Shi Department of Mechanical Engineering, University of Texas at Austin, USA

Abstract

Nanoscale heat transfer is a new branch of heat transfer that explores unconventional heat transport phenomena in nanostructured materials and devices to produce exotic thermal transport properties. This field has been rapidly growing in the past few decades due to the discovery of novel nanomaterials and the development of nanofabrication methods. Nanoscale heat transfer now plays an important role in emerging energy systems and thermal management, including thermoelectric devices, thermophotovoltaic systems and advanced electronic cooling systems. The nanoscale heat transfer community has already produced many significant studies that have contributed much not only to our fundamental understanding of nanoscale science but also to cutting-edge nanotechnology applications. In the past few years, we have witnessed more and more people becoming interested in this field, including many young scholars. We organized this panel discussion to further promote understanding of this field in the entire heat transfer community and to address important issues critical to the future development of nanoscale heat transfer applications. This panel includes leading scientists in the nanoscale heat transfer field. In the first part, each invited scientist will give a very brief talk on a specific topic based on his research area which will present the current status of our research, existing problems and challenges and future outlooks. The second part will be a discussion among the experts on several current topics. The third part is then an open discussion between the invited scientists and the audience. We hope that all participants in this discipline can be involved in this panel and forward-looking discussions are highly encouraged. Our hope is that this panel will inspire new ideas, shape ways of thinking and lead to revolutionary innovations for all researchers in this field.

Panel Sessions

Energy Storage August 12, Sunday 16:00-18:00 Auditorium, 3rd floor

C. Y. Zhao T. S. Zhao Y. L. Ding C. Y. Wang C. Markides H. Wang Moderator Prof. Changying Zhao School of Mechanical Engineering, Shanghai Jiao Tong University, China

Panelists Prof. Tianshou Zhao HKUST Energy Institute, The Hong Kong University of Science and Technology, Hong Kong, China

Prof. Yulong Ding Birmingham Centre for Energy Storage, University of Birmingham, UK

Prof. Chaoyang Wang Department of Mechanical and Nuclear Engineering and Electrochemical Engine Center (ECEC) Pennsylvania State University, USA

Dr. Christos Markides Department of Chemical Engineering, Imperial College London, UK

Dr. Hong Wang Pioneer Energy Co., LTD, China

Abstract

Energy storage refers to technologies that utilize the energy stored in an energy system at a later period through various energy conversion processes. Energy storage systems are normally used to reduce the mismatch between the energy supply and demand. The value of the energy storage increases in scenarios where the energy systems utilize renewable energy sources which alleviates carbon emissions to the atmosphere or recover waste heat from the industrial sector which improves the energy efficiency of the integrated system. In terms of the concrete processes involved in the charging/discharging periods, the energy storage technologies can be mainly classified as thermal energy storage (TES), thermochemical energy storage (TCES), and battery energy storage (BES). These advanced technologies should be further developed in consideration of their merits including their relatively low capital costs, high round-trip efficiency, their ability to improve the energy supply reliability, and their energy density. There are still challenges to commercializing these energy storage technologies. For instance, how to scale up well-developed TES systems to fulfill the thermal demand in various communities? How to accurately control the chemical reactions at the right time for the fluctuating heat loads in various applications? What are the key issues for creating a rechargeable battery with a long lifetime that can efficiently convert chemical energy into power for driving an electric vehicle? The panelists, all worldwide leading scientists in the field, will discuss current research on resolving these scientific and technological challenges associated with these energy storage technologies. These forward- looking discussions will cover the synthetization of composite materials, the optimization of thermal/chemical/electrical processes, the integration of innovative energy storage systems as well as the needed governmental energy policies, to secure mature large-scale energy storage technologies that can be widely applied worldwide.

Panel Sessions

Entransy: A New Concept in Heat Transfer August 14, Tuesday 16:00-18:00 Auditorium, 3rd floor

K. Sefiane L. A. Luo Z. Y. Guo A. Steinchen H. Herwig M. Kostic Moderators Prof. Khellil Sefiane School of Engineering University of Edinburgh, U.K.

Prof. Lingai Luo French National Center for Scientific Research CNRS, Nantes, France

Panelists Prof. Zengyuan Guo Department of Engineering Mechanics Tsinghua University, China

Prof. Annie Steinchen Laboratory of Non-equilibrium Thermodynamics University of Marseille, France

Prof. Heinz Herwig Department of Mechanical Engineering Hamburg University of Technology, Germany

Prof. Milivoje Kostic Department of Mechanical Engineering North Illinois University, USA

Abstract

The concept of ‘entransy’, which is a product of heat/thermal energy and temperature, was originally introduced in heat transfer without heat-work conversion in 2003 by Prof. Z. Y. Guo and his group through an analogy between heat and electrical conduction, with entransy corresponding to the electrical potential energy in a capacitor. They proposed that the total ‘entransy’ always decreases during any heat transfer process. The minimum ‘entransy’ dissipation based thermal resistance principle states that a lower thermal resistance leads to better heat transfer. Since its formulation, the concept of ‘entransy’ has been used to analyze and optimize various heat transfer processes by many researchers and groups. There are continues to be ongoing efforts by many groups around the world to refine and test the concept of ‘entransy’ and its usefulness in heat transfer optimisation. Following its introduction, ‘entransy’ as a concept has been the subject of much controversy between its supporters and detractors. While its supporters believe that the ‘entransy’ concept has very broad applicability and is an effective tool for heat transfer optimisation, the concept has been criticized by many researchers as being “inconsistent and not needed” and “redundant to Entropy”. These two opposing views and approaches to this new concept have been widely debated in the open literature in recent years. The panel includes leading international scientists with expertise in non-equilibrium thermodynamics, heat transfer and transport phenomena. The discussion aims to present a fair and balanced debate of opinions from both sides. This panel gives the opportunity to hear the opinions of supporters and antagonists, as well as neutral opinions, of ‘entransy’ and its validity as a new concept in thermodynamics and heat transfer. 19

Panel Sessions

Multi-scale Innovative Cooling Technologies for Data Centers August 15, Wednesday 14:00-16:00 Auditorium, 3rd floor

Z. Li A. Bar-Cohen S. J. Kim Y. Joshi J. Wei Moderators Prof. Zhen Li Department of Engineering Mechanics Tsinghua University, China

Prof. Avram Bar-Cohen Department of Mechanical Engineering University of Maryland, USA

Panelists Prof. Sung Jin Kim Department of Mechanical Engineering KAIST, Korea

Prof. Yogendra Joshi School of Mechanical Engineering Georgia Institute of Technology, USA

Dr. Jie Wei Advanced Technologies Fujitsu Limited, Japan

Abstract

Data centers are large rooms full of IT equipments which produce huge amounts of heat. In the past few decades, data centers have been rapidly increasing in size and power density. The energy consumption just for thermal management has then increased dramatically with the average annual cooling power consumption reaching as high as 30% of the total energy cost. Cooling technologies for data centers can be classified based on their size as room level, rack level and server level systems. These cooling systems can cool the entire room, just one rack and just one server as the smallest cooling object with smaller cooling objects leading to more efficient systems. Cooling systems can also be classified based on the cooling medium as air cooled or liquid cooled systems. Liquid cooling is generally more efficient than air cooling because of the higher heat capacity of the liquid. This panel will focus on developments for cooling data centers and the various innovative cooling technologies for the various cooling scales in data centers. The panel discussion topics are: Strategies and Technologies in Cooling of Data Center Computer Equipment and Systems Embedded Microfluidic Cooling - Path to High Computational Efficiency Heat Pipe Technology for Data Center Cooling Emerging Trends and Challenges in Data Center Thermal Management Multiscale Cooling Systems for Data Centers

Keynote Lectures

IHTC-16 will feature 28 Keynote lectures covering a wide range of heat transfer research. The Keynote speakers were nominated and invited through the International Scientific Committee (ISC) members for each region.

August 11, Saturday 14:00-14:40

Chair: Prof. Tassos Karayiannis Keynote KN01: Room 309A Advances and Challenges in Droplets Wetting and Evaporation Prof. Khellil Sefiane School of Engineering, The University of Edinburgh Edinburgh United Kingdom

The wetting and evaporation of sessile droplets resting on solid substrates have been of interest to a wide range of disciplines. Ranging from engineering, biomedical to atmospheric science. The topic of droplets evaporation exhibits a fundamental importance to these areas. In this paper, we review some of the recent advances on this subject, including the influence of substrate thermal properties and flexibility, thermal instabilities driven by evaporation, patterns from dried droplets, progress in modelling these phenomena and predicting lifetimes. The challenges facing researchers in the field are highlighted aiming at providing some outlooks on this topic. The thermal properties of underlying substrate can indeed significantly affect the evaporation kinetics and hence lifetimes of volatile droplets. Equally thermal instabilities driven by evaporation is an interesting observation which still represents many unraveled aspects. The role of these latter in evaporation and their effect on phase change remains to be fully elucidated. Attempts to predict life times of droplets has been restricted to mainly mathematical models. Evaporation and drying of complex fluid droplets is another topic which presents many challenges to researchers. Understanding and predicting the patterns formed from dried complex fluid droplets remain of practical interest and challenging. The area of superhydrophic substrates and how evaporation of droplets proceeds on these new materials requires more experimental investigations. Many challenges on the modelling front are also highlighted. This includes the multiscale nature of the three-phase contact line region as well as non-symmetrical geometries and the three dimensional nature of droplets.

Chair: Prof. Peixue Jiang Keynote KN02: Room 309B Self-Assembled Stable Clusters of Droplets over the Locally Heated Water Surface: Milestones of the Laboratory Study Prof. Leonid A. Dombrovsky The University of Tyumen Tyumen, 625003 Russia

The self-assembled clusters of regularly positioned small droplets are formed over the locally heated water surface. This phenomenon was observed for the first time by Alexander Fedorets in 2004. The behavior of levitating droplet clusters in the upcoming gas flow has been studied in detail. The life cycle of clusters from the baby-droplet to the coalescence of heavy droplets with substrate layer of water is quite clear now. In 2015, the first milestone of the work has been reached and we transferred from passive observations to managing the process. The main objective was to stabilize the clusters and avoid their coalescence with water substrate. This was achieved by relatively weak infrared heating of droplets. An alternative way to decrease significantly the rate of droplet growth with the use of a periodic variation of the heating laser power was also analyzed. The optimum period of the power variation was experimentally determined. The problem of generation of droplet clusters in the desired temperature range for the upcoming studies of biochemical processes was solved with the use of a strong cooling of both water layer and ambient air. Life goes on, and we are now at the second milestone. The new stage of the work on entropy analysis of ordinary and small clusters has been recently started in a cooperation with our colleagues from Israel and USA. The work on formation of droplet clusters with the controlled amount of admixtures in water is also in progress now. An additional laboratory equipment with Raman spectroscopy of single droplets will enable us to leave behind the next milestone and begin the study of biochemical processes in the droplets.

Keynote Lectures

Chair: Prof. Qiuwang Wang Keynote KN03: Room 310 Multiscale Simulation for Fluid Flow and Heat Transfer Problems: A Brief Review and Further Research Needs Prof. Wenquan Tao Xi’an Jiaotong University Xi’an China

This keynote presentation includes following four parts. In Part 1, the question of “What is the multiscale simulation (MSS)?” is answered. System or process which covers several geometric or time scales is called multiscale problem. From numerical simulation viewpoint, the multiscale problems in thermo-fluid science and engineering may be divided into two categories: multiscale process and multiscale system. The transport phenomena in a PEMFC and cooling of a data center are, respectively, the examples of the multiscale process and multiscale system. In Part 2, how to do the MSS is presented. For the multiscale process there are two numerical approaches. One is solving regionally and coupled at the interface. Numerical methods of different scales are adopted in different regions of the same problem, and at the interface of two regions, the solutions from the two regions are coupled to ensure the continuity in dependent variables and their first order derivative. The other approach is the upscale method, in which the mesoscale or microscale method is used to predict some parameters and they are adopted in the macroscale simulation. In the 3rd part, “Why should we adopt the MSS?” is answered. There are two reasons. One reason is that computational resource can be greatly saved by the MSS. The other reason is that with the MSS one can find or reveal some new results which can not be obtained by single scale method. Examples will be provided. Finally, the further research needs in the MSS are suggested.

Chair: Prof. Charl G. du Toit Keynote KN04: Room 311A Heat Transfer Enhancement, Thermodynamic and Numerical Optimisation of Complex Solar Energy Systems - Parabolic Trough Collector Systems Prof. Tunde Bello-Ochende University of Cape Town Rondebosch South Africa

In this paper, heat transfer enhancement, thermodynamic, and numerical optimization using both the entropy generation minimization method and multi-objective optimization for parabolic trough solar collector systems is presented. Due to the non-uniform heat flux distribution across the receiver tube’s circumference, accurate determination of the heat flux profile is crucial for the prediction of the thermal and thermodynamic performance. Firstly, the Monte Carlo ray tracing techniques are used to obtain the realistic optical performance of the system. Then, the thermal and thermodynamic performances are investigated by coupling the obtained realistic heat flux profiles with a finite volume based computational fluid dynamics tool. The parabolic trough systems considered have concentration ratios from 57-143, rim angles between 40° and 120°, inlet temperatures from 400-650 K and flow rates from 1.22 m3 h-1 to 134.73 m3 h-1. Following the thermal and thermodynamic performance studies, the potential for improved performance using centrally placed perforated plate inserts and twisted tape inserts were investigated. For some range of Reynolds numbers, the studies showed significant improvements in both the thermal and thermodynamic performance with heat transfer enhancement. Both the thermal and thermodynamic performance were improved appreciably. The heat transfer performance increased by about 134% and 169% whereas the entropy generation rate reduced by 53% and 68% for the respective heat transfer enhancement techniques. Moreover, the use of the entropy generation minimization method and multi-objective optimisation gave the optimal parameters for each of the enhancement techniques considered.

Keynote Lectures

August 12, Sunday 8:30-9:10 Chair: Prof. Leonid A. Dombrovsky Keynote KN05: Room 309A Aerodynamics and Heat Transfer in Turbulent Separated Flows Dr. Viktor I. Terekhov Kutateladze Institute of Thermophysics SB RAS Novosibirsk Russia

Separation flows are widely used as one of the main methods for enhancing the transfer processes in heat transfer devices of modern power engineering, chemical technology, aviation and space technology. A huge number of works dealt with the study of the flow structure and heat and mass transfer at flow separation behind various barriers. At the same time, the use of separation flows, as a rule, are associated with an increase in hydraulic losses and formation of poorly purged stagnation zones with reduced heat transfer. Therefore, it is important to study the methods of controlling flow separation by introducing additional low- intensity perturbations directly into the recirculation flow zone. There are few works in this direction and they present the primary results of experimental and numerical studies of possibilities of the action of small-scale perturbations on the nature of deformation of a global separated flow. This report is aimed at the detailed analysis of the current state of this problem, including the studies carried out by the author. The effect of high turbulence of an external flow or specially generated periodic disturbances of different frequency and intensity on separation is also directly relevant to this problem. The researches on the effect of vortex generators of various sizes and shapes on heat transfer enhancement, especially in the channels of compact heat exchangers, are intensively developing now. The investigation results in this direction are undoubtedly interesting for understanding the complex processes of interaction between different-scale turbulent separated structures.

Chair: Prof. Sung Jin Kim Keynote KN06: Room 309B Attempts to Realize Long-Lasting Drop-Wise Condensation of Steam on Metallic Surfaces Prof. Ji Hwan Jeong Pusan National University Busan Korea

Numerous thermal-energy systems incorporate condensers to reject heat. The condensation can be classified into three modes depending on the condensate flow behavior: film condensation (FWC), dropwise condensation (DWC), and conventional condensation. The condensation heat transfer performance of the DWC is superior to the other modes because the condensate does not wet the surface so that thermal resistance is minimized. That is why the DWC has been of interest to heat transfer researchers. Previous experiments demonstrated that a hydrophobic textured surface may be changed into a hydrophilic surface when water vapor condenses on the surface. The condensate nucleated to the bottom and the pillar side walls appeared to be sticky and would not climb up the pillar to form a spherical droplet. In order to avoid this pinning effect, ions implantation for flat metallic substrates was examined. Argon, Nitrogen, and Chromium ions are accelerated and irradiated onto metallic substrates. This method allows surface modification without fabrication of micro/nano-size texture and polymer coatings. Physical and chemical interaction is expected to occur in thin layer near the substrate surface when the high energy ions are irradiated. The effects of ion-irradiation on aluminum and copper substrates were experimentally observed in terms of a change in contact angle, surface morphology, and steam condensation heat transfer coefficient. The results show that the DWC occured on a Cr-ion implanted aluminum and the DWC lasts for more than six months. Condensation heat transfer coefficient appeared to be two-fold larger than that predicted by Nusselt theory.

Keynote Lectures

Chair: Prof. Denis Maillet Keynote KN07: Room 310 Thermal Properties Measurements of Phase-Change Alloys Within the Configuration of Nanostructures and Devices Prof. Jean-Luc Battaglia I2M laboratory, UMR CNRS 5225 University of Bordeaux France

Thermal properties of phase change chalcogenide alloys involved in the phase change memory devices are measured using experimental techniques suitable with the observation scale. The modulated photothermal radiometry, the time resolved pump-probe thermoreflectance and the scanning thermal microscopy are used in a general inverse approach. This note aims to describe the work we have done during the ten last years in terms of experimental techniques and comparison with theoretical models.

Chair: Prof. Michael Jensen Keynote KN08: Room 311A Frost and Ice Fog Formation and Heat Transfer in Supersaturated Air in Industrial Freezers Prof. S. A. Sherif Department of Mechanical and Aerospace Engineering University of Florida Gainesville, Florida USA

Frost build-up contributes to coil heat transfer performance degradation due to the insulating effect of the frost layer and the resulting coil blockage. While the frosting problem has been extensively researched, very few studies have investigated the problem in industrial freezers when the freezer is operating under supersaturated conditions. Field observations of the operation of these types of freezers indicate that this is a common mode of operation and that the transition to supersaturated operation can easily occur if proper care is not exercised. Field observations also reveal that operating freezers under supersaturated conditions can significantly accelerate the occurrence of the negative aspects of frost formation in so far as coil heat transfer performance is concerned. The purpose of this paper is to provide a summary of many years of an experimental research program whose main objective was to study coil frosting and defrosting issues at low temperatures and high humidity conditions in industrial freezers. The idea was to develop tools and protocols that help refrigeration-system designers and freezer operators improve the performance of freezer coils that are particularly prone to the frosting problem and offer the research community accurate calculation tools to predict both frost formation and heat transfer rates in supersaturated freezer air. The paper will give an overview of the research conducted and the conclusions reached.

Keynote Lectures

August 12, Sunday 14:00-14:40 Chair: Dr. Francesco Coletti Keynote KN09: Room 309A Flow Boiling in Micro-Passages: Developments in Fundamental Aspects and Applications Prof. Tassos G. Karayiannis Department of Mechanical and Aerospace Engineering Brunel University London Uxbridge, UP8 3PH United Kingdom

Flow boiling in mini to micro passages located at the heat source, and as part of a thermal management system, has been identified as a possible way to remove the increasing high heat fluxes generated by high power electronic devices due to their capability of high heat transfer rates with small surface temperature variations. However, some still unresolved fundamental issues hinder the possible full adoption of this technology. These relate to the prevailing flow patterns, heat transfer rates and pressure drop in such geometries, and their dependence on key parameters. The possible major applications of flow boiling in microchannels are first mentioned in this paper, highlighting the requirements and the challenges of the thermal management of each application. The paper then presents new experimental research by the present authors as well as research reported in the literature on flow boiling in single tubes and rectangular multi microchannels to help elucidate the following fundamental issues: the definition of a microchannel, prevailing flow patterns, heat transfer mechanisms, flow instability and reversal and their effects on heat transfer rates, effect of channel material and surface characteristics (including latest research in coatings), effect of different fluid properties, and its relation to channel material, effect of channel length and aspect ratio. An appreciation of the above can help explain the interpretation of the prevailing fluid flow and heat transfer phenomena and the data scatter and discrepancies observed in past studies. In addition, models and correlations predicting flow patterns and heat transfer rates are presented.

Chair: Prof. S. Srinivasa Murthy Keynote KN10: Room 309B Microscale Thermal Transport: Some Biomedical Perspectives and Beyond Prof. Suman Chakraborty Department of Mechanical Engineering Indian Institute of Technology Kharagpur Kharagpur 721302 India

The application areas of microscale thermal transport have dramatically expanded in the past few years, having significant implications in understanding thermophysical phenomena occurring in biological systems and bio-medical devices. In particular, understanding thermal transport in biological tissue has numerous applications in disease diagnosis and therapy, which often demands quantification of the temporal and spatial variations in the tissue temperature. This article aims to introduce researchers to some of the topics on microscale thermal and fluid transport in the broad purview of biomedical applications, as persuaded in the author’s research group. At first, laser assisted photo–thermal therapy of biological tissues is discussed, wherein the effect of laser type and laser input configurations on the optimization of therapeutic outcome is outlined. To evaluate the variation in tissue temperature induced by melting of fat and vaporization of water, an enthalpy based bioheat model is illustrated. Further, the potential of plasmonic nanomaterials in improving the tumor specificity during cancer ablation is discussed, along with an experimentally validated predictive model. Subsequently, the working principle and model of magnetic fluid hyperthermia (MFH) is illustrated, wherein the physics of magnetic nanoparticle heating and magnetophoretic transport of nanoparticles through tissues is explained. Next, a new radiometric device for imaging dynamic changes in skin blood perfusion is introduced, wherein the measurement of blood perfusion and its clinical relevance is discussed. Finally, the process of DNA hybridization in microfluidic devices is illustrated, that are widely applicable for determination of DNA sequences. In this regard, a physics based theoretical model of DNA hybridization is discussed considering microscale heat, fluid and ion transport in a microchannel under electrical field and the pressure gradient, bearing far reaching consequences in point of care diagnostic applications employing lab-on-chip micro devices. 25

Keynote Lectures

Chair: Prof. Ruzhu Wang Keynote KN11: Room 310 Role of Flow and Mass Transfer in Photobioreactor : From Bacteria Locomotion to Hydrogen Production Prof. Xun Zhu Institute of Engineering Thermophysics, Chongqing University Chongqing China

Photo fermentation by photosynthetic bacteria (PSB) in biofilm photobioreactors (PBRs) is a green route to produce hydrogen energy; however, it faces many thermodynamic challenges such as flow, heat, mass and light transfer in the growth and metabolism of microbes, significantly limiting the PBR performance. In PBRs, photosynthetic bacteria in suspension are absorbed and attached onto surface of support materials to form stable porous biofilms. As liquor flow over the biofilm surface, the organic substrates transport from the bulk liquid into the biofilm, and subsequently are degraded by PSB to generate hydrogen and CO2 as well as metabolic heat. The metabolic products inversely diffuse to the bulk flow. Such processes are associated with combined biochemical reactions and multi-scale transport steps. Facing the interdisciplinary challenges, we have focused our attention on transport mechanisms and characteristics in the PBRs, including the movement and adsorption behaviors of bacteria, the mechanisms of PSB biofilm formation on the surface of solid materials, and the characteristics of fluid flow and mass transfer coupling with biochemical reactions. In addition, we proposed novel approaches for PBR performance enhancement based on the fundamental research. The main findings are listed below: (1) The locomotion behaviors of suspended bacteria on support material surface and the chemotaxis under a non-uniform chemical concentration were explored by a theoretical model that takes account of the interaction between flagellum and liquid, Brownian motion and the tumble motion. The effects of flow field, substrate concentration and support material structure were discussed comprehensively. Based on the theoretical study, a new unsaturated operation mode and a novel biomaterial containing SiO2-chitosan-medium coating glass slide were proposed to improve the adhesive capacity of PSB by 8.1 times. (2) The mechanisms of the growth and biofilm formation of PSB on structured surfaces were investigated by systematic experiments and a theoretical model with diffusion-reaction equations and cellular automata rules. The evolutions of biofilm morphology and characteristic parameters were obtained at various operating conditions. The results indicated that substrate limitation is the most critical factor affecting the biofilm activity. In addition, the optical fiber and light guide plate with surface modification were firstly employed to enhance the light transport and biofilm formation, resulting in a 4.4 times increase in PSB biomass accumulation. (3) The transport characteristics and hydrogen production performance in various PBRs were studied by visual and numerical experiments to discover the desirable PBR structure and operating conditions for performance enhancement. A novel optical fiber bundle biofilm PBR and a light guide plate PBR with multi-layer decoration by photothermal biomaterial were proposed to improve hydrogen production by 2.6 and 5.1 times, respectively.

Chair: Prof. Dominic Groulx Keynote KN12: Room 311A Fusing Cooling and Power Delivery in 3D-Integrated Electronics with Redox Flow Batteries Prof. Dimos Poulikakos Laboratory of Thermodynamics in Emerging Technologies Institute of Energy Technology, Mechanical and Process, Engineering Department ETH Zurich Switzerland

With rising scientific evidence that human activity plays a major role in global warming, the demand for replacement of fossil-fuel-based energy sources in favor of renewable sources has greatly increased. Inseparably coupled to this, due to the intermittent nature of most renewable energy sources, is the development of efficient energy storage technologies. With reference to electric power storage, one attractive option is the redox flow battery (RFB), mainly due to the decoupling of the amount of energy stored and the rated power. The miniaturization of redox flow cells (RFCs) enables novel energy conversion concepts combining power delivery and heat regulation. In this lecture we discuss recent developments demonstrating for the first time the realization of integration of high- power-density RFCs into electronic devices, providing electric power through conversion of chemical energy to electricity, and heat management (cooling) simultaneously. To this end, optimization of the enabling microfluidic networks in miniaturized flow cells is key. Employing 3D-printing for the inexpensive and effective fabrication of these networks, it was shown recently that RFCs with maximum power densities of up to 1.4 W/cm2 at room temperature and net power densities of up to 0.99 W/cm2 after accounting for pumping power losses (highest reported to date to our knowledge) are possible. 26

Keynote Lectures

August 13, Monday 8:30-9:10 Chair: Prof. Yukitaka Kato Keynote KN13: Room 309A Advanced X-ray Visualization of Fuel Cell and Lithium Ion Battery Prof. Shuichiro Hirai Tokyo Institute of Technology Ohokayama 2-11-2, Meguro-ku, Tokyo 152-8551 Japan

Proton exchange membrane fuel cells (PEFC) and lithium ion secondary battery (LIB) are regarded as a promising alternative clean power sources for automobile applications, fuel cell vehicle (FCV) and electric vehicle (EV), respectively. PEFC and LIB needs higher performance, i.e., high current density to achieve cost reduction and downsizing for PEFC and higher specific capacity and rapid charge/discharge for LIB. In order to improve the performance, fundamental mechanism of the mass transport phenomena in PEFC and LIB under in-situ conditions need to be elucidated. We have developed a soft X-ray microscopy system, which is an advanced imaging system that could visualize water and Li ion in PEFC and LIB, respectively. It could be used in ordinary laboratories without synchrotron and neutron sources. Current density corresponds to liquid water production in fuel cell. It is noted that although H2O is produced at the catalyst layer, liquid water firstly appears near the cathode rib. Liquid water at the interface of MPL and catalyst layer is also observed. The concentration distributions of lithium ions inside the hard carbon negative electrode were able to be investigated. Density reduction caused by lithium intercalation was observed in the graphite negative electrode. These results suggest that transport phenomena in PEFC and LIB could be evaluated quantitatively by the advanced soft X-ray microscopy technique.

Chair: Prof. Ulrich Gross Keynote KN14: Room 309B How to Teach Heat Transfer More Systematically: Involving Entropy and Some Newly Defined Quantities Prof. Heinz Herwig Institute of Thermodynamics, Hamburg University of Technology Hamburg, D-21073 Germany

In order to teach heat transfer systematically and with a clear physical background it is recommended not to ignore entropy as a fundamental quantity. Heat transfer processes are characterized by introducing the so- called entropic potential of the transferred energy and an assessment number is based on this new quantity. Prior to these considerations the concept of a thermally active layer is introduced by which various heat transfer situations can be uniquely qualified with respect to their general performance. And it is suggested to categorize heat transfer situations quite generally as either conduction based or radiation based heat transfer processes. Three examples illustrate all these different aspects.

Keynote Lectures

Chair: Prof. Jacques Padet Keynote KN15: Room 310 Property & Field Darboux Transformations (Profidt Method): A Versatile Toolbox for Generating Exact Analytical Solutions to Diffusion-Like and Wave-Like Equations in Graded Media Dr. J.-C. Krapez ONERA, The French Aerospace Lab, DOTA, F-13661 Salon de Provence France

Transfer processes, whether by diffusion or wave propagation, often take place in media that show continuous variations in their properties. The modeling of these processes should then take into account the local variations of the influential properties, in particular (but not only) those defining the diffusion coefficient, respectively the wave celerity. Due to the lack of a general analytic solution for arbitrary distributions of these parameters, even in the one-dimensional case, it is often expedient to replace the medium with a piecewise- constant approximate model. Several methodologies have been developed to provide solutions of higher order, namely with a higher fidelity to the actual property profiles, as it is outlined in a review focused on the heat diffusion problem. However, their weaknesses are limited applicability, limited scalability or numerical burden due to the use of special mathematical functions. A method with quite remarkable properties has recently been described to solve dynamic heat-transfer problems in 1D graded media, namely media with heterogeneous heat capacity and conductivity. Its particularity is not to propose a solution to a particular problem, but a way to build cascades of solutions for problems of increasing complexity. Among these solutions is a class of profiles flexible enough to play the role of smart bricks in so-called “solvable splines”. Arbitrary complex profiles can then be synthetized by joining those bricks and applying the classical quadrupole methodology (with however ad-hoc quadrupole matrices). The procedure was then extended to electromagnetic waves for media with graded permittivity and permeability. This paper intends to review the major aspects of this general analytical approach, in particular the Liouville transformation, which merges the influential properties into a single leading property, and then the Darboux transformation, which expands the number of solutions and their sophistication. Examples related to photothermal modeling will be presented and some reference will be given to other applications such as advection-diffusion or light-wave propagation in graded-index dielectrics.

Chair: Prof. Helcio R. B. Orlande Keynote KN16: Room 311A Modeling of Heat and Mass Transfer in Human Thermal and Respiratory Systems and Its Application to Engineering and Medical Sciences Prof. Jurandir Itizo Yanagihara University of São Paulo São Paulo Brazil

The paper summarizes the development of physiology-based models of the human thermal and respiratory systems. There is an increasing interest in the development of such models as they allow the determination of temperature, blood flow rate, contents of oxygen, carbon dioxide and carbon monoxide in different tissues of the human body, depending on the ambient conditions and the physical activity levels. Different strategies for the geometrical modeling of the human body are presented and the simulation of the heat transfer processes in the segments representing different parts of the body, such as head, neck, trunk, arms, forearms, hands, thighs, legs and feet, will be discussed. The modeling of the mass transport and storage of gases such as O2, CO2 and CO in the blood and tissues are also discussed. These models are very useful to predict the behavior of the human body under different hazardous environmental conditions such as thermal stress, decompression accident in airplanes, compartment fire or urban atmospheric pollution. Finally, the use of these models for the exergy analysis of human body performance under physical activities and for the assessment of the thermal comfort conditions is also considered.

Keynote Lectures

August 14, Tuesday 8:30-9:10 Chair: Prof. Yasuyuki Takata Keynote KN17: Room 309A Bubbles and Droplets at the Initial Stage of Nucleation: Recent Advances in Experimental Techniques Prof. Koji Takahashi Department of Aeronautics and Astronautics, Kyushu University International Institute for Carbon-Neutral Energy Research, Kyushu University Motooka 744, Nishi-Ku, Fukuoka 819-0395, Japan

Recent microfabrication techniques have exhibited tremendous opportunities to improve the phase- change heat transfer by tailoring the surface structure and wettability, which indicates that microscopic understanding of liquid-gas phase change are vital for further improvement of heat transfer devices. Boiling and condensation have been studied by numerous researchers for more than a half century and are known to be a successive process of nucleation, growth and departure of bubbles and droplets. Fluid dynamical modeling has been extensively developed for their growth and departure but the nucleation is still incompletely understood because of the lack of imaging techniques of two-phase phenomena smaller than the resolution limit of optical microscopy. This paper introduces new trends to investigate nanoscale bubbles and droplets experimentally, using AFM, SEM and TEM. AFM is of the highest spatial resolution and its feedback control of tip tapping enables us to obtain the accurate shape of nanobubbles at the solid-liquid interface. A new mode of AFM gives force data of approaching and retracting tips, which unveils the strong interaction between nanobubble and AFM tip. Environmental SEM is a useful tool for observing water condensation with droplets of micrometer-order diameter but there are several concerns including the contamination due to the electron beam irradiation. TEM requires ultra-high vacuum environment but utilization of nano liquid cell enables us to image the liquid-gas interface in nanoscale. By using these techniques, some key issues for generation and stability of interfacial nanobubbles and condensed nanodroplets have been understood, which should result in novel techniques to control the initial stage of phase change heat transfer.

Chair: Prof. Changying Zhao Keynote KN18: Room 309B Enhancing Heat Transfer in Phase Change Materials Prof. Gennady Ziskind Ben-Gurion University of the Negev Beer-Sheva 84105 Israel

Phase change materials (PCM) are attracting a significant amount of attention these days, as they might be used in such diverse applications as thermal energy storage, thermal management electronics and energy efficient buildings. The number of research works in the field of PCM is growing very fast, and, as in many other fields of heat transfer, things are sometimes re-discovered or re-invented. This lecture’s first aim is to give a historical perspective of heat transfer research in this rich and important field. It is shown that, in fact, the true interest in it arose first about half a century ago, in connection with the space exploration. In fact, many prominent heat transfer researchers contributed to this field, and it is demonstrated in the lecture how their insightful work remains more than relevant today. The second aim of this lecture is to present state-of-the-art of heat transfer enhancement in PCM, because these materials are notorious for their low thermal conductivity. Various enhancement methods are outlined and their merits are evaluated. Among those methods, we discuss extended surfaces, conductive additions, porous matrices, nanoparticles and PCM-based slurries. The presentation is based, to a very large extent, on the author’s personal knowledge and experience in PCM systems, partially reflected in a number of very recent publications of our laboratory. Although “the big picture” is important, our attention is dedicated also to numerous essential details and subtleties, which can affect the processes significantly but are frequently overlooked.

Keynote Lectures

Chair: Prof. Dimos Poulikakos Keynote KN19: Room 310 CO2 Absorption/Regeneration Performance Enhancement by Nanoabsorbents Prof. Yong Tae Kang School of Mechanical Engineering, Korea University Seoul, 136-701 Korea

Experiments on CO2 absorption were carried out in Taylor-Couette type absorber at low rotational speeds. The base absorbent used is methanol. Al2O3 and SiO2 nanoparticles are combined with methanol to produce nanoabsorbents with the purpose of enhancing the absorption of the CO2 gas. The system is equipped with a mass flow controller at the inlet and a mass flow meter at the outlet to obtain the absorption rate. The Taylor- Couette absorber performance is compared to a modified version in which trays were added to enhance the absorption rate by increasing the residence time of the gas phase. Experiments in co-current and counter- current flow modes are carried out. It is found that the CO2 absorption rate enhances up to 6% and 8%, respectively, by using SiO2 and Al2O3 nanoparticles. In addition, the two-phase flow pattern of the CO2 gas bubbles and the liquid methanol in the Taylor-Couette absorber and the modified version is analysed with the high-speed camera pictures. Nanoemulsion absorbent is also developed for CO2 absorption performance enhancement. Nanoemulsion absorbent with nanoscale oil droplets has higher dispersion stability than nanofluids. Dispersion stability for both nanofluid and nanoemulsion absorbents is evaluated and compared.

Chair: Prof. Pedro Coelho Keynote KN20: Room 311A Heat Transfer in PCB Manufacturing Prof. José Carlos Teixeira Department of Mechanical Engineering, University of Minho Braga Portugal

The optimal placement of electronic components on a Printed Circuit Board (PCB) requires satisfying multiple conflicting design objectives as most of the components have different power dissipation, operating temperature, types of material and dimension. Also, the margin of solder joints and the pitch dimensions in an electronic component is continuously scaled down as a future trend. These challenges lead to more complex thermal responses, mostly during the soldering process. Reflow soldering is one of the most widespread soldering technologies used in the electronic industry. It is a method of attaching surface components to a PCB with solder paste. The goal of the reflow process is to melt the solder and heat the adjoining surfaces, without overheating and damaging the electrical components. Improvements in the heat transfer performance require the identification of heat transfer mechanisms within the structure, the design parameters and the models to predict heat transfer performance at the boards. The three common principles of conduction, convection and radiation all occur in PCB manufacturing processes. The latter two apply directly to surface layers of the board as well as the surface mounted components. The limitations in the heat dissipation depend on the amount of mounted components, their size and their distribution in the PCB. Thus, large heat sources should not be placed in close proximity to sensitive components as they may raise the operating temperature to a critical level; and, when placing several components in a row, natural convection flow can create turbulent wakes and increases heat transfer. The conduction mechanism is mostly affected by the materials, the thickness and the number of layers of the PCB, as well as the characteristics of the surface mounted components. Computational Fluid Dynamics (CFD) techniques can be used to accurately predict the actual behaviour of the PCB and its components when it moves along the reflow oven. The modelling can extend through all steps of the manufacturing process, from the paste deposition to the meniscus formation during the reflow phase. Models are multi component and multiphase to capture the interface solid-liquid-gas. It is possible to analyse the process variables, eliminating potential thermal aspects that could be responsible to damage the PCB and their components. These tools allow using the simulation process measurements to create a model that can predict the temperature at any point within the domain, analyse the heat dissipation in the PCB and their components over a specific time cycle. 30

Keynote Lectures

August 14, Tuesday 14:00-14:40 Chair: Prof. Steven Armfield Keynote KN21: Room 309A Transition of Thermal Boundary Layers and Its Implication for Heat Transfer Prof. Chengwang Lei Centre for Wind, Waves and Water, School of Civil Engineering, The University of Sydney Sydney, NSW 2006 Australia

This paper describes experimental and numerical investigations of pure natural convection (thermal) boundary layers undergoing natural and controlled transitions. The natural transition takes place naturally under the influence of arbitrary or random perturbations, whereas the controlled transition is triggered by artificial perturbations of particular forms. In this study, two types of controlled transitions including K-type and H-type transitions are investigated. It is found that a frequency and wavenumber filtering process takes place in thermal boundary layers undergoing natural transition, and aligned and staggered ˄-shaped structures appear in thermal boundary layers undergoing the K-type and H-type transitions respectively. The transition depends on both the perturbation frequency and amplitude. The numerical simulation further demonstrates that the transition of thermal boundary layers is controlled by buoyancy effects rather than by Reynolds stresses, and the heat transfer through the heated surface is enhanced significantly as a result of the thermal boundary layer transition.

Chair: Prof. Theo H. van der Meer Keynote KN22: Room 309B Void Fraction Measurements in Gas-Liquid Flow and How to Use Them for Probabilistic Flow Maps for Evaporating Refrigerants Prof. Michel De Paepe Department of Flow, Heat and Combustion Mechanics Ghent University Belgium

In 1998 Thome, Kattan and Favrat proposed for the first time a new heat transfer model based on refrigerant flow patterns. Ten years later, the same team also proposed flow pattern based pressure drop correlations for refrigerant two-phase flow in horizontal tubes. Now, flow pattern based heat transfer and pressure drop correlations are widely accepted. Almost all flow pattern based methods use the void fraction to describe geometrical gas-liquid distribution. To accurately predict heat transfer during evaporation the different flow regimes have to be accurately distinguished. The reasoning being that each flow regime has a different liquid/gas geometrical distribution. The heat transfer in the gas (convection) or in the liquid (convection and pool boiling) has a totally different heat transfer mechanism. Several flow regime maps and correlations exist for defining the different flow regimes. Most of them are based on visual observations with strict discrete separation between flow regimes that are subjectively chosen. We have shown that flow pattern maps can be objectively constructed by using a void fraction probe. After correct calibration this probe can be used to construct a probabilistic flow pattern map. In these maps the transition between different flow regimes is described by the likelihood of a state to be in a flow regime. In this paper, we clearly show that the transition between slug flow and intermittent flow is very sudden in function of vapor quality. On the other hand, the transition from intermittent to annular flow happens over a range of vapor qualities. Based on the insights gained from the two-phase flow characterization, suggestions were made for further improvement of the predictive models.

Keynote Lectures

Chair: Prof. David Naylor Keynote KN23: Room 310 The Rate Problem in Solid-Liquid Phase Change Heat Transfer: Efforts and Questions Toward Heat Exchanger Design Rules Prof. Dominic Groulx Mechanical Engineering, Dalhousie University Halifax, Nova Scotia Canada

The use of phase change materials (PCMs) in energetic systems today is in large parts restricted by dynamic issues, or what could be termed the “rate problem”; i.e. how long will it take (heat transfer rate) to store, or recover, a given amount of thermal energy in a latent heat energy storage system (LHESS) for a specific application? There is no theory today that can easily answer that question. Therefore, this keynote paper focus on the work done currently in the PCM heat transfer community to better understand heat transfer within PCM-based thermal storage systems (TES), the study of application specific designs of PCM-TES, and the search for a theory to guide the design of those systems from a heat exchange point of view. To that affect, the study of a large number of different PCM- heat exchanger configurations is required to achieve the important long-term objective of determining heat exchanger design rules. For some decades now, numerous configurations of PCM-heat exchangers have been designed, built and studied; and important results and lessons from these studies will be presented and discussed. Furthermore, through the sum of all those results, the search for a PCM-heat exchanger’s design theory is on-going. This theory could follow traditional ε – NTU or LMTD methods, as some researchers have already tried, or require novel approaches. Fundamental questions are still unanswered: what are the important parameters for such theory? What are and how should the dimensionless numbers needed be defined? What reference temperature needs to be used for the PCM? This paper will ask many more questions and try to provide paths to determine some of the answers.

Chair: Prof. Wei Liu Keynote KN24: Room 311A Thermochemical Energy Storage: From In-Silico Characterization to Full-Scale Experimentation Prof. C.C.M. Rindt Eindhoven University of Technology Eindhoven The Netherlands

Thermochemical heat storage is still at a low TRL-level compared to sensible and latent heat storage. To improve its technological maturity simultaneous investigation on more than one length scale, ranging from molecular level up to system level, is required. In this work, the results of a multi-scale approach are presented to investigate the potential for thermochemical heat storage. On molecular scale, atomic-scale Density Functional Theory (DFT) calculations are performed, which are upscaled to molecular level via a Reactive Force Field (ReaxFF) approach. The newly developed ReaxFF approach is used for in-silico characterization of the material properties of magnesium and calcium chloride hydrates. On grain scale, the focus is on numerical and experimental analyses of the dehydration reaction kinetics and the accompanying heat and mass transfer processes. Lithium sulfate monohydrate (Li2SO4 ·H2O) is used as model material. Microscope experiments are carried out on the dehydration reaction of encapsulated single crystals of lithium sulfate monohydrate to gain insight into the nucleation process at the surface and the reaction kinetics in the substrate. On material scale, the challenge lies in synthesizing an optimized material showing enough thermal and mechanical stability, sufficiently fast kinetics and mass and heat transfer properties to obtain the required power, and adequately high enough energy density. Calcium chloride salt hydrate has been tested in its pure form, when encapsulated in an inert material and when impregnated in a porous matrix. On reactor scale, a detailed understanding of the transport phenomena for heat and mass transfer is needed. During the (de)hydration process in a cylindrical packed bed reactor, the wall creates radial effects due to heat losses, flow channeling and a non-uniform state of charge. A detailed 2D model for the transport phenomena in a packed bed is developed. The model is validated using experimental data measured in a 1L lab-scale setup and unique experimental results on adsorbed water concentration from MRI experiments. On system scale, an 8L lab-scale thermochemical heat storage system is constructed and optimized for providing hot tap water. Then, a proof-of- principle prototype is successfully built in order to demonstrate the feasibility of thermochemical heat storage for application in the built environment. The prototype consists of four reactor segments of 62.5L each.

Keynote Lectures

August 15, Wednesday 8:30-9:10 Chair: Prof. Stephan Kabelac Keynote KN25: Room 309A Influences of Dynamic Wetting and Dewetting Processes on Evaporative Heat Transfer Prof. Peter Stephan Institut für Technische Thermodynamik, Center of Smart Interfaces, Technische Universität Darmstadt Germany

Evaporative heat transfer is an efficient method for cooling applications such as spray or drop impingement cooling, mini- or microchannel flow boiling cooling, or oscillating heat pipes. In all these configurations highly dynamic wetting and dewetting processes occur which strongly interact with the heat transport processes and vice versa. An optimization of the heat transfer efficiencies should be based upon a deep and detailed understanding of these mutual interactions. Two generic experiments are presented: a drop impingement cooling experiment and a minichannel meniscus evaporation experiment. The design of the heater element is the same in both experiments. It allows a high spatio-temporal resolution of the temperature and heat flux profile at the solid-fluid interface using IR thermography. The dynamic wetting or dewetting process is recorded in parallel using shadowgraphy. In case of the drop impingement experiment, the wetting and dewetting velocities (or Capillary number) result from the drop impingement process itself. In case of the minichannel experiment, however, these velocities can be controlled by a specific liquid-vapor displacement unit. Therefore, the two experiments complement one another and allow deep insights into the mutual interactions of the wetting and heat transfer characteristics. These experimental insights are further complemented by modelling and numerical simulations using OpenFOAM with a modified specific VOF method. Using these complementary methods, a variety of parameter studies were performed and analyzed: wetting versus dewetting situations at different velocities, wall superheat, system pressure from atmospheric pressure up to near critical pressure, smooth versus nanocoated wall surface, and pure fluids versus binary mixture. The results show that sensible heat transfer dominates in the wetting regime while evaporative heat transfer dominates in the dewetting regime. Microlayer formation and evaporation can be observed at higher dewetting velocities while so called contact line evaporation can be observed at lower dewetting velocities. The apparent contact angle rises with increasing wall superheat. The characteristic local maximum in heat transfer near the moving contact line diminishes when approaching the critical pressure. The heat transfer efficiency can be increased using a nanocoated heater wall that provokes thin film formation. The heat transfer efficiency decreases with a binary mixture compared to the efficiencies using the pure components.

Chair: Prof. Josua P. Meyer Keynote KN26: Room 309B Improvement of Solar Thermal Plant Efficiency by the Use of Secondary Concentrators Prof. Thirumalachari Sundararajan Indian Institute of Technology Madras Chennai India

A solar collector field based on linear Fresnel reflectors has been set up with support from the Department of Science and Technology, Government of India. Fresnel mirrors coupled with secondary concentrator are employed to focus solar radiation on a coated stainless steel receiver tube of 70mm diameter. The collector system directly generates superheated steam at about 45 bar and 400°C. The receiver tube is covered with borosilicate glass, with the annular space evacuated to reduce heat losses. Theoretical studies have been carried out to optimize the secondary concentrator profile and to assess the heat losses from the solar collector. Compound-parabolic, trapezoidal and segmented- parabolic configurations are considered for the secondary concentrator. It is shown that the segmented parabolic configuration can provide high optical efficiency as well as nearly uniform flux distribution on the receiver tube. Evacuation of the annular space between the absorber tube and the glass cover, significantly reduces heat losses and improves the temperature distribution within the absorber. 33

Keynote Lectures

Chair: Prof. David Christopher Keynote KN27: Room 310 Turbine Blade Cooling at BUAA Prof. Zhi Tao National Key Laboratory of Science and Technology on Aero Engines Aero-thermodynamics Beihang University Beijing China

Gas turbine is one of the most important power source for military plane, aircraft, airplanes, warships, and so on. With the development of gas turbine, the turbine inlet temperature has been increased significantly, which is far beyond the allowable metal temperatures. In order to ensure the operation of turbine blades safely, turbine blade cooling technology must be development. With the increase of turbine inlet temperature, turbine blade cooling technology faces serious challenges. Beihang (BUAA) starts to investigate the turbine blade cooling technology since 1990’s. For turbine blade cooling, it contains internal cooling and film cooling. We investigated the internal cooling from three aspects: pin-fin cooling in trailing edge, ribs cooling in the mid-zone, and impingement cooling in leading edge. We developed three different rotating rigs with advanced measurement technology to carry out the experimental investigations at rotating conditions. For film cooling, we developed a 1.5 stage turbine blade rotating rig to investigate the film cooling at rotating conditions. Now days, we are carrying out an investigation on the boundary layer flow at rotating conditions, hoping to improve the simulation accuracy of flow and heat transfer at rotating conditions. We measured the boundary layer flow using hot-wire, and developed a rotating correction function to replace the standard log law, which has been used hundreds of years. We also measured the thermal boundary flow, and obtained the turbulent Prandtl number (Prt) at rotating conditions. Using these rotating correction functions, the accuracy of the simulation has been improved.

Chair: Prof. Paolo Di Marco Keynote KN28: Room 311A The Design of Mini/Micro Heat Exchangers: A World of Opportunities and Constraints Prof. Gian Luca Morini Alma Mater Studiorum Università di Bologna Bologna Italy

Micro heat exchangers and heat sinks broadened their use in many technological fields during the last two decades. The reduction of the dimensions of the channels allows to obtain ultra-compact heat exchangers characterized by higher surface-to-volume ratio and overall heat transfer coefficients but, in general, with large pressure losses. Many imaginative configurations have been proposed and tested, by changing the geometry of the manifolds, the position of the inlet/outlet ports, the structure of the heat transfer core, the structural materials and others more. Unfortunately, these efforts were not coordinated and a complete overview of the results accumulated up to now is not available. However, some general conclusions can be made by using the published results and the main scope of this paper is to summarize these milestones. Some shared conclusions are the following: (i) the design of micro heat exchangers can be obtained by using the classical methods developed for conventional heat exchangers even if the presence of non- negligible scaling effects (i.e. compressibility effects, conjugate wall-fluid effects, viscous dissipation) must be always verified; (ii) the performances of micro heat exchangers and heat sinks is strongly influenced by the proper distribution of the flow rate within the heat transfer core and a series of different solutions is available in order to solve this problem, as summarized in this paper; (iii) the presence of strong conjugate wall-fluid heat transfer effects can become an opportunity for the use of miniaturized heat exchangers made with inexpensive materials having low thermal conductivity values, especially in presence of counter-current flow and cross-flow configurations.

General Sessions

August 11, Saturday 14:00-18:00 Room 309A Session subject: Boiling and Evaporation-1 (BAE1) Co-Chairs: Wojciech Lipinski & Yongping Chen

Time ID Title, Author, Affiliation In situ temperature measurement of evaporation in micropillar wick structures using micro-Raman spectroscopy 15:00- 23152 Lenan Zhang, Yangying Zhu, Sameer R. Rao, Kevin R. Bagnall, Dion S. Antao, 15:02 Arny Leroy, Lin Zhao, Bikram Bhatia, Colin C. Kelsall, Evelyn N. Wang* Massachusetts Institute of Technology, USA An experimental investigation of bubble dynamics of time periodic subcooled flow 15:02- boiling in annular ducts due to wall heat flux oscillation 20805 15:04 Chin-An Chen, Tsiang-Fa Lin, Wei-Mon Yan*, Mohammad Amani Taipei University of Technology, Chinese Taipei Evaporation of binary mixtures: Pools and droplets 15:04- Adam G. L. Williams, Pedro J. SÁEnz, George Karapetsas, Khellil Sefiane, Omar K. Matar, 24179 15:06 Prashant Valluri* The University of Edinburgh, UK Influence of localised heating on thermocapillary convection of pure water drops 15:06- Alexandros Askounis*, Huacheng Zhang, Dejian Zhang, Yutaku Kita, Gyoko Nagayama, 23953 15:08 Jungho Kim, Masamichi Kohno, Yasuyuki Takata, Khellil Sefiane Kyushu University, Japan Convective flow inside and close to an evaporating sessile drop 15:08- 22585 Chafea Bouchenna, Mebrouk Ait Saada*, Salah Chikh, Lounès Tadrist 15:10 University of Sciences and Technology Houari Boumediene, Algeria Heat transfer analysis for cooling process of liquid nitrogen utilizing thin film 15:10- evaporation 22227 15:12 Fengmin Su*, Zhongyu Ma, Nannan Zhao, Yangbo Deng, Hongbin Ma Dalian Maritime University, China Role of easy-to-activate nucleation sites in pool boiling 15:12- 22043 Yi Liu, Ming-Chang Lu*, Dongyan Xu* 15:14 The Chinese University of Hong Kong, Hongkong, China Numerical simulation of film boiling on downward facing horizontal flat and curved 15:14- surfaces 23412 15:16 Nikhil Kumar Singh, B. Premachandran* Indian Institute of Technology Delhi, India Evaporation of single water droplet under laser irradiation 15:16- 23566 Pei Zhang, Chuang Sun*, Fengxian Sun, Zicheng Jin 15:18 Harbin Institute of Technology, China Effect of surface morphology on subcooled flow boiling under the typical condition of 15:18- internal combustion engines 22433 15:20 Fei Dong*, Liuwendi Hou, Taotao Cao, Decai Song Jiangsu University, China Aluminum micropost wicks with a circular hyperboloid shape for micro heat 15:20- spreaders 23832 15:22 Soosik Bang*, Seunggeol Ryu, Youngsuk Nam KyungHee University, Korea

General Sessions

An approximate model of incipience of highly intensive film boiling regime in 15:22- subcooled liquids 22322 15:24 Victor V. Yagov, Arslan R. Zabirov*, Pavel K. Kanin, Maxim A. Lexin Moscow Power Engineering Institute, National Research University, Russia Contribution of latent heat transfer in pool boiling 15:24- 23962 Takanori Tanaka*, Tomohide Yabuki, Koji Miyazaki 15:26 Kyushu Institute of Technology, Japan Hydrothermal wave control in a steady state evaporation droplet 15:26- 23281 Xin Zhong, Fei Duan* 15:28 Nanyang Technological University, Singapore Using planar laser-induced fluorescence to study the phase transformations of water 15:28- droplets and water-based emulsions and suspensions 22803 15:30 Roman Volkov, Maxim Piskunov*, Pavel Strizhak National Research Tomsk Polytechnic University, Russia Critical heat flux enhancement for saturated pool boiling on downward-facing 15:30- structured surfaces 20788 15:32 Dawen Zhong, Ji'an Meng*, Zhixin Li North China Electric Power University, China Effect of characteristic dimensions of surface structure and particles on the contact 15:32- line motion of sessile suspended droplet evaporation 22231 15:34 Yutaka Yamada*, Akihiko Horibe Okayama University, Japan Experimental evaluation of the flow boiling heat transfer coefficient of DI-water inside 15:34- microchannels under conditions close to the critical heat flux 21908 15:36 Tiago Moreira, Francisco Nascimento, Gherhardt Ribatski* University of Sao Paulo, Brazil Effect of nano-structure coating on thermal performance of thermosyphon boiling in 15:36- micro-channels 20651 15:38 Shuang-Fei Li, Ping-Yang Wang, Zhenhua Liu* Shanghai Jiao Tong University, China Heat transfer and critical heat flux enhancement at boiling and evaporation in the liquid film flows on microstructured surfaces 15:38- 22930 Aleksandr Pavlenko*, Nikolay Pecherkin, Oleg Volodin Volodin, Denis Kuznetsov 15:40 Kuznetsov Siberian Branch of Russian Academy of Sciences, Russia Periodical heat transfer performance of coiled tube type molten salt steam generator 15:40- 22170 Zijian Huang, Jing Ding, Jianfeng Lu* 15:42 Sun Yat-Sen University, China Rising film evaporation: Fluid dynamics and heat transfer performance of a pilot 15:42- plant 20902 15:44 Stefan Jahnke, Tim Rittmeier, Stephan Scholl* Technical University of Braunschweig, Germany Experimental investigation on cryogenic quenching characteristics of rock in liquid 15:44- nitrogen and the enhancing effects of surface structuring 21891 15:46 Ran Li, Chengcheng Zhang, Zhongwei Huang* China University of Petroleum-Beijing, China Heat transfer intensification by surface structuration in spray cooling 15:46- Nadia Caney*, Wahid Cherief, Maria Cristina Riofrio, Jean Antoine Gruss, 21801 15:48 Francesc Madrid-Lozano University Grenoble Alpes, France

General Sessions

Achieve ultrafast and sustainable nucleate boiling during HFE-7100 flow boiling in 15:48- parallel microchannels interconnected by micro-slots 22198 15:50 Jiaxuan Ma, Wenming Li, Chen Li* University of South Carolina, USA Numerical simulation of bubble growth in a rectangular microchannel 15:50- 22172 Le Lei, Kong Ling, Wen-Quan Tao* 15:52 Xi’an Jiaotong University, China Control of pool boiling hydrodynamics through surface wettability patterning 15:52- 22684 Taylor P. Allred, Justin Weibel, Suresh V. Garimella* 15:54 Purdue University, USA Acoustic analysis on the dynamic motion of vapor-liquid interface in boiling crisis 15:54- during the quenching process 24127 15:56 Seok Bin Seo, In Cheol Bang* Ulsan National Institute of Science and Technology, Korea Evaluation of some correlations for heat transfer during saturated boiling in 15:56- mini/micro and conventional channels 22823 15:58 Mirza M. Shah* Engineering Research Associates, USA On the process of bubble growing and departure on Hydrophilic, Superhydrophobic 15:58- and Biphilic surfaces 22252 16:00 Pedro Pontes, Emanuele Teodori, Ana Moita*, Antonio Moreira University of Lisbon, Portugal

General Sessions

August 11, Saturday 14:00-18:00 Room 309B Session subject: Nano and Microscale Transport-1 (NMT1) Co-Chairs: Angela Ourivio Nieckele & Peng Zhang

Time ID Title, Author, Affiliation A novel improved layered effective medium approximation for ellipsometric 15:00- parameters of microrough surfaces 23288 15:02 Jun Qiu*, Yuanbin Liu, Linhua Liu* Harbin Institute of Technology, China A three-dimensional analysis of localized transport phenomena in SOFC anode 15:02- 24211 Tomasz Prokop, Katarzyna Berent, Hiroshi Iwai, Janusz Szmyd, Grzegorz Brus* 15:04 AGH University of Science and Technology, Poland Adjustable thermal resistor by reversibly folding a graphene sheet 15:04- 22397 Meng An*, Qichen Song, Xiandong Chen, Zhan Peng, Jianfeng Zang, Nuo Yang 15:06 Huazhong University of Science and Technology, China Capillary-driven flow in open converging microchannels 15:06- 22886 Yuki Itahana, Shunya Gyotoku, Takaharu Tsuruta, Gyoko Nagayama* 15:08 Kyushu Institute of Technology, Japan Comparison of different machine learning methods for the prediction of thermal 15:08- conductivities of composite materials 22090 15:10 Hua Bao*, Shuaishuai Zhao Shanghai Jiao Tong University, China High performance multi-insulator carbon nanotube tunnel diode arrays 15:10- 23033 Erik C. Anderson*, Thomas L. Bougher, Baratunde A. Cola 15:12 Georgia Institute of Technology, USA Coupling effects of nanostructures on the photovoltaic device performances in multi- 15:12- physics 22237 15:14 Yi-Peng Zhou, Ya-Ling He*, Du Shen Xi'an Jiaotong University, China Detection of liquid-vapour interface in molecular dynamics simulation 15:14- 23031 Qiang Sheng, Jie Sun*, Xinyu You, Wen Wang, Huasheng Wang* 15:16 Queen Mary University of London, UK Enhancement of thermal conductivity of polyvinyl alcohol membrane using nano-fiber 15:16- Xiandong Chen, Shichen Deng*, Rulei Guo, Ni Tang, Zhan Peng, Hao Feng, Xiaobo Li, 22725 15:18 Jianfeng Zang, Nuo Yang Huazhong University of Science and Technology, China Heat transfer performance evaluation of corrugated microchannel heat sinks 15:18- 22030 Ganbat Davaa*, Odgerel Jambal 15:20 National Institute of Technology, Yuge College, Japan Thermal conductivity modulation in Zr(Hf)SiS material system by substitutional atoms 15:20- Lei Li*, Jiahui Pan, Xue-Jun Yan, Yang-Yang Lv, Chen Di, Shu-Hua Yao, Yan-Bin Chen, 24162 15:22 Jian Zhou, Hong Lu, Yan-Feng Chen, Ming-Hui Lu Nanjing University, China Molecular dynamics simulation of the structure effect on interfacial thermal resistance 15:22- between graphene and silicon 23447 15:24 Aoran Fan, Weigang Ma, Xing Zhang* Tsinghua University, China

General Sessions

Influence of surface wettability and nanostructure on the generation of interfacial 15:24- nanobubbles 22210 15:26 Hideaki Teshima*, Takashi Nishiyama, Yasuyuki Takata, Koji Takahashi Kyushu university, Japan Inhomogeneous thermal effect on ion transport in charged nanochannel 15:26- 23080 Yuankai Yang, Moran Wang* 15:28 Tsinghua University, China Thermal characterization, phonon spectral mapping, and control of the heat transfer in 2D Van Der Waals materials 15:28- 23204 Joon Sang Kang, Ming Ke, Man Li, Huan Wu, Nicolas Rongione, Huuduy Nguyen, Julia 15:30 Diaz, Albert Rieck, Yongjie Hu* University of California, Los Angeles (UCLA), USA Lattice Boltzmann modeling for slip flow and heat transfer of gaseous fluid in confined 15:30- porous media 23710 15:32 Zhenyu Liu, Zhiyu Mu, Huiying Wu* Shanghai Jiao Tong University, China Thermal transport behaviors in lead halide perovskites 15:32- Wee-Liat Ong*, Giselle Elbaz, Evan A. Doud, Philip Kim, Daniel Paley, Xavier Roy, 23055 15:34 Jonathan A. Malen Zhejiang University/University of Illinois at Urbana-Champaign Institute, China Method of the rupture film thickness measurement between approaching bubbles 15:34- during coalescence process in water and ethanol pools 23417 15:36 Takayuki Morokuma*, Takashi Ohara, Hiroaki Matsumoto, Yoshio Utaka Yokohama National University, Japan Molecular dynamics study of thermal rectification based on domino effect 15:36- Xiaoliang Zhang*, Ronghui He, Liang Han, Zixiong Rao, Cun Zhang, Kunpeng Yuan, 23960 15:38 Chengzhi Hu, Dawei Tang*, Ming Hu* Dalian University of Technology, China Molecular dynamics study on effects of structure on nucleation of water droplets 15:38- 23792 Kenshiro Matsui*, Kunio Fujiwara, Yoshitaka Ueki, Masahiko Shibahara 15:40 Osaka University, Japan Nanoscale view of the evaporating contact line profile of a sessile water droplet on 15:40- silicon surface 23083 15:42 Abbasali Abouei Mehrizi*, Qiao Liu, Hao Wang Peking University, China Necking effects control thermal conductivity of phononic membranes 15:42- 23703 Roman Anufriev*, Aymeric Ramiere, Jeremie Maire, Masahiro Nomura 15:44 The University of Tokyo, Japan Thermal rectification in nanoscale confined fluids with nanopatterned surfaces 15:44- 22486 Fan Li, Guodong Xia, Jun Wang* 15:46 Beijing University of Technology, China Numerical study of conjugate heat transfer in evaporating thin liquid film of a sessile 15:46- binary droplet on heated substrates 22623 15:48 Qiaobian Xu, Leping Zhou* North China Electric Power University, China A molecular dynamics study on thermophysical and transport properties of fluorinated alkane liquids 15:48- 23336 Gota Kikugawa*, Naoki Minami, Yingping Fang, Mitsuru Nemoto, Hiroki Matsubara, 15:50 Taku Ohara Tohoku University, Japan

General Sessions

Explosive evaporization of water and propanol on flat and nanostructured 15:50- microheaters 22907 15:52 Igor A. Kozulin*, Vladimir Kuznetsov Siberian Branch of Russian Academy of Sciences, Russia High thermal conductivity thin film for heat spreading enhancement in microelectronic measured using short pulsed photothermal technique 15:52- 24428 Mohammad Rammal*, Bertrand Garnier, Puvikkarasan Jayapragasam, Christophe Rodiet, 15:54 Boubakeur Belkerk, Julien Camus, Abdou Djouadi The National Center for Scientific Research, France Physiologically-based pharmacokinetic modeling of different size polyethylene glycol- 15:54- coated gold nanoparticles in mice 23362 15:56 Linjing Deng, Jinping Zhao, Yufeng Miao, Xu Hu, Qihong Deng* Central South University, China Effective thermal rectification in suspended monolayer graphene 15:56- 22118 Haidong Wang, Xing Zhang*, Hiroshi Takamatsu*, Koji Takahashi 15:58 Kyushu University, Japan

General Sessions

August 11, Saturday 14:00-18:00 Room 310 Session subject: Computational Methods and Simulations-1 (CMS1) Co-Chairs: Jean-Claude Krapez & Xiaobin Luo

Time ID Title, Author, Affiliation Concentration profiles of high pressure nozzle under expanded jet flows impinging a 15:00- vertical plate 21773 15:02 Jinghu Hu, David Christopher* Tsinghua University, China A numerical study of drying and preheating of food in a rotary dryer with superheated 15:02- steam and air as the drying media 23036 15:04 Atinder Singh, Partha Ghoshdastidar* Indian Institute of Technology Kanpur, India CFD simulations of exhaust reforming characteristics in catalytic packed bed reactors 15:04- for a natural-gas engine 23341 15:06 Zunhua Zhang, Pengpeng Jia, Shangsheng Feng, Junjie Liang, Gesheng Li* Wuhan University of Technology, China A parallel non-dimensional lattice Boltzmann simulation on double diffusion and 15:06- convection from porous structure walls 21262 15:08 Yan Su*, Tiniao Ng University of Macau, Macau, China Heat transfer modeling of CO2 in the wellbore and aquifer during geological sequestration 15:08- 23501 Qian Zhang, Yi Zhang, Shezhan Liu, Yuan Chi, Changzhong Zhao, Shuyang Liu, 15:10 Yongchen Song* Dalian University of Technology, China Advanced lumped parameter model for switched reluctance motors with high performance cooling 15:10- 23925 Jasper Nonneman*, Nils Clarie, Ilya T'jollyn, Stephan Schlimpert, Peter Sergeant, 15:12 Michel De Paepe University of Ghent, Belgium An experimental study on single-phase wilson heat transfer of three-dimensional 15:12- enhanced tubes 23170 15:14 Shang-Qing Liu, Yan He*, Jing-Xiang Chen, Rui-Heng Guo, Tariq Amin Khan, Wei Li Qingdao University of Science and Technology, China Thermal-flow characteristics of ferrofluid in the microchannel under external magtetic 15:14- force 23705 15:16 Jaehee Kim*, Youn-Jea Kim Sungkyunkwan University, Korea Direct numerical simulation of convective heat transfer in a vertical pipe for 15:16- supercritical pressure CO2 23324 15:18 Junjie Yan, Wei Wang, Peixue Jiang*, Shuisheng He* Tsinghua University, China, University of Sheffield, UK Some aspects of presumed filtered density functions formulation in the context of large 15:18- eddy simulation of turbulent reacting flows 23612 15:20 Viacheslav Stetsyuk*, Krzysztof Kubiak, Lande Liu, John Chai University of Huddersfield, UK

General Sessions

Further development of 3D/1D patched transient heat transfer model 15:20- 22348 Hong Wang*, Entian Li, Yanchen Su, Jingjun Zhong 15:22 Dalian Maritime University, China Improvements of velocity-correction formulas for simple algorithm 15:22- 22962 Hui Xiao, Junbo Wang, Zhichun Liu, Wei Liu* 15:24 Huazhong University of Science and Technology, China Integral transforms for transient three-dimensional heat conduction in heterogeneous 15:24- media with multiple geometries and materials 24583 15:26 Anderson P. Almeida, Carolina P. Naveira-Cotta, Renato M. Cotta* Federal University of Rio De Janeiro, Brazil Lattice Boltzmann simulation of hydrodynamic entrance region of rectangular 15:26- microchannel in slip regime 23231 15:28 Niya Ma, Zhipeng Duan*, Hao Ma, Liangbin Su, Peng Liang, Xiaoru Ning, Xin Zhang Beijing Jiaotong University, China Numerical computation of coupled radiation-conduction heat transfer using spectral 15:28- method 23919 15:30 Qi Chen*, Xiaolong Yu, Xinchun Tang, Chun Li Shenzhen Aerospace Dongfanghong Hit Satellite Ltd, CASC, China Multi-physics FEM model of solar hybrid roads for energy harvesting performance evaluation in presence of semi-transparent or opaque pavement surface layer 15:30- 23896 Nicolas Le Touz*, Jean Dumoulin, Jean-Michel Piau 15:32 French Institute of Science and Technology for Transport, Development and Networks, France Numerical analysis of effective damage radius for large tumor microwave 15:32- hyperthermia 23389 15:34 Jing Li*, Huan Yao, Yan Lei, Yanyong Ye South China University of Technology, China Numerical modeling of vortex shedding in finned tube bundles in cross flow 15:34- 24036 Karl Lindqvist*, Erling Naess 15:36 Norwegian University of Science and Technology, Norway Study of urban air pollution in street canyons using lattice Boltzmann method with 15:36- atmospheric boundary layer models 23912 15:38 Yongliang Feng*, Jérome Jacob, Pierre Sagaut Aix-Marseille University, France Phase prediction and control method of supercritical carbon dioxide fluid in fracturing 15:38- oil wellbore 24219 15:40 Jiaqiang Zuo, Shichao Chen, Zhang Bai*, Liang Gong, Deyong Zou, Zenglin Wang China University of Petroleum (East China), China Numerical study on supercritical CO2 in a printed circuit heat exchanger with 15:40- asymmetrical fins 21386 15:42 Wen-xiao Chu, Katrine Bennett, Yi-Tung Chen*, Qiu-Wang Wang University of Nevada, USA A coupled lattice Boltzmann-finite difference approach for boiling two-phase flow with high density ratios 15:42- 22464 Shimpei Saito*, Yutaka Abe, Ken-Ichi Ebihara, Alessandro De Rosis, Akiko Kaneko, 15:44 Kazuya Koyama University of Tsukuba, Japan A numerical study on the melting and heat transfer characteristics of the urea-water 15:44- solution with electric heating module 23858 15:46 D. K. Lee, M. Y. Kim*, K. C. Oh The National University of Chonbuk, Korea

General Sessions

Molecular dynamics simulation of the salinity effect on the water/oil interface for 15:46- enhanced oil recovery 24443 15:48 Jin Zhao, Srinivasa Ramissetti, Robert B. Hammond, Dongsheng Wen* University of Leeds, UK Laminar-turbulent transition in supersonic flow over a flat plate 15:48- 22883 Ivan Egorov*, A.V. Fedorov, K.H. Ding 15:50 Russian Academy of Sciences, Russia Modeling of epitaxial silicon growth in a planetary CVD reactor 15:50- 23782 Zaher Ramadan, Ik-Tae Im* 15:52 Chonbuk National University, Korea Numerical study of flat tube bank fin heat exchanger by POD projection method 15:52- 22630 Ye Wang*, Xintong Xia, Yi Wang, Wenting Hu, Liangbi Wang* 15:54 Lanzhou Jiaotong University, China Numerical simulation of double-diffusive natural convection in a square open cavity 15:54- with Soret and Dufour effects 23068 15:56 Zhiyun Wang, Zhaowen Kong*, Yang Mo University of Shanghai for Science and Technology, China Numerical assessment of interfacial heat transfer coefficients in a Mg squeeze casting 15:56- with various section thicknesses by polynomial extrapolation 23294 15:58 Luyang Ren, Zhizhong Sun, Henry Hu* University of Windsor, Canada

General Sessions

August 11, Saturday 14:00-18:00 Room 311A Session subject: Heat Transfer Enhancement-1 (HTE1) Co-Chairs: Tatiana Gambaryan-Roisman & Bin Chen

Time ID Title, Author, Affiliation Methods to design optimum heat sink geometries 15:00- 23247 Reijo Karvinen*, Kaj Lampio 15:02 Tampere University of Technology, Finland Adjoint-based shape optimization for turbulent convective heat transfer with a hybrid 15:02- RANS-DNS approach 22700 15:04 Yukinori Kametani*, Yosuke Hasegawa University of Tokyo, Japan Influence of surface wettability on heat transfer and pressure drop characteristics of 15:04- wet air in metal foam under dehumidifying conditions 23824 15:06 Haitao Hu*, Zhancheng Lai, Guoliang Ding Shanghai Jiao Tong University, China Comparison of evaporation characteristics in horizontal three dimensional enhanced 15:06- tubes 24252 15:08 Xiang Ma, Weiyu Tang, Yan He, Wei Li*, S.A. Sherif* University of Florida, USA Conjugate heat and mass transfer in a quasi-counter flow parallel-plate membrane 15:08- channel (QCPMC) 21937 15:10 Wen-Kai Zhang, Si-Min Huang*, Minlin Yang, Xiaoxi Yang Dongguan University of Technology, China Condensation heat transfer and pressure drop characteristics of low GWP refrigerants 15:10- in plate heat exchanger 22711 15:12 Oh Jin Kwon, Jae Hoon Jung, Yong Tae Kang* Korea University, Korea Approximation assisted optimization of pillow plate heat exchangers 15:12- 22642 Radia Eldeeb, Jiazhen Ling, Vikrant Aute*, Reinhard Radermacher 15:14 University of Maryland, USA Development and experimental analysis on the performance of composite consolidated silica gel fabricated by freeze-drying method 15:14- 22616 Lin Liu, Hong-Yu Huang*, Zhao-Hong He*, Shi-Jie Li, Jun Li, Jie-Chao Chen, Li-Sheng 15:16 Deng, Yugo Osaka, Noriyuki Kobayashi Guangzhou Institute of Energy Conversion, China Experimental investigation of heat transfer enhancement on the endwall around an 15:16- obstacle embedded with a vortex generator pair 22151 15:18 Safeer Hussain, Jian Liu, Lei Wang, Bengt Sundén* Lund University, Sweden Interaction of longitudinal vortices with co-rotating or counter-rotating directions and 15:18- the effects on fluid flow and heat transfer 24304 15:20 Kewei Song*, Zhonghao Chen, Chen Gao, Qiang Zhang, Liangbi Wang, Shuai Wu Lanzhou Jiaotong University, China

General Sessions

Experimental investigation of the heat transfer in the separation region behind the back-facing step with placed tabs 15:20- 22580 Aleksey Dyachenco, Yaroslav Smulsky*, Viktor I. Terekhov, Valery Zhdanov 15:22 Kutateladze Institute of Thermophysics, Siberian Branch of the Russian Academy of Sciences, Russia Experimental study on aqueous lithium bromide hozizontal motion on smooth copper 15:22- and enhanced copper tube bundles in the absorber 23775 15:24 Yueting Yang, Xiaoyun Xie*, Yi Jiang Tsinghua University, China Computational modeling of low Reynolds number air flows in wavy-plate-fin channels: 15:24- Contribution of pressure drag on performance 24221 15:26 Dantong Shi, Milind A. Jog, Raj M. Manglik* University of Cincinnati, USA Heat transfer in grille-sphere composite packed bed: Rical parametric study 15:26- 23355 Jingyu Wang, Pei Qian, Jian Yang, Qiuwang Wang* 15:28 Xi'an Jiaotong University, China Melting front evolution of paraffin wax inside metal foams at different acceleration 15:28- levels 24215 15:30 Alessandro Viglione, Federico Celi, Mauro Mameli*, Paolo Di Marco, Sauro Filippeschi University of Pisa, Italy Modeling of jumping-droplet condensation with dynamic droplet growth 15:30- 23384 Zhenyuan Xu*, Lenan Zhang, Kyle Wilke, Evelyn Wang 15:32 Shanghai Jiao Tong University, China Numerical studies on the coupled heat transfer characteristics of supercritical pressure 15:32- CO2 under cooling condition 23711 15:34 Haiyan Zhang, Jiangfeng Guo*, Mengru Xiang, Keyong Cheng, Xiulan Huai, Xinying Cui Institute of Engineering Thermophysics, Chinese Academy of Sciences, China Experimental investigation on reversible characteristics of heat transfer and fluid flow 15:34- using wavelength-dependent photoresponse of aqueous surfactant solution 23287 15:36 Reiko Kuriyama*, Takanori Ishii, Shojiro Isono, Kazuya Tatsumi, Kazuyoshi Nakabe Kyoto University, Japan Numerical study on heat transfer enhencement and flow structure in a tube with central 15:36- slant deflector 23479 15:38 Jinyi Lv, Peng Liu, Zhichun Liu, Wei Liu* Huazhong University of Science and Technology, China Parametric study and optimization of a circular tube fitted with twisted winglet vortex 15:38- generator inserts using Taguchi method 22031 15:40 Zhimin Lin*, Yong-He Wu, Liang-Bi Wang, Yong-Heng Zhang, Xiang Wu Lanzhou Jiaotong University, China Rectangular permeable ribs in turbulent boundary layer 15:40- 23317 V. N. Afanasiev, Dehai Kong* 15:42 Bauman Moscow State Technical University, Russia Study on flow and heat transfer mechanism of corrugated plate heat exchanger 15:42- 23014 Huaizhi Han*, Qian Wang, Bingxi Li 15:44 Harbin Engineering Univeristy, China Pore-scale numerical simulation of melting process of PCMs in foam metals 15:44- 22355 Gaosheng Wei*, Gang Wang, Yanping Yang, Chao Xu, Xiaoze Du 15:46 North China Electric Power University, China

General Sessions

Experimental investigation of the thermal performance of matrix plate fin heat sink 15:46- with multiple phase change materials 23145 15:48 Amritha Elangovan*, Srikanth Rangarajan, Balaji Chakravarthy* Indian Institute of Technology Madras, India Numerical optimization of a high-temperature energy storage unit made of 15:48- encapsulated metal phase change materials 24556 15:50 Nithin Mallya*, Sophia Haussener Federal Polytechnic School of Lausanne, Switzerland Optimal design of multistream plate fin heat exchangers used in cooling stage of a 15:50- cascade LNG plant 24301 15:52 Ali Allahyarzadeh-Bidgoli*, Daniel Jonas Dezan, Jurandir Itizo Yanagihara University of Sao Paulo, Brazil

General Sessions

August 11, Saturday 15:00-18:00 Room 311B Session subject: Conduction and Inverse Problems (CIP) Co-Chairs: Timothy S. Fisher & Yanhui Feng

Time ID Title, Author, Affiliation Experimental investigation of the oxidational influence on the thermal contact resistance at the blade-rotor-connection in a steam turbine 15:00- 21874 Dennis Toebben*, Helen Schulte, Piotr Luczynski, Manfred Wirsum, Wolfgang Mohr, 15:02 Frank Udo Leidich, Klaus Helbig Rwth Aachen University, Germany An asymptotic local solution for axisymmetric heat conduction problems with 15:02- temperature discontinuity in boundary 22255 15:04 Liang Zhang*, Liwu Fan, Zitao Yu, Renwei Mei Zhejiang University, China Crosslinking effect on thermal conductivity of electrospun poly (acrylic acid) nanofibers 15:04- 23723 Yeongcheol Park, Sumin Ha, Yoong Ahm Kim, Sangwon Kim, Jae Hun Seol* 15:06 Gwangju Institute of Science and Technology, Korea Numerical investigation on thermal diffusivity prediction based on analytical solution of 15:06- transient heat conduction 22691 15:08 Ruifeng Dou*, Cheng Zhu, Rongzhang Zhang, Xunliang Liu, Zhi Wen University of Science and Technology Beijing, China Topologically optimum configurations for anisotropic conductivity 15:08- 25159 A. F. Emery* 15:10 University of Washington, USA Influence of main components on solidification behaviors of blast furnace slag droplet 15:10- in variable cooling conditions 22989 15:12 Bin Ding, Hong Wang*, Xun Zhu*, Xian-Yan He, Yu Tan, Qiang Liao Chongqing University, China MCMC and approximation error model for the simultaneous estimation of heat flux 15:12- and heat transfer coefficient using heat transfer experiments 22659 15:14 Gnanasekaran N*, Harsha Kumar, Chakravarthy Balaji National Institute of Technology Karnataka, India Characterizing the irreversibility of heat conduction process by entransy and its 15:14- dissipation rate as Lyapunov functions 22994 15:16 Yu-Chao Hua, Zeng-Yuan Guo* Tsinghua University, China Modelling and experimental investigation of the shape change of a sessile water droplet 15:16- during freezing 24001 15:18 Xin Liu, Xuan Zhang, Jingchun Min* Tsinghua University, China Numerical investigation on the influence of interstitial fluids on thermal contact 15:18- conductance 23645 15:20 Yona Frekers*, Reinhold Kneer Rwth Aachen University, Germany Inversion of the inner wall temperature of the two-dimensional pipe based on conjugate 15:20- gradient method 23124 15:22 Ping Xiong, Tao Lu* Beijing University of Chemical Technology, China

General Sessions

Aerothermal analysis of the atmospheric reentry of the intermediate experimental 15:22- vehicle (IXV) 24117 15:24 Loïc Van Ghele*, Philippe Reulet, Jean-Luc Verant, Pierre Millan, Jean-Luc Battaglia National Office of Aerospace Studies and Research, France Preparation and performance evaluation of natural rubber composites with AlN and 15:24- aligned carbon nanotubes 23543 15:26 Yuanzheng Tang, Yan He*, Jin Xu, Guoqing Liu, Juan Xue Qingdao University of Science and Technology, China A backup system of a spacecraft orientation based on temperature measurements at the design elements of various orientations 15:26- 23443 Aleksey Nenarokomov*, Irina V. Krainova, Evgeny Chebakov, 15:28 Dmitry L. Reviznikov, Leonid A. Dombrovsky Moscow Aviation Institute, Russia An inverse problem method for thermal cloak design with adaptive heat source 15:28- 23128 Jun Guo, Zhiguo Qu*, Xiuhai Zhang 15:30 Xi’an Jiaotong University, China An analytical extenstion of the reciprocity functional approach to estimate thermal 15:30- contact conductances between different materials using transient measurements 22009 15:32 Inoussa Tougri, Ricardo Padilha, Marcelo Colaco* Federal University of Rio De Janeiro/Coppe, Brazil Inverse design of thermal meta-device 15:32- 23681 Shuling Zhou, Liliang Zhou, Yupu Ma, Ruikang Wu, Run Hu*, Xiaobing Luo 15:34 Huazhong University of Science and Technology, China An improved space marching method incorporating future temperatures in least square 15:34- manner for linear and nonlinear IHCP 21812 15:36 Ran Li, Zhongwei Huang* China University of Petroleum-Beijing, China Coupled effects of convection and conduction on heat transfer in solid-liquid two-phase 15:36- media densely laden with finite-sized particles 23828 15:38 Jingchen Gu*, Shintaro Takeuchi, Takeo Kajishima Osaka University, Japan Thermal transport across a transition metal oxide-insulator interface 15:38- Yijun Ge, Man Li, Zhen Zhang, Joon Sang Kang, Yongjie Hu, Shriram Ramanathan, 23680 15:40 Timothy Fisher* University of California, Los Angeles, USA Thermal transport simulations at carbon nanotube interface junctions by molecular 15:40- dynamics 22121 15:42 Siyi Xiang, Wen Chen, Yuxin Fang, Yanan Yue* Wuhan University, China Thermal conductivity improvement of lunar regolith simulant 15:42- 23445 Chao Wang, Xiaochen Lu, Rong Ma, Wei Yao* 15:44 China Academy of Space Technology, China Tuning the thermal conductance of polymer and sapphire interface 15:44- 23159 Kun Zheng, Jiaxin Lu, Yafang Zhuang, Fangyuan Sun, Jie Zhu*, Yongmei Ma*, Dawei Tang 15:46 Dalian University of Technology, Institute of Chemistry,Chinese Academy of Science, China Revealing the anisotropic thermal conductivity using time-resolved magneto-optical kerr effect 15:46- 23044 Jie Zhu, Dustin Lattery, Junyang Chen, Delin Zhang, Xiaokun Gu, Haechan Park, Dawei 15:48 Tang, Mo Li, Xu Du, Ronggui Yang, Jian-Ping Wang, Xiaojia Wang* University of Minnesota, USA

General Sessions

Measurement of intrinsic thermal conductivity of DLC and thermal boundary 15:48- resistance by wide frequency 3ω method 22572 15:50 Jia Li, Zhaoliang Wang*, Mingman Sun China University of Petroleum(East China), China Local meshless finite difference method for coupled radiative and conductive heat transfer 15:50- 23345 Jie Sun, YanHua Cheng, RuiKang Wu, Bin Xie, XingJian Yu, BoFeng Shang, Xiaobing 15:52 Luo* Huazhong University of Science and Technology, China Experimental study of the in-plane thermal conductivity enhancement of suspended glass thin films due to long range surface phonon-polaritons 15:52- 23810 Laurent Tranchant*, Satoki Hamamura, Jose Ordonez-Miranda, Sebastian Volz, Koji 15:54 Miyazaki Kyushu Institute of Technology, Japan Optimal design of open cell carbon foam insulation 15:54- 23667 Oleg Alifanov, Sergey Budnik, Aleksey Nenarokomov, Margarita Salosina* 15:56 National Research University, Russia Anisotropic thermal conductivity in two-dimensional materials and van der Waals 15:56- heterostructures 22524 15:58 Kyunghoon Kim, Jixiong He, Banu Ganeshan, Jun Liu* North Carolina State University, USA

General Sessions

August 12, Sunday 8:30-12:20 Room 309A Session subject: Convection-1 (COV1) Co-Chairs: Alexander Oron & Xiaoze Du

Time ID Title, Author, Affiliation Direct numerical simulation of the long-term behaviour of weak fountains in a homogeneous fluid 9:20-9:22 22953 Liqiang Dong*, Wenxian Lin, Steven Armfield, Michael Kirkpatrick, Nicholas Williamson, Dan Zhao James Cook University, Australia Experimental study on heat transport in turbulent Rayleigh-Bénard convection with viscoelastic fluids 9:22-9:24 23495 Tongzhou Wei, Weihua Cai*, Fengchen Li Harbin Institute of Technology, China Numerical study of heat transfer in viscoelastic flow through a straight duct with a square and rectangular cross-section 9:24-9:26 23562 Fouad Hagani*, Ronnie Knikker, Mhamed Boutaous, Shihe Xin National Institute of Applied Sciences of Lyon, France Effects of turbulent wake flow formed behind a square cylinder on mass diffusion process in a turbulent boundary layer 9:26-9:28 22864 Tomoya Houra*, Takuya Watanabe, Fumiya Suzuki, Masato Tagawa Nagoya Institute of Technology, Japan Analysis of natural convection of water via heatline approach in various enclosures involving unit area and identical heat input 9:28-9:30 23017 Leo Lukose*, Tanmay Basak Indian Institute of Technology Madras, India Experimental investigation of supercritical pressure CO2 flow and heat transfer instability in vertical tube 9:30-9:32 22567 Zhenchuan Wang, Ruina Xu, Peixue Jiang* Tsinghua Univeristy, China Relationship between pressure drop and heat transfer in smooth horizontal tubes 9:32-9:34 23022 Marilize Everts, Josua Petrus Meyer* University of Pretoria, South Africa Numerical study of thermal performance for large-scale wet cooling tower equipped with a fan driven by water dropping potential energy 9:34-9:36 23243 Zhigang Dang, Chaoqun Ma, Yang Zhou, Ming Gao* Shandong University, China Analysis of natural convection of water around a small magnetic sphere under induction heating 9:36-9:38 24129 Yuki Arakawa, Keisuke Nishijima, Van Cuong Han, Katsuya Kondo, Naoto Kakuta* Tokyo Metropolitan University, Japan Viscous dissipation influence on nanoscale liquid metal flows 9:38-9:40 22295 Z. H. Wang*, L.Y. Zhang University of Chinese Academy of Sciences, China A new approach to the formulation and solution of multi-temperature convection problems 9:40-9:42 21349 Sepehr Foroushani*, David Naylor, John Wright University of Waterloo, Canada

General Sessions

Natural convection in a V-shaped cavity 9:42-9:44 24276 Sidhartha Bhowmick, Feng Xu*, Suvash C. Saha Beijing Jiaotong University, China Similarities between heat and mass transfer enhancement in convective flow, using variational optimization technique 9:44-9:46 21341 Jean-Marc Avellaneda*, Shnegkun Jia, Pierre Neveu, Françoise Bataille, Xigang Yuan, Gilles Flamant French National Centre for Scientific Research, France On the proper interpretation of nanofluid convective heat transfer Matthias H. Buschmann*, Reza Azizian, Tobias Kempe, Enrique Julia, Raul Martínez- 9:46-9:48 22834 Cuenca, Bengt Sunden, Zan Wu, Ari Seppälä, Ala-Nissilä Tapio Institute of Air Handling and Refrigeration (ILK), Germany Lattice Boltzmann simulation of double diffusive natural convection of an eccentric annulus filled with Carreau-Yasuda fluids 9:48-9:50 22933 Gholamreza Kefayati*, Hui Tang The Hong Kong Polytechnic University, Hong Kong, China Applicability of the second moment closure models for turbulent heat flux of the turbulent natural convection in a confined cavity 9:50-9:52 24128 Seokwon Whang, Hyun Sun Park*, Moo Hwan Kim Pohang University of Science and Technology, Korea Transient convection heat transfer for helium gas under exponentially decreasing flow condition 9:52-9:54 21556 Qiusheng Liu*, Makoto Shibahara, Katsuya Fukuda Kobe University, Japan Heat transfer of an ionic wind cooling system with wire-to-wire group electrodes 9:54-9:56 23918 Lu Liang, Changhong Wang*, Qingming Liu Guangdong University of Technology, China Effects of numerical disturbances on natural convection heat transfer from an upward- facing horizontal heated plate 9:56-9:58 22661 Akihiko Mitsuishi*, Takashi Suzuki, Kenzo Kitamura Toyohashi University of Technology, Japan Turbulent forced convection in porous media: A direct numerical simulation study 9:58-10:00 22301 Stefan Gasow, Andrey V. Kuznetsov, Michael Schlüter, Yan Jin* University of Bremen, Germany Thermal hydraulic characteristic of a triangular cross corrugated plate 10:00- 23530 Asal Sharif*, Michel De Paepe 10:02 Ghent University, Belgium Modelling of convection heat transfer in ducts in 1D systems codes 10:02- 22139 Charl G. du Toit*, Herman J. van Antwerpen 10:04 North-West University, South Africa Experimental investigation on convective heat transfer of supercritical pressure 10:04- hydrocarbon fuel in a rotating centrifugal channel 22605 10:06 Zelong Lu, Yuxuan Guo, Yinhai Zhu, Peixue Jiang* Tsinghua University, China Laminar free convection between two vertical parallel plates with different rib lengths 10:06- and positions 23888 10:08 Viktor Terekhov, Ali Ekaid, Khalil Yassin* Novosibirsk State Technical University, Russia Acoustically and thermo-acoustically driven thermal transport in gases: New advances 10:08- 23407 Bakhtier Farouk* 10:10 Drexel University, USA 51

General Sessions

Numerical optimisation of forced convection of wall thickness of heated plates cooled using alumina-water nanofluid 10:10- 24154 Timothy Aduralere, Olabode Olakoyejo*, Olayinka Adewumi, Adekunle Adelaja, 10:12 Sirajudeen Obayopo, Josua Meyer University of Lagos, Nigeria Prediction and correction of sidewall conductance for natural convection in horizontal 10:12- enclosures 21359 10:14 Umesh Madanan*, Richard J. Goldstein University of Minnesota Twin Cities, USA

General Sessions

August 12, Sunday 8:30-12:20 Room 309B Session subject: Condensation-1 (COD1) Co-Chairs: Giuseppe Zummo & Li Jia

Time ID Title, Author, Affiliation A computational model for condensation heat transfer analysis at biphilic interface 9:20-9:22 23476 Yuhe Shang, Youmin Hou, Shuhuai Yao* Hong Kong University of Science and Technology, HongKong, China Active control of freezing a sessile ferrofluid droplet on a subcooled solid surface 9:22-9:24 23985 Hui Zhang, Yugang Zhao, Chun Yang* Nanyang Technological University, Singapore Roughness-variation induced biphilic surfaces for condensation heat transfer enhancement 9:24-9:26 21787 Xiao Yan*, Feng Chen*, Hang Li, Soumyadip Sett, Longnan Li, Zhiyong Huang, Hanliang Bo, Nenad Miljkovic* Tsinghua University, China Single droplet growth model for dropwise condensation considering non-condensable gas 9:26-9:28 22052 Shaofei Zheng*, Ferdinand Eimann, Christian Philipp, Ulrich Gross Technology University Bergakademie Freiberg, Germany An experimental investigation of steam condensation on outer surface of horizontal tubes with diameters greater than capillary length 9:28-9:30 23687 Jinjing Li, Xiaojun Quan*, Shenxukai Chen Shanghai Jiaotong University, China Experiments of dropwise condensation on wettability controlled surfaces 9:30-9:32 24208 Riccardo Parin, Stefano Bortolin, Alessandro Martucci, Davide Del Col* University of Padova, Italy Enhanced dropwise condensation via droplet removal into opposing wicked evaporator 9:32-9:34 23742 Kevin Murphy*, Jonathan Boreyko Virginia Polytechnic Institute and State University, USA Experimental investigation on mass transfer characteristic of stable steam jet condensation in a rectangular mix chamber 9:34-9:36 22628 Zong Xiao, Ji-Ping Liu*, Cheng-Shi Yang, Jun-Jie Yan Xi’an Jiaotong University, China Surface design for dropwise condensation: A theoretical approach 9:36-9:38 23802 Marieke Ahlers, Hans-Jörg Bart* Technology University Kaiserslautern, Germany Modification of the diffusion layer model for condensation heat transfer under the presence of noncondensable gases 9:38-9:40 23966 Junyeob Lee*, Jee-Min Yoo, Byong-Jo Yun, Jae-Jun Jeong Pusan National University, Korea Numerical study on the detailed droplet size distributions in dropwise condensation with the consideration of droplet “overlapping” and multiple re-nucleation 9:40-9:42 24152 Wei Xu*, Zhong Lan, Qiancheng Liu, Bingang Du, Xuehu Ma Dalian University of Technology, China Two-dimensional simulation of steam-air jet condensed into subcooled water 9:42-9:44 23480 Haibo Li, Maocheng Tian*, Xiaohang Qu, Min Wei Shandong University, China

General Sessions

Submicron particles formation by condensation at coals burning numerical simulation 9:44-9:46 24068 Leonid Petrov*, Naum Moiseevich Kortsenshteyn G.M. Krzhizhanovsky Power Engineerimg Institute, Russia A method for estimation of bundle condensation heat transfer from 3D enhanced surfaces 9:46-9:48 22328 Tailian Chen* Gonzaga University, USA Condensation heat transfer outside a vertical tube with temperature variation in the presence of noncondensable gas 9:48-9:50 23787 Kentaro Kanatani*, Hiroshige Kikura Tokyo Institute of Technology, Japan Experimental investigation of condensation heat transfer characteristics inside three- dimensional enhanced tubes 9:50-9:52 23153 Aifeng Zhang, Ruiheng Guo, Yan He, David Kukulka*, Wei Chen, Wei Li University at Buffalo, the State University of New York, USA Condensation heat transfer enhancement of R245fa in tube with conical mesh inserts 9:52-9:54 22566 Jian Xie, Qi Liu, Wei Shang, Xiang Li, Jinliang Xu* North China Electric Power University, China Experimental investigation on the condensation of R134a in multiport flat tubes 9:54-9:56 23485 Paul Knipper*, Dirk Bertsche, Thomas Wetzel Karlsruhe Institute of Technology, Germany Condensation and tube-side heat transfer of corrugated tubes for steam condensers 9:56-9:58 22824 Nae-Hyun Kim*, Min-Geon Go, Ho-Seung Han Incheon National University, Korea A visualized study of condensation heat transfer over a horizontal circular tube with a microporous hydrophobic surface 9:58-10:00 22417 Linwei Mou, Yuankai Huang, Wenye Li, Jiaqi Li, Liwu Fan* Zhejiang University, China New experimental results on dynamics of droplet clusters levitating over the locally 10:00- heated water surface 22228 10:02 Alexander Fedorets, Leonid Dombrovsky*, Dmitry Shcherbakov Joint Institute for High Temperatures, Russia Heat transfer and flow characteristics of ultra-micro steam injector and its operating 10:02- condition 23163 10:04 Akihiro Futsuta*, Akiko Kaneko, Yutaka Abe, Yutaka Suzuki University of Tsukuba, Japan Condensation heat transfer on lubricant-infused surfaces 10:04- 22637 Soumyadip Sett*, Alex Wu, Bingcheng Zhou, Nenad Miljkovic* 10:06 University of Illinois, USA Experimental study on CO2 flow condensation in a smooth horizontal tube at low 10:06- temperatures 23382 10:08 Peihua Li*, John J.J. Chen, Stuart Norris The University of Auckland, New Zealand Condensation heat transfer coefficient and pressure drop of R134a in a microfinned 10:08- tube: Modeling and optimization 23147 10:10 Mehdi Mehrabi*, Seyyed Mohammad Ali Noori Rahim Abadi, Josua Petrus Meyer University of Pretoria, South Africa

General Sessions

August 12, Sunday 8:30-12:20 Room 310 Session subject: Thermophysical Property Measurements-1 (TPM1) Co-Chairs: Koji Miyazaki & Huaqing Xie

Time ID Title, Author, Affiliation Development of metal substrate MEMS sensors for local multipoint heat flux measurement in engines 9:20-9:22 23004 Kazuhito Dejima*, Osamu Nakabeppu, Yuto Nakamura, Tomohiro Tsuchiya, Keisuke Nagasaka Meiji University, Japan Experimental study on thermal contact resistance of needle-punched C/C-SiC composites at different temperatures and pressures 9:22-9:24 21979 Xing-Jie Ren, Yan-Jun Dai, Jian-Jun Gou, Wen-Quan Tao* Xi’an Jiaotong University, China Transient determination on the water vapor diffusion coefficient of autoclave aerated concrete: Effects of sample and sensor sizes 9:24-9:26 22415 Shuaiqi Tian, Ke Wang, Liwu Fan*, Zitao Yu, Xu Xu, Jian Ge Zhejiang University, China Thermal effusivity of iron oxide scale formed on iron sheet measured by pulsed light heating thermoreflectance technique 9:26-9:28 23438 Yuanru Yang*, Takashi Yagi, Mitsutoshi Ueda, Miyuki Hayashi, Masahiro Susa, Rie Endo Tokyo Institute of Technology, Japan Measurement and analysis of effective thermal contact resistance at variable clamping pressures 9:28-9:30 23131 Ping Zhang*, Yaoqi Xian, Peng Yuan, Siping Zhai Guilin University of Electronic Technology, China Laser-assisted tip-substrate configuration for exploring ballistic thermal transport 9:30-9:32 22432 Yixin Chen, Yanru Xu, Yu Chen, Zehua Xie, Yanan Yue* Wuhan University, China Visualization of heat and mass transfer near the formation and dissociation interface of CO2 hydrate with high-speed phase-shifting interferometer 9:32-9:34 23691 Yuki Kanda*, Eita Shoji, Lin Chen, Junnosuke Okajima, Atsuki Komiya, Shigenao Maruyama Tohoku University, Japan Comprehensive T-type method for the thermal and electrical transport properties measurement of micro/nano wires and ribbons 9:34-9:36 22617 Weigang Ma, Shaoyi Shi, Xuguo Shi, Xing Zhang* Tsinghua University, China Four-probe thermal transport measurements of mesoscale structures 9:36-9:38 23669 Yuanyuan Zhou, Jaehyun Kim, Li Shi* The University of Texas at Austin, USA Thermal transport in graphene based nanomaterials 9:38-9:40 21857 Jie Chen* Tongji University, China A calibration technique of thermochromic liquid crystal sheets using artificial neural networks- A novel alternative 9:40-9:42 22438 Karthik Deo, C Balaji* Indian Institute of Technology Madras, India

General Sessions

Review of CO2 multiphase flow in two-dimension porous micromodels 9:42-9:44 23511 Changzhong Zhao*, Yi Zhang, Lei Yuan, Xuefeng Zhang, Fengnan Wang, Ying Wang Dalian University of Technology, China Thermal conductivity measurements of Al2O3/water nanofluid using time-domain thermoreflectance method and hot wire method 9:44-9:46 22993 Xinwei Wang, Meiling Zhou*, Weidong Xu, Zhongyin Zhang, Fangyuan Sun China University of Petroleum (East China), China Experiment and analysis of effective thermal conductivity of copper foam/paraffin composite phase change material 9:46-9:48 22100 Xiao Yang, Xinghua Zheng, Shen Li, Haisheng Chen* Institute of Engineering Thermophysics, China Thermal resistance of nanoparticle layer deposited solid-liquid interface 9:48-9:50 22135 Yoshitaka Ueki*, Tomoya Oyabu, Masahiko Shibahara Osaka University, Japan Development of a new PVT measurement method for H2-CO2-H2O mixture at high temperatures and high pressures 9:50-9:52 22026 Siyuan Cheng, Weigang Ma, Xing Zhang* Tsinghua University, China Heat transfer enhancement with insertion of an interfacial layer in a copper/diamond system 9:52-9:54 22721 Azina Clio, Jean-François Silvain, Yong-Feng Lu, Jean-Luc Battaglia* University of Bordeaux, France Fully adaptable interfacial sensors and reconstruction modeling for in situ heat transfer analysis of energy-saving materials 9:54-9:56 22127 Lin Qiu*, Dawei Tang, Dongsheng Wen, Yanhui Feng*, Xinxin Zhang University of Science and Technology Beijing, China Probing anisotropic and nonhomogeneous thermal conduction in CVD diamond by time-domain thermoreflectance Zhe Cheng, Ramez Cheaito, Tingyu Bai, Luke Yates, Aditya Sood, Brian Foley, Thomas L. 9:56-9:58 22782 Bougher, Firooz Faili, Mehdi Asheghi, Kenneth E. Goodson, Baratunde A. Cola*, Mark Goorsky, Samuel Graham* Georgia Institute of Technology, USA Numerical and experimental investigation on a new type electrical heat storage unit based on flat micro heat pipe 9:58-10:00 22873 Zeyu Wang, Yanhua Diao*, Yaohua Zhao, Chuanqi Chen, Li Liang, Tengyue Wang Beijing University of Technology, China Heat flux measurements in the heat transfer study Sergey Z. Sapozhnikov. Vladimir Yu. Mityakov, Andrey V. Mityakov, Andrey A. Gusakov, 10:00- 22633 Michail A. Grekov, Artem V. Vincarevich*, Vladimir V. Seroshtanov, Alexander Yu. 10:02 Babich, Elza R. Zaynullina Peter the Great St.Petersburg Polytechnic University, Russia Temperature-dependent dynamic viscosity of two sugar alcohols and their binary 10:02- eutectic mixture as heat storage materials 22421 10:04 Xue-Feng Shao, Chen-Lin Chen, Yong-Jian Yang, Biao Feng, Zi-Qin Zhu, Li-Wu Fan* Zhejiang University, China Advances in measuring thermophysical properties of liquids by the transient plane 10:04- source technique 23089 10:06 Pitt Goetze*, Martin Hefele, Thomas Storch, Rhena Wulf, Alexandra Kaas, Ulrich Gross Technology University Bergakademie Freiberg, Germany

General Sessions

Simultaneous measurements of the thermal and velocity boundary layer over a heated flat plate using thermographic laser Doppler velocimetry 10:06- 23986 Anthony Ojo*, Benoit Fond, Christopher Abram, Berend Van-Wachem, Andrew Heyes, 10:08 Frank Beyrau University of Strathclyde, UK Experimental analysis on a novel active thermal wall (ATW) integrated thermoelectric 10:08- heat pump unit 24144 10:10 Wenpeng Quan, Jiani Mao*, Qi Fang, Jingwei Zhou China Jiliang University, China Effect of plasma formation on laser-induced incandescence measurements of molten 10:10- metal nanoparticles 21927 10:12 Sina Talebi Moghaddam, Kyle Daun* University of Waterloo, Canada Effect of additive magnesium nitrate on the thermal property of sodium nitrate 10:12- 22189 Peng Xu, Xiaoyu Guo, Yaxuan Xiong*, Yuting Wu 10:14 Beijing University of Civil Engineering and Architecture, China Research on the cross-scale thermal characteristics prediction method of integrated 10:14- thermal protection materials for hypersonic vehicle 22494 10:16 Lei Liu*, Youan Shi, Litong Zhang, Xiaofeng Yang, Dong Wei, Guangming Xiao China Aerodynamics Research and Development Center, China

General Sessions

August 12, Sunday 8:30-12:20 Room 311A Session subject: Refrigeration and Cryogenics (RAC) Co-Chairs: Min Soo Kim & Jun Shen

Time ID Title, Author, Affiliation Comparison and analysis on the performance of R404A direct contact condensation refrigeration cycle for low temperature 9:20-9:22 21983 Ning Jinghong*, Dong Qiang, Liu Shengchun Tianjin University of Commerce, China Frost meltwater behavioral characteristics during defrosting on surfaces with various wettability 9:22-9:24 22346 Fuqiang Chu, Xiaomin Wu* Tsinghua University, China Heat and mass transfer analysis and dynamic modeling of desiccant-coupled thermoelectric dehumidification 9:24-9:26 22686 Bangjun Li, Lingji Hua, Ruzhu Wang* Shanghai Jiao Tong University, China A novel multilayer desiccant dehumidifier for hybrid air-conditioning: Adsorption and desorption in macro scale 9:26-9:28 23853 Jubair Ahmed Shamim*, Wei-Lun Hsu, Soumyadeep Paul, Kenji Kitaoka, Hirofumi Daiguji The University of Tokyo, Japan Exergy analysis of a pump-driven loop heat pipe for free cooling in data centers 9:28-9:30 22726 Wanpeng Zhu, Feng Zhou*, Cuicui li, Guoyuan Ma, Fuping Li, Xianghui Yan Beijing University of Technology, China Performance analysis of air conditioner with moisture seletive membrane 9:30-9:32 23935 Hyunjeong Lim, Yeonjoo Cho, Chanjoong Kim, Sangmi Choi, Minsung Kim* Chung-Ang University, Korea Numerical investigation on the influence of operating temperature range of active magnetic regenerator 9:32-9:34 23839 Hao-ning Shi, Ting Ma, Qiu-wang Wang* Xi'an Jiaotong University, China Numerical study on the oscillating flow and heat transfer characteristics in cryogenic regenerators 9:34-9:36 22552 Qian Huang, Liang Chen*, Shuangtao Chen, Yu Hou Xi'an Jiaotong University, China Optimization of a multi-layer regenerator for a 45K stirling cryocooler using REGEN 3.3 9:36-9:38 22716 Xi Chen*, Yuan Miao, Yudong Xia University of Shanghai for Science and Technology, China Lossless storage and transportation law of 250 m3 horizontal LNG storage tank 9:38-9:40 23226 Shouguang Yao*, Xiaogang Cai, Yindong Song Jiangsu University of Science and Technology, China Investigation of the performance of steam generation heat pump system with internal heat exchanger 9:40-9:42 23955 Dae Hoon Kang, Jae Ho Lee, Sun-Ik Na, Min Soo Kim* Seoul National University, Korea

General Sessions

A study on crystallization characteristics and visualization of onion cells at different pre-cooling rates 9:42-9:44 23968 Kai Zhu*, Yanqi Xie, Yabo Wang, Jinshan Wang, Baomin Dai Tianjin University of Commerce, China The study on the mechanism of the pulse tube cooler by molecular dynamics method 9:44-9:46 24350 Yanjin Che, Yingxia Qi*, Yuhe Wang, Danping Ma, Shuai Pan University of Shanghai for Science and Technology, China An experimental study on frost deposition on a vertical cryogenic surface under natural convection 9:46-9:48 23047 Liyan Li*, Zhongliang Liu, Lingqian Zhao, Yanxia Li Beijing University of Technology, China Heat transfer characteristics of multi-pulsed cryogen spray cooling for laser lipolysis 9:48-9:50 22308 Hui Xin, Bin Chen*, Zhifu Zhou Xi'an Jiaotong University, China Regeneration performance analysis of a multilayer desiccant dehumidification system 9:50-9:52 23850 Soumyadeep Paul, Jubair Shamim, Kenji Kitaoka, Wei-Lun Hsu*, Hirofumi Daiguji The University of Tokyo, Japan Enhanced freezing process with finned aluminum plates inside a home refrigerator 9:52-9:54 22141 H. Zhao*, F. Zhang, D. Wang, J. Han Shandong University, China SiGe-based planar thermoelectric thin film micro refrigerators 9:54-9:56 23197 Baoling Huang*, Yu Su The Hong Kong University of Science and Technology, HongKong, China Numerical study on heat transfer of supercritical CO2/DME mixture flowing in cooled helically coiled tubes 9:56-9:58 24186 Xuefang Li*, Qingxin Ba, Teng Huang, Feng Luo, Lin Cheng Shandong University, China

General Sessions

August 12, Sunday 9:20-12:20 Room 311B Session subject: Heat Transfer Enhancement-2 (HTE2) Co-Chairs: Igor V. Derevich & Qiang Li

Time ID Title, Author, Affiliation Convection heat transfer measurements of R-125 at supercritical pressures in a horizontal flow tested under organic rankine cycle conditions 9:20-9:22 24349 Marija Lazova*, Alihan Kaya, Michel De Paepe Ghent University, Belgium Numerical study of jet impingement heat transfer inside aero-engine inlet strut with film-heating anti-icing system 9:22-9:24 23911 Yi Lu, Peng Ke*, Xing Tang, Yun Zhang Beihang University, China Computational modeling of single-phase laminar flow heat transfer in complex plate-fin ducts 9:24-9:26 24222 Kuan-Ting Lin*, Milind A. Jog, Raj M. Manglik University of Cincinnati, USA Flow and heat transfer characteristics of supercritical hydrocarbon fuel in minichannel with micro-ribs 9:26-9:28 22492 Xin Li*, Silong Zhang, Jiang Qin Harbin Institute of Technology, China A study on comparison of volume averaged and pore scale results of solid/liquid phase change assisted by porous media 9:28-9:30 22702 Chunyang Wang, Moghtada Mobedi*, Fujio Kuwahara, Akira Nakayama Shizuoka University, Japan Numerical study on the effect of ultrasonic wave on heat transfer enhancement of heat transfer tube 9:30-9:32 23282 Zhang Aiping*, Zhang Ying, Zhang Yue, Xu Zhiming Northeast Electric Power University, China Experimental study of the dissimilarity between heat transfer and drag at dimpled surfaces in the flow disturbed by the cylinder rod 9:32-9:34 23015 Nickolay Kiselev*, Andrey Zditovets, Yurii Vinogradov, Mark Strongin Lomonosov Moscow State University, Russia Numerical simulation and structure optimization research on heat transfer characteristics of calciner cooling water jacket 9:34-9:36 23078 Zitian Wu, Kunqing Song, Ming Gao* Shandong University, China Proving surface phonon polaritons contribution to thermal conductivity in sin submicron films 9:36-9:38 24037 Yunhui Wu*, Roman Anufriev, Sergei Gluchko, Ryoto Yanagisawa, Laurent Tranchant, Atsushi Noguchi, Koji Usami, Masahiro Nomura, Sebastian Volz The National Center for Scientific Research, France Experimental study of effect of non-uniform electric field on the heat transfer enhancement in vertical rectangular microgrooves 9:38-9:40 22487 Jinchen Tang, Yingying Yu, Xuegong Hu* Institute of Engineering Thermophysics, Chinese Academy of Sciences, China

General Sessions

Experimental investigation of impinging heat transfer of pulsed jet on concave plate 9:40-9:42 23030 Yuanwei Lv*, Jingzhou Zhang, Xicheng Liu Nanjing University of Aeronautics and Astronautics, China Heat transfer enhancement in a rectangular duct: Exploiting von-Karman effect 9:42-9:44 24433 Gaurav Chapperwal*, Ankur Srivastava, Ram Dayal Manipal University Jaipur, India A numerical investigation on internal heat transfer in jet impingement/effusion cooling in a narrow channel 9:44-9:46 21397 Guanjiang Chen, Yuyang Liu, Yu Rao* Shanghai Jiao Tong University, China Near-infrared measurement of water temperature around gel droplets containing micro-magnetic particles under induction heating 9:46-9:48 23376 Van Cuong Han, Yuki Arakawa, Keisuke Nishijima, Katsuya Kondo, Naoto Kakuta* Tokyo Metropolitan University, Japan Effect of various nanofluids on thermal performance of the thermosyphon 9:48-9:50 21821 Agnieszka Wlazlak*, Bartosz Zajaczkowski, Lisa M. Wilde, Matthias H. Buschmann Wroclaw University of Science and Technology, Poland Numerical study of flow and heat transfer for pulsating flow in a square duct with ribs 9:50-9:52 22757 Wang Wei*, Du Bowen, Jia Yuemei Taiyuan University of Technology, China Vortex heat transfer enhancement by oval-trench dimples in narrow channels 9:52-9:54 22874 Sergey Isaev*, Alexander I. Leontiev, Jaroslav Chudnovsky, Igor Popov Saint-Petersburg State University of Civil Aviation, Russia Physical properties change and heat transfer enhancement in compact-chamber spray cooling using high-alcohol surfactant 9:54-9:56 22483 Li-Jia Jiang, Wen-Long Cheng*, Hua Chen, Yu-Hang Peng University of Science and Technology of China, China Investigating into heat transfer enhancement of dilute Al2O3-MWCNT water based hybrid nanofluid in a square cavity 9:56-9:58 23927 Solomon Giwa*, Mohsen Sharifpur, Josua Meyer University of Pretoria, South Africa Convective heat transfer measurements in tubes with equally spaced baffles under steady and oscillatory flow 9:58-10:00 23268 José Muñoz*, Juan Pedro Solano, Alberto García, Jose Pérez-García Technical University of Cartagena, Spain Enhanced interfacial heat transfer of liquid metal alloy on copper plate by introducing 10:00- Mo buffer layer 23704 10:02 Huilong Yan, Yulong Ji*, Zongyu Wang, Bohan Tian, Hongbin Ma Dalian Maritime University, China Heat transfer enhancement due to interaction of the thermocapillary structures with 10:02- waves on the surface of the heated liquid film 21582 10:04 Evgeny Chinnov* Siberian Branch of Russian Academy of Sciences, Russia Heat transfer enhancement of the eutectic salt PCM in a shell-and-tube latent heat 10:04- storage 22404 10:06 Chaxiu Guo*, Zhe Chen Zhengzhou university, China Investigation on hot-side heat sink for a portable thermoelectric unit 10:06- 23673 Xing Lu, Dongliang Zhao, Ting Ma, Ronggui Yang, Qiuwang Wang* 10:08 Xi'an Jiaotong University, China

General Sessions

Hexagonal boron nitride: A promising substrate for graphene with high heat 10:08- dissipation 22180 10:10 Zhongwei Zhang, Shiqian Hu, Jie Chen*, Baowen Li* Tongji University, China How Van Der Waals confinement enhances thermal conductivity in crosswise paved 10:10- polyethylene laminate 22458 10:12 Xiaoxiang Yu*, Chengcheng Deng, Xiaoming Huang, Nuo Yang Huazhong University of Science and Technology, China Numerical investigation of natural convection through high porosity metal foam 10:12- 23865 Banjara Kotresha, Gnanasekaran N* 10:14 National Institute of Technology Karnataka, India

General Sessions

August 12, Sunday 14:00-18:00 Room 309A Session subject: Boiling and Evaporation-2 (BAE2) Co-Chairs: Abdulmajeed Mohamad & Xiaodong Wang

Time ID Title, Author, Affiliation Experimental study of sessile droplet behavior during evaporation: Comparison of 15:00- methanol and water 23654 15:02 Rafik Lankri, Salah Chikh*, Lounes Tadrist, Mebrouk Ait-Saada University of Science and Technology Houari Boumediene, France Characteristics of pool boiling heat transfer on heterogeneous wetting microchannel 15:02- surfaces 21910 15:04 Wei Zhang*, Yuanzhi Sun, Zhiyu Wu, Junjie Yu, Jinliang Xu North China Electric Power University, China High heat flux and stable boiling heat transfer through nanoporous membranes 15:04- 23390 Qingyang Wang, Young Jin Kim, Renkun Chen* 15:06 University of California, San Diego, USA Distributions of temperature and heat flux around bubbles of flow boiling in narrow channel 15:06- 21918 Osamu Kawanami*, Yu Matsuda, Yasuhiro Egami, Itsuro Honda, Hiroki Yamaguchi, 15:08 Tomohide Niimi University of Hyogo, Japan Evaporative properties of water on the super-wetting carbon nanotube buckypapers 15:08- 22371 Guang Zhang*, Yantong Xu 15:10 China Academy of Space Technology, China Enhancement of cooling performance for a heat pipe-based battery thermal 15:10- management system with flow boiling 22740 15:12 Jialin Liang, Yunhua Gan* South China University of Technology, China Interfacial thermal fluid phenomena in shear – driven thin liquid films 15:12- 24435 Oleg Kabov*, Dmitry Zaitsev, Egor Tkachenko 15:14 Russian Academy of Sciences, Russia Study on characteristics of formation and evaporation of microlayer using laser 15:14- interferometry during nucleate pool boiling for water and ethanol 23120 15:16 Kang Hu, Zhihao Chen*, Yoshio Utaka Tianjin University, China A new correlation for predicting the heat transfer coefficients of R407C undergoing 15:16- flow boiling within horizontal microfin tubes 22945 15:18 Sunil Mehendale* Michigan Technological University, USA Characterization of surface temperature of evaporating sessile water droplets 15:18- 24122 Dinghua Hu*, Xuemei Chen, Qiang Li 15:20 Nanjing University of Science and Technology, China Enhancement of dry-out heat flux in non-uniform variable permeability wicking structures 15:20- 24136 Kyle Wilke*, Karina Kalinina, Yangying Zhu, Daniel Preston, Dion Antao, Solomon Adera, 15:22 Evelyn N. Wang Massachusetts Institute of Technology, USA

General Sessions

Comparative study on the pool boiling and falling film evaporation of refrigerant R134a 15:22- outside the same tubes 22117 15:24 Wentao Ji*, Chuangyao Zhao, Ertao Zhao, Zengyao Li, Wenquan Tao Xi'an Jiaotong University, China Impact of surface characteristics on microlayer, bubble dimensions and departure in 15:24- nucleate boiling 23121 15:26 Wei Ding*, Debasish Sarker, Uwe Hampel Helmholtz Zentrum Dresden Rossendorf, Germany Experimental investigation on pool boiling mechanism of gradient metal foams 15:26- 22409 Zhiguo Xu, Ruilian Huang, Changying Zhao* 15:28 Shanghai Jiao Tong University, China Comparison of bundle effect during flow boiling of distilled water over plain and 15:28- plasma coated tube bundles 23769 15:30 Abhilas Swain*, Rajiva L. Mohanty, Mihir Kumar Das Kalinga Institute of Industrial Technology, Bhubaneswar, India Subcooled pool boiling with an patterned heating surface 15:30- 24100 Noriyuki Unno*, Kazuhisa Yuki, Risako Kibushi, Shin-ichi Satake, Koichi Suzuki 15:32 Tokyo University of Science, Yamaguchi, Japan A semi-analytical model of bubble growth and detachment during nucleate boiling 15:32- 23319 Giovanni Giustini*, Keith Ardron, Simon Walker 15:34 Imperial College London, UK Influence of non-condensable component in vapor-gas mixture on the intensity of liquid 15:34- droplets evaporation 23474 15:36 Vladimir Levashov*, Alexei Kryukov, Irina Shishkova Moscow State University, Russia Evaporation and boiling in thin gap 15:36- 22230 Dike Xu, Keita Ogawa, Mitsuhiro Matsumoto* 15:38 Kyoto University, Japan CFD simulations of pool boiling with various heater wall conditions 15:38- 24146 Yeong Shin Jeong, In Cheol Bang* 15:40 Ulsan National Institute of Science and Technology, Korea Vapor absorption phenomenon into sessile liquid desiccant droplets 15:40- 22096 Zhenying Wang*, Daniel Orejon, Khellil Sefiane, Yasuyuki Takata 15:42 Kyushu University, Japan Characteristics of a single vapor bubble under subcooled water boiling 15:42- 23598 Nikolay V. Vasiliev*, Yury A. Zeigarnik, Konstantin A. Khodakov 15:44 Joint Institute for High Temperatures, Russian Academy of Sciences, Russia Spreading and splashing of a droplet train impinging onto a heated nanotube surface 15:44- 23426 Wei Tong, Lu Qiu, Zhen Qin, Chenlong Wu, Fei Duan* 15:46 Nanyang Technological University, Singapore Surface tension effect on thin film evaporation 15:46- 24263 Bohan Tian, Benwei Fu, Hongbin Ma*, NanNan Zhao, Jiujun Xu 15:48 University of Missouri, USA Enhanced water evaporation with floating synthetic leaves 15:48- 23736 Weiwei Shi, Joshua Vieitez, Austin Berrier, Matthew Roseveare, Jonathan Boreyko* 15:50 Virginia Tech, USA Experimental study of subcooled flow boiling heat transfer on micro-pin-finned 15:50- surfaces in short-term microgravity 24321 15:52 Bin Liu, Yonghai Zhang*, Jinjia Wei*, Jianfu Zhao Xi'an Jiaotong University, China

General Sessions

Numerical investigation of vapor bubble growth in rectangular microchannel 15:52- 22961 Alexander Stroh*, Bettina Frohnapfel, Roland Dittmeyer 15:54 Karlsruhe Institute of Technology, Germany Bubble dynamics and heat transfer in a wettability patterned flow boiling 15:54- microchannel 24287 15:56 Hongzhao Wang, Huihe Qiu* The Hong Kong University of Science and Technology, Hongkong, China Local heat flux reconstruction at the impact of a droplet onto a heated surface 15:56- William Chaze, Romain Collignon, Guillaume Castanet*, Ophélie Caballina, 24557 15:58 Jean-François Pierson, Fabrice Lemoine, Denis Maillet University of Lorraine, LEMTA, France

General Sessions

August 12, Sunday 14:00-18:00 Room 309B Session subject: Nano and Microscale Transport-2 (NMT2) Co-Chairs: Mohsen Sharifpur & Shushen Lv

Time ID Title, Author, Affiliation Molecular dynamics simulation of bubble nucleation above surface with different 15:00- cavities 22315 15:02 Yujie Chen, Bo Yu*, Yu Zou, Yi Wang, Dongxu Han China University of Petroleum-Beijing, China Effect of wettability on solid-liquid interfacial resistance in microchannel flow 15:02- 23856 Kohei Fukushima*, Ryoya Mitoma, Takaharu Tsuruta, Gyoko Nagayama* 15:04 Kyushu Institute of Technology, Japan Numerical simulation of miscible displacement in microchannel in slip regime by lattice 15:04- Boltzmann method 23890 15:06 Shuchen Lv, Bo Dong*, Xun Zhou, Weizhong Li Dalian University of Technology, China Numerical simulation of the magnetic particle deposition on the walls of a microchannel 15:06- 23469 Jordi Pallares* 15:08 University of Rovira in Virgili, Spain Viscosity of nanofluids with nanoparticles of varying aspect ratios 15:08- 23901 Songping Mo*, Ting Pan, Zhi Yang, Lisi Jia, Ying Chen 15:10 Guangdong University of Technology, China Near-infrared imaging of reaction and diffusion phenomena of aqueous solutions in 15:10- microfluidic channels 23920 15:12 Toshiya Ohata, Daisuke Kawashima, Naoto Kakuta* Tokyo Metropolitan University, Japan Photothermal properties of blended plasmonic nanofluid for direct solar thermal 15:12- absorption 21742 15:14 Huiling Duan*, Rongjie Chen, Liangliang Tang, Yuan Zheng, Chang Xu Hohai University, China Interlayer thermal boundary resistance of WSe2 investigated by using time-domain thermoreflectance measurement 15:14- 23785 Young Gwan Choi, Chan June Zhung, Chang Jae Roh, Hwi In Ju, Tae Yun Kim, Sang-Woo 15:16 Kim, Jong Seok Lee* Gwangju Institute of Science and Technology, Korea Thermal resistance optimization of microchannel heat sinks using liquid gallium 15:16- compared to water by adjusting channel width and fin width 24042 15:18 Xiong Xiang, Aiwu Fan*, Wei Liu Huazhong University of Science and Technology, China T-type Raman method for non-contact characterization of thermal transport properties 15:18- of individual nanowires 23847 15:20 Jinhui Liu*, Yudong Hu, Xing Zhang Nanjing University of Science and Technology, China Numerical study of low-melting point alloy based micro ice valve 15:20- 22862 Renchang Zhang, Zi Ye, Lin Gui* 15:22 Institute of Physics and Chemistry Technology, Chinese Academy of Sciences, China

General Sessions

Molecular dynamics study on evaporation/condensation coefficients in multi- 15:22- components system 21498 15:24 Yusuke Yamamoto, Kyohei Fujioka, Takaharu Tsuruta, Gyoko Nagayama* Kyushu Institute of Technology, Japan A new approach investigating dynamics and hysteresis of triple phase contact line 15:24- 23096 Qiao Liu, Abbasali Abouei Mehrizi, Hao Wang* 15:26 Peking University, China Gold-in-water nanofluids in microchannels: Surfactant effect 15:26- Eylul Simsek, Matthew Redmond, Aziz Koyuncuoglu, H. TUba Okutucu Ozyurt*, Haluk 21973 15:28 Kulah Middle East Technical Universtity, Turkey Characterization of thermal and electrical contact resistance between metallic nanowires and electrodes 15:28- 21297 Jianli Wang*, Zhizheng Wu, Chenkun Mao, Yufeng Zhao, Yunfeng Gu, Juekuan Yang, 15:30 Yunfei Chen Southeast University, China A multiscale study of film thickness dependent femtosecond laser spallation and 15:30- ablation 21385 15:32 Pengfei Ji, Yuwen Zhang*, Yiming Rong, Yong Tang University of Missouri, USA Solid-liquid phase change and thermal conductivity of erythritol as a heat storage 15:32- material: A molecular dynamics study 22420 15:34 Biao Feng, Ziqin Zhu, Yi Zeng, Liwu Fan* Zhejiang University, China Enhanced interfacial thermal conductance between carbon nanotube and gold by 15:34- molecule junctions: A molecular dynamics study 22699 15:36 Yuan Dong*, Chenghao Diao, Yingru Song, Haojia Chi, Jian Lin University of Missouri at Columbia, USA Interfacial thermal resistance at praphene-water interface 15:36- 22672 Ji-Hang Zou, Bing-Yang Cao* 15:38 Tsinghua University, China Surface enhancement absorption by phonon-plasmon polaritons in 15:38- graphene/HBN/grating structure 23869 15:40 Qinghui Pan, Ruming Pan, Guohua Zhang, Yong Shuai*, Heping Tan Harbin Institute of Technology, China Determination of the convective heat transfer coefficient of nanofluids 15:40- Lande Liu*, Viacheslav Stetsyuk, Krzystof Kubiak, Yit Fatt Yap, Afshin Goharzadeh, 24177 15:42 John C. Chai University of Huddersfield, UK Thermal transport in single polymer chains–the effects of curvature and kink 15:42- 22175 Xiaobo Li*, Xuhui Duan, Zehuan Li 15:44 Huazhong University of Science and Technology, China Designing nanostructures for heat transport via materials informatics 15:44- 23928 Shenghong Ju, Thaer M. Dieb, Koji Tsuda, Junichiro Shiomi* 15:46 The University of Tokyo, Japan Heater assisted Raman method to measure interfacial thermal conductance in van der 15:46- Waals heterostructures 21756 15:48 Qinyi Li*, Koji Takahashi, Xing Zhang Kyushu University, Japan

General Sessions

Thermal transport study on ReAlO3 /SrTiO3 heterostructures (Re= rare earth element: La/Nd/Sm/Gd) 15:48- 24121 Yu-Sheng Wang*, Jiu-Guo Chen*, Yuan-Feng Ding, Lei Li, Xue-Jun Yan, Chen Li, 15:50 Di Wu, Ming-Hui Lu, Hong Lu Nanjing University, China The effects of sidewalls on pressure drop and heat transfer in a pin-finned 15:50- microchannel 22565 15:52 Jingzhe Xie, Hongbin Yan, Gongnan Xie* Northwestern Polytechnical University, China Pressure fluctuations of liquid-liquid slug flow in cross-junction square microchannels 15:52- 23132 Jin-Yuan Qian*, Min-Rui Chen, Zan Wu, Zhen Cao, Bengt Sunden 15:54 Zhejiang University, China Optical absorption of graphene-coated nanoparticles and graphene nanoshells 15:54- 23717 Zhaolong Wang, Zhuomin Zhang, Ping Cheng* 15:56 Shanghai Jiao Tong University, China Molecular dynamics study on evolution of sodium vapor on dust particles surface in 15:56- cooling process 23690 15:58 Yinsheng Yu*, Yubing Tao, Ya-Ling He Xi’an Jiaotong University, China Coupled study of heat and mass transfer in microfludic devices monitored by thermal- 15:58- multispectral imaging 23069 16:00 S. Kirchner, A. Sommier, J. Leng, J.C. Batsale, J.L. Battaglia, C. Pradère* I2M, UMR CNRS 5295, Esplanade of Arts and Crafts, France

General Sessions

August 12, Sunday 14:00-18:00 Room 310 Session subject: New Energy and Efficiency-1 (NEE1) Co-Chairs: Pradip Dutta & Xiulan Huai

Time ID Title, Author, Affiliation Experimental study of PM emissions from wood pellet stoves with an innovative 15:00- burning pot 24111 15:02 Luigi Polonini*, Domenico Petrocelli, Simone Parmigiani, Adriano Lezzi University of Brescia, Italy Temperature changes for methane hydrate dissociation in different class deposits by 15:02- depressurization 23237 15:04 Mingjun Yang, Yi Gao, Hang Zhou, Bingbing Chen, Yongchen Song* Dalian University of Technology, China Study on dust particulate removal in exhaust gas using electrostatic spray 15:04- 23922 Yeonjoo Cho, Soyeon Kim, Hyunjeong Lim, Minsung Kim* 15:06 Chung-Ang University, Korea The physical mechanism research of thermalization influence on plasmonic solar cell 15:06- 23129 Jiajia Zhang, Zhiguo Qu*, Ruipeng Fu 15:08 Xi’an Jiaotong University, China Effect of rheological properties on convective heat transfer of microalgae slurries in 15:08- laminar flow 24049 15:10 Hao Chen, Qian Fu, Qiang Liao*, Hong Zhang, Yun Huang, Ao Xia, Xun Zhu Chongqing University, China Characteristic of argon plasma jet on methane hydrate decomposition for hydrogen 15:10- production 23225 15:12 Shinfuku Nomura, Ismail Rahim*, Shinobu Mukasa, Hozutaka Tanaka, Jumpei Tokuda Universitas Negeri Makassar, Indonesia Visualized experiment of bubble behaviors in a narrow rectangular channel under 15:12- natural circulation condition 24262 15:14 Meiyue Yan*, Tingting Ren, Changqi Yan, Kuan Yang, Shengzhi Yu, Yongyong Yang Harbin Engineering University, China Validation of the module aerosol/LM on the basis of the experiments on the size 15:14- evolution of sodium combustion aerosol with various RH 21371 15:16 Polina Kolobaeva*, Andrey Sorokin the Russian Academy of Sciences, Russia Research on the thermal performance of direct-contact heat transfer flow gas 15:16- condensate residual heat recovery unit 23553 15:18 Qunli Zhang*, Mingshuang Wang, Donghan Sun, Mingkai Cao Beijing University of Civil Engineering and Architecture, China Heat transfer enhancement of a flat plate by a dual cooling jet airflow: Experimental 15:18- and numerical approach 23862 15:20 Claudia Cadile*, Gerald Debenest, Jean-Pierre Fradin ICAM,Toulouse University, France Control-oriented modelling and evaluation for the temperature distribution in data- 15:20- centers 22956 15:22 Qiu Fang, Qi Wang, MengXuan Song*, Jun Wang Tongji University, China

General Sessions

Cavity absorber-emitters for high-temperature solar thermophotovoltaics 15:22- 23307 Colin C. Kelsall, David M. Bierman, Arny Leroy, Bikram Bhatia, Evelyn N. Wang* 15:24 Massachusetts Institute of Technology, USA Cost optimization for data center cooling system with thermal resistance-based method 15:24- 21992 Ronghuan Fu, Xing Zhang* 15:26 Tsinghua University, China Monte Carlo simulation of solar radiation through a water-filled prismatic louver 15:26- 21877 Yaomin Cai, Zhixiong Guo*, Nicholas Madamopoulos 15:28 The State University of New Jersey, USA Thermodynamic analysis of a flat plate solar air collector based on micro-heat pipe 15:28- arrays (MHPA-FPSAC) 22095 15:30 Tingting Zhu*, Yaohua Zhao, Yanhua Diao Tianjin University of Commerce, China Effect of distributed photovoltaic power station on building cooling load in summer 15:30- 21989 Sheng Liu, Yuying Yan*, Zhen Zhang, Jianbo Bai 15:32 University of Nottingham, UK Thermal feature of a modified solar phase change material storage wall system 15:32- 21459 Chenglong Luo*, Dan Sun, Lijie Xu, Jie Ji, Mengyin Liao 15:34 Jiangxi Academy of Sciences, China Thermal modelling of a solar thermochemical reactor for metal oxide reduction 15:34- 22948 Bo Wang, Vincent M. Wheeler, Johannes Pottas, Peter B. Kreider, Wojciech Lipinski* 15:36 The Australian National University, Australia A quantitative study on loss processes in multiple energy gap solar cells 15:36- 21871 Ao Wang, Yimin Xuan* 15:38 Nanjing University of Science and Technology, China Predicting dimensions of a solar pond using inverse method 15:38- 22793 Abhishek Kumar, Ranjan Das* 15:40 The Indian Institute of Technology Ropar, India The performance enhancement of solar photovoltaic combined with thermoelectric 15:40- generator under forced cooling conditions 22103 15:42 Yang Li, Huaqing Xie*, Zihua Wu, Jing Li Shanghai Polytechnic University, China Investigation of the heat transfer characteristics of the parallel plate volumetric 15:42- absorption solar collector using micro-encapsulated phase change slurry 22207 15:44 Fei Ma, Peng Zhang* Shanghai Jiao Tong University, China A numerical comparison of solar evaporators: Thermal, photovoltaic and hybrid PV/T 15:44- absorber plates 21542 15:46 Pierre-Luc Paradis*, Daniel R. Rousse, Louis Lamarache, Hakim Nesreddine University of Quebec, Canada Effects of solid optical parameters on heat and light transfer process of multi-layer 15:46- glazed roof filled with PCM 22448 15:48 Changyu Liu, Ji Bian, Guojun Zhang, Dong Li* Northeast Petroleum University, China Problems and possible solutions associated with global warming due to climate change 15:48- 22265 Peter Vadasz* 15:50 Northern Arizona University, USA

General Sessions

Thermal conductivity enhancement of material for calcium chloride/water thermochemical energy storage 15:50- 23351 Takuma Ohtaki*, Maho Mitsuo, Takayuki Terauchi, Hiroshi Iguchi, Keiko Fujioka, 15:52 Yukitaka Kato Tokyo Institute of Technology, Japan Effects for air gap of glass cover in a tiltable multi-effect solar distiller 15:52- 23778 Byung-Ju Lim*, Ga-Ram Lee, Chang-Dae Park 15:54 Korea Institute of Machinery and Materials, Korea A model of a solar cavity receiver with coiled tubes 15:54- 23794 Kentaro Kanatani*, Takashi Yamamoto, Yutaka Tamaura, Hiroshige Kikura 15:56 Tokyo Institute of Technology, Japan Neutronic and thermal-hydraulic coupled simulation of the supercritical water cooled 15:56- solid blanket for the CFETR 23180 15:58 Jie Cheng, Wenxiao Chu, Guanghui Su, Yitung Chen* Univeristy of Nevada Las Vegas, USA Prediction and treatment of heatstroke in indoor environment by human 15:58- thermoregulation modeling 23339 16:00 Jinping Zhao, Binkan Zhou, Yufeng Miao, Linjing Deng, Qingmei Wen, Qihong Deng* Central South University, China

General Sessions

August 12, Sunday 14:00-18:00 Room 311A Session subject: Cooling and Thermal Management-1 (CTM1) Co-Chairs: Michel De Paepe & Shuangfeng Wang

Time ID Title, Author, Affiliation Nozzle array scaling analysis of the thermal performance of liquid jet impingement coolers for high performance electronic applications 15:00- 22144 Tiwei Wei*, Herman Oprins, Vladimir Cherman, Ingrid De Wolf, Eric Beyne, Martine 15:02 Baelmans University of Leuven, Belgium Analysis of the two-layered mini/micro-channel heat sink based on liquid metal and 15:02- water 22493 15:04 Yujie Ding, Sicong Tan, Jing Liu* University of Chinese Academy of Sciences, China Thermal performance analysis of microchannel heat sink with non-uniform metal foam 15:04- arrangement 22760 15:06 Yongtong Li, Liang Gong*, Minghai Xu China University of Petroleum (East China), China A numerical analysis of the applicability of self-similar heat sink for cooling electrical 15:06- equipments with different sizes 23094 15:08 Wei Tang, Licheng Sun*, Jingjing Bao*, Guo Xie, Zhengyu Mo, Jiguo Tang Sichuan University, China Improving fast refill efficiency of compressed natural gas by pre-chilling 15:08- 22853 Aiqing Lan, Guoyu Zhang, Ri Li*, Joshua Brinkerhoff 15:10 University of British Columbia, Canada Parametric study and optimization of flow and heat transfer characteristics in microgap 15:10- with longitudinal vortex generators array 23458 15:12 Long Jia, jingguo Qu, Jianfei Zhang* Xi’an Jiaotong University, China Multi-physics analysis of the thermal behavior of inductor by using open-source 15:12- software 24367 15:14 Mengyi Zheng*, Hong Duc Doan, Kazuyoshi Fushinobu Tokyo Institute of Technology, Japan Numerical study of flow and heat transfer characterisitcs in swirl cooling tube with 15:14- dimples 22829 15:16 Yuyang Liu, Tian Xia, Yu Rao* Shanghai Jiao Tong University, China Measurement of heat transfer on turbine blade endwall with upstream wakes at 15:16- different relative positions 23397 15:18 Sehjin Park, Ho Seong Sohn, Hyung Hee Cho*, Yang Seok Han, Osamu Ueda Yonsei University, Korea Pressure loss and thermal optimization for laidback fan-shaped film cooling hole on the 15:18- suction surface of a turbine vane 23058 15:20 Ying Huang* Nanjing University of Aeronautics and Astronautics, China

General Sessions

Experimental investigation on high heat flux spray cooling using water on coated and structured surfaces 15:20- 23977 Ranjith Kandasamy, Jinlong Xie, Teck Neng Wong*, Fei Duan, Edwin Hang Tong Teo, 15:22 Tony Siu Hon Tsang Nanyang Technological University, Singapore Cell spacing optimization of battery pack in parallel air-cooled battery thermal 15:22- management system with U-type flow 22966 15:24 Kai Chen, Shuangfeng Wang* South China University of Technology, China Experimental investigation of thermal performance of six cavity cylindrical heat sink 15:24- with multiple PCMs 22999 15:26 Girish Kumar Marri, Srikanth Rangarajan, Chakravarthy Balaji* Indian Institute of Technology Madras, India Numerical investigation on the performance of transpiration cooling combined with 15:26- film cooling 23577 15:28 Ding Rui, He Fei*, Wang Jianhua, Tang Longsheng, Dong Guangqi University of Science and Technology of China, China Basic research on heat transfer of impinging air jet by intermittent flow control for 15:28- enhancing thermal management 23957 15:30 Taiki Furusawa*, Takashi Fukue, Hidemi Shirakawa, Koichi Hirose Iwate University, Japan Heat transfer enhancement of solid-liquid phase change using cubic boundary 15:30- 22704 Yutao Huo, Xuan Zhang, Zhonghao Rao* 15:32 China University of Mining and Technology, China Thermal performance of hollow hybrid fin heat sinks with impinging flow 15:32- 23466 Nico Effendi, Byoung Guk Kim, Kyoung Joon Kim* 15:34 Pukyong National University, Korea Compact liquid cooling system for high power IGBT modules in EV/HEV applications 15:34- 23833 Seokkan Ki*, Jooyoung Lee, Seunggeol Ryu, Youngsuk Nam 15:36 Kyunghee University, Korea Simulation and experimental study of a hybrid-power gas engine heat pump system 15:36- 22690 Tao Chen, Liang Cai*, Xiaofan Ma 15:38 Southeast University, China Numerical simulation of heat transfer enhancement for copper foam heat sink in electronic devices using water based BN nanofluids 15:38- 23451 Gan Zhang, Hui Cao, Maria Elena Navarro, J.W. Pomeroy, Chao Yuan, Martin Kuball, 15:40 Yulong Ding* Birmingham Centre for Energy Storage, UK The energy efficiency analysis of data center cooling based on separate heat pipe 15:40- 22335 Tao Wang*, Yuhua Li, Huan Liu, Lei Zhang, Yuyan Jiang, Dawei Tang 15:42 Institute of Engineering Thermophysics, Chinese Academy of Sciences, China Hybrid wick vapor chamber thermal performance evaluation for high heat flux 15:42- application by air cooling 22763 15:44 Feng Zhou*, Tianzhu Fan, Yanghe Liu, Ercan Dede Toyota Research Institute North of America Ann Arbor, USA Numerical modeling and optimization of an electromagnetic pump towards compact 15:44- driving metal coolant 23103 15:46 Xu-Dong Zhang, Yi-Xin Zhou, Xiao-Hu Yang, Si-Cong Tan, Jing Liu* Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, China

General Sessions

The enthalpy-porosity method with a rectangular specific heat curve 15:46- Wim Beyne*, Bernd Ameel, Alvaro De Gracia Cuesta, Gabriel Zsembinszki, Luisa F. 23939 15:48 Cabeza, Michel De Paepe Ghent University, Belgium Design procedure for energy efficient latent heat storage tanks with heat transfer fluid 15:48- channels and finite inlet power 23248 15:50 Bart Peremans*, Maarten Blommaert, Jan Diriken, Martine Baelmans Katholieke Universiteit Leuven, The Netherlands Numerical simulation of pulsating heat pipe with surfactant solutions 15:50- 22279 Durga Bastakoti, Hongna Zhang*, Weihua Cai, Fengchen Li 15:52 Harbin Institute of Technology, China Effect of heat transfer enhancement with jet cooling between outer and slotted inner 15:52- cylinders in an electrical rotating machine 23107 15:54 Tomohisa Yuasa*, Yuto Honma, Mitsuyoshi Ejiri, Akiko Kaneko, Yutaka Abe University of Tsukuba, Japan Numerical study of leading edge impingement heat transfer and film cooling with radial 15:54- angled holes 23727 15:56 Mingjie Zhang*, Nian Wang, Je-Chin Han Texas A&M University, USA Investigation of thermal design of heat conduction panel by topology optimization 15:56- Shintaro Kajiwara, Takashi Fukue*, Takayuki Yamada, Koichi Hirose, Shinji Nishiwaki, 24060 15:58 Koichi Ohtomi, Tomoyuki Hatakeyama, Masaru Ishizuka Iwate Universtiy, Japan Experimental and numerical study on the cooling characteristics of double-wall turbine 15:58- blade components with conjugate heat transfer 22978 16:00 Yi Chen*, Yingqing Zu Fudan University, China

General Sessions

August 12, Sunday 15:00-18:00 Room 311B Session subject: Convection-2 (COV2) Co-Chairs: Antonio Luis Moreira & Huiying Wu

Time ID Title, Author, Affiliation Influence of channel inclination on heat transfer of liquid metal flow 15:00- 22919 I. A. Belyaev*, D.Yu. Chernysh, N.A. Luchinkin, N.G. Razuvanov 15:02 Joint Institute for High Temperatures of the RAS, Russia A high-order numerical simulation of 2D Rayleigh-Bénard convection with 15:02- compressible Navier-Stokes equations 22717 15:04 Yaojie Yu*, Ya Liu, Feng Liu Northwestern Polytechnical University, China The change of bifurcating natural convection in a horizontal annulus by self-induced 15:04- circular magnetic field 23424 15:06 Jinho Oh*, Il Seouk Park Kyungpook National University, Korea Numerical analysis of curvature effect and buoyancy effect on heat transfer 15:06- characteristics of supercritical water in cooled helically coiled tubes 23203 15:08 Xingang Qi, Liejin Guo*, Hui Jin, Jiuyun Zhao, Xujun Li Xi’an Jiaotong University, China Impact of external temperature distribution on the turbulent and thermal fields in a vertical uniformly heated channel 15:08- 23383 Martin Thebault*, Stéphanie Giroux-Julien, Victoria Timchenko, Christophe Ménézo, 15:10 John A. Reizes The University of New South Wale, Australia Influence of substrate temperature on Marangoni convection instability in an 15:10- evaporating sessile droplet at constant contact line mode 22860 15:12 Tianshi Wang*, Wanyuan Shi Chongqing University, China Experimental research of supersonic aerodynamic cooling effect and its application for 15:12- higher energy separation efficiency 21244 15:14 Alexander Leontiev, Sergey Popovich*, Urii Vinogradov, Mark Strongin Lomonosov Moscow State University, Russia Local convective heat transfer in a 3×3 rod bundle 15:14- 24104 Chunping Tian*, Zhiqiang Zhu, Yiwen Liu, Kuan ang, Jianjun Wang, Changqi Yan* 15:16 Harbin Engineering University, China Natural convective heat transfer from two-sided heated horizontal isothermal plates 15:16- having a complex shape and a finite thickness 22634 15:18 Rafiq Manna, Patrick H. Oosthuizen* Queen's University, Canada Visualization study on flow characteristics of staggered cylinder arrays in transitional 15:18- flow state 23354 15:20 Wenjun Zhang, Jie Zhou, Jiahui Xu, Guannan Xi* Nantong University, China Numerical investigation on the flow around circular multiple cylinders of liquid metal 15:20- 23575 Sen Chen, Xiao-Hu Yang, Jing Liu* 15:22 Technical Institute of Physics and Chemistry, China

General Sessions

Heat transfer of liquid metal flow in a tube heated on the half of the circumference- 15:22- concept of a test loop 24226 15:24 Benjamin Dietrich*, Tim Laube, Luca Marocco, Thomas Wetzel Institute of Thermal Process Engineering, Germany Buoyancy driven flow within uniformly heated eccentric annulus 15:24- 21477 F. M. Mahfouz, R. M. Rizk-Allah, H. Imtiaz*, Bin Liu 15:26 Tsinghua University, China Numerical study for a thermal convection in a rotating spherical shell with growth of 15:26- magnetic field 24328 15:28 Toshio Tagawa*, Yoshihiko Otsuka, Hiroki Shibata Tokyo Metropolitan University, Japan The influence of different air supply modes on convection heat transfer in the human 15:28- body 23097 15:30 Zeqin Liu*, Yi Zhang, Hangyu Zhao Tianjin University of Commerce, China Pressure drop and heat transfer measurements of the once through steam generator 15:30- helical tube bundles of high temperature gas-cooled reactors 22511 15:32 Xiaowei Li*, Jiaqing Zhao, Xinxin Wu, Xiaowei Luo Tsinghua University, China Experimental study of density-driven-convection mixing between miscible fluids in 15:32- Hele-Shaw geometry 23743 15:34 Yinting Fan*, Sijia Wang, Ying Teng, Yu Liu, Lanlan Jiang*, Yongchen Song Dalian University of Technology, China Experimental investigation of convective heat transfer in the transitional flow regime of 15:34- an inclined smooth tube 23461 15:36 Abubakar Idris Bashir, Josua Petrus Meyer* University of Pretoria, South Africa Numerical and experimental study of supersonic film cooling with cracking 15:36- hydrocarbon fuel as coolant 22836 15:38 Jingying Zuo, Silong Zhang*, Jiang Qin, Bao Wen, Naigang Cui Harbin Institute of Technology, China Effects of multiple trapezoidal vortex generators on flow and surface cooling 15:38- 22270 Jeongmoon Park, Jorge Alvarado*, Leonardo Chamorro, Charles Marsh 15:40 Texas A&M University, USA Natural convection from an array of isothermal horizontal cylinders: A combined 15:40- experimental and numerical investigation 23938 15:42 Seamus O'Shaughnessy, Stephen Yates, Arun Mooney, Darina Murray* University of Dublin, Trinity College, Ireland Characterization and scaling of enhanced heat transfer in heat sink channels using 15:42- integrated aeroelastically fluttering reed 23653 15:44 Sourabh Jha, Ari Glezer* Georgia Institute of Technology, USA Experimental examination of transitional flow of dilute alumina-water nanofluid 15:44- 23235 Sohaib Osman*, Mohsen Sharifpur, Josua Meyer 15:46 University of Pretoria, South Africa Numerical simulation of natural convection melting in a cavity with a heat-generating 15:46- source 23642 15:48 Nadezhda Bondareva, Mikhail Sheremet* Tomsk State University, Russia

General Sessions

Numerical simulation of fluid flow and heat transfer in a pillow plate channel 15:48- 24055 Sourabh Kumar, B. Premachandran*, P.M.V. Subbarao 15:50 Indian Institute of Technology Delhi, India Forced convection thermal entrance length for simultaneously hydrodynamically and 15:50- thermally developing laminar flow at a constant heat flux 23020 15:52 Marilize Everts, Josua Petrus Meyer* University of Pretoria, South Africa Rayleigh-Bénard convection in thermos dependent shear-thinning fluids 15:52- 23950 T. Vare´*, C. Nouar* 15:54 National Centre for Scientific Research, France Effect of injection velocity ratio on thermal-fluid diffusion in free jet from annular 15:54- channel 22733 15:56 Shuichi Torii* Kumamoto University, Japan Numerical study of natural convection in a thermosyphon containing liquid gallium 15:56- under the magnetic field 22478 15:58 Hamid Teimouri, Amin Behzadmehr* University of Sistan and Baluchestan, Iran

General Sessions

August 13, Monday 8:30-12:20 Room 309A Session subject: Electrochemical Systems (ECL) Co-Chairs: Camilo Rindt & Jinjia Wei

Time ID Title, Author, Affiliation Electron and ion transport within the heat generation of graphene-based supercapacitors 9:20-9:22 22731 Jing Kong, Shenghao Wu, Huachao Yang, Zheng Bo* Zhejiang University, China Experimental study on direct reforming reaction of ammonia-methane mixed fuel on Ni-YSZ anode of SOFCs 9:22-9:24 23640 Katsuyuki Teramoto*, Hiroshi Iwai, Tomohisa Kawaguchi, Masashi Kishimoto, Motohiro Saito, Hideo Yoshida Kyoto University, Japan Performance modeling and optimization of a polymer electrolyte membrane fuel cell under dead-ended anode conditions 9:24-9:26 23786 Yu-Tong Mu*, Zhao-Lin Gu, Wen-Quan Tao Xi'an Jiaotong University, China Dynamic analysis of self-startup behavior of PEM fuel cell from subfreezing temperature with consideration of super-cooled water 9:26-9:28 22385 Sen Huo, Jae Wan Park, Kui Jiao* Tianjin University, China In-situ observation of gas products around the anode and improving the performance of direct carbon fuel cells using solid carbon fuels 9:28-9:30 23823 Hirotatsu Watanabe*, Minori Nakanouchi, Takashi Shimada, Katsunori Hanamura Tokyo Institute of Technology, Japan Effects of gradient porosity and gradient particle on performances of planar SOFCs 9:30-9:32 23190 Pei Fu, Jian Yang*, Qiuwang Wang Xi'an Jiaotong University, China Numerical investigation of clamping system effects on the cold start polymer electrolyte fuel cell performance 9:32-9:34 23910 Ahmed Mohmed Dafalla, Lin Wei, Zihao Liao, Fangming Jiang* Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, China A numerical study on optimization of fibrous carbon electrodes for vanadium redox flow batteries with interdigitated flow fields 9:34-9:36 24274 Shohji Tsushima*, Takahiro Suzuki Osaka University, Japan Temperature self-control of solid oxide fuel cell running on partially pre-reformed methane 9:36-9:38 24118 Wu Yiyang, Shi Yixiang*, Cai Ningsheng Tsinghua University, China A GPU-based lattice Boltzmann model for realistic droplet flow in gas channel of fuel cells 9:38-9:40 22283 Hao Deng, Yuze Hou, Kui Jiao* Tianjin University, China Trial of applying graphene nano platelet to catalyst layers of a PEMFC 9:40-9:42 23510 Abhay Kumar*, Takumi Iiri, K. Satake, Yutaka Tabe, Takemi Chikahisa Hokkaido University, Japan

General Sessions

Development of thermal management system of battery module using conjugated PCM and liquid cooling techniques 9:42-9:44 24273 Yang Sui, Hengyun Zhang*, Qingyu Wu, Shen Xu Shanghai University of Engineering Science, China Improving electrolyte transport inside the Li-ion porous electrodes using microchannels 9:44-9:46 24145 Shahabeddin Mohammadian, Yuwen Zhang* University of Missouri, USA Multi-physics coupled-field analysis for zinc-nickel single flow battery cell stack 9:46-9:48 23229 Shouguang Yao*, Yunhui Zhao, Zhenhao Zhang, Min Xiao, Jie Cheng, Yaju Shen Jiangsu University of Science and Technology, China Electrospun carbon nanofibers as advanced electrode for vanadium flow battery 9:48-9:50 24376 Zhihui Zhang, Bofeng Bai* Xi'an Jiaotong University, China In-situ thermal integration between H2O/CO2 co-electrolysis and thermochemistry by heat-flow design for efficient direct power-to-methane 9:50-9:52 22462 Yu Luo, Yixiang Shi*, Wenying Li, Ningsheng Cai Tsinghua University, China

General Sessions

August 13, Monday 8:30-12:20 Room 309B Session subject: Multiphase Flow-1 (MPF1) Co-Chairs: Gherhardt Ribatski & Bo Yu

Time ID Title, Author, Affiliation Heat transfer of drop train impacting flowing film 9:20-9:22 22303 Xuan Gao, Ri Li* University of British Columbia, Canada The numerical simulation of hydraulic cavitation in venturi tube 9:22-9:24 22001 Z. Wang, B. Bian*, C. Liu, Z. Miao, Z. Zhao, C. Liu Qingdao University of Science & Technology, China Frost density profile measured by using X-ray radiography 9:24-9:26 23967 Yoshiki Nagasawa*, Ryosuke Matsumoto, Takuma Uechi, Daisuke Ito, Yasushi Saito Kansai University, Japan Computational study on break-up mechanisms of isolated vapour slugs during saturated flow boiling conditions 9:26-9:28 23952 Manolia Andredaki, Anastasios Georgoulas*, Daniele Mangini, Lucio Araneo, Luca Pietrasanta, Nicolas Miché, Marco Marengo University of Brighton, UK Numerical simulation of ice crystal melting along straight line 9:28-9:30 21851 Feifei Jiang, Wei Dong*, Mei Zheng Shanghai Jiao Tong University, China Lattice Boltzmann mixture model for gas-liquid flow with phase change in porous media 9:30-9:32 22331 Shurong Lei, Yong Shi*, Yuying Yan University of Nottinghamy, UK The thermo-solutal capillary-buoyancy convection at positive capillary ratio in a shallow annular pool 9:32-9:34 21899 Li-Sheng Deng, Jie-Chao Chen*, Hong-Yu Huang, You-Rong Li, Jia-Jia Yu Dongguan University of Technology, China Heat flow and temperature changes in CO2 hydrate dissociation/reformation process using DSC technique 9:34-9:36 23525 Yongchen Song, Hang Zhou, Jianan Zheng, Mingjun Yang*, Yuanping Li Dalian University of Technology, China Two-phase flow and heat transport in 3-D printed pulsating heat pipes with different channel sizes 9:36-9:38 22146 Takahiro Arai, Masahiro Kawaji* City College of New York Thermal analysis and optimisation of a latent heat storage system with parallel pipes as heat exchangers 9:38-9:40 25099 Yuan Tian*, D. Zhou Aston University, UK Influence of droplet size and surface-tension temperature coefficient on the coalescence of two droplets with different temperatures 9:40-9:42 23184 Zhibin Wang, Rong Chen*, Xun Zhu, Qiang Liao, Xuefeng He, Long Jiao Chongqing University, China

General Sessions

Microscopic mechanisms of the disturbance frequency effect on heat transfer enhancement in wavy condensate films 9:42-9:44 23219 Luopeng Yang*, Hongyou Li, Yan Yang, Shengqiang Shen Dalian University of Technology, China Leidenfrost ice levitating on a composite liquid/vapor film 9:44-9:46 23732 Daniel Cusumano, Saurabh Nath, Jonathan Boreyko* Virginia Polytechnic Institute and State University, USA Impact of a supercooled water droplet on different temperature and contact angle cold plates 9:46-9:48 23531 Xuan Zhang, Xiaomin Wu*, Jingchun Min*, Xin Liu Tsinghua University, China Calibration and simulation of a capacitive sensor for void fraction measurements 9:48-9:50 23561 Alihan Kaya*, Marija Lazova, Steven Lecompte, Michel De Paepe Ghent University, Belgium Numerical study of heat transfer in gravity-driven particle flow nearby the tube 9:50-9:52 23368 Zhigang Guo, Xing Tian, Yingxue Hu, Jian Yang, Qiuwang Wang* Xi'an Jiaotong University, China System design and experimental investigation on high-temperature and high-pressure spray flash evaporation 9:52-9:54 23342 Can Ji, Lin Cheng*, Naihua Wang, Zhigang Liu Energy Research Institute of Shandong Academy of Sciences, China An improved algorithm for low mach number variable-density flow and numerical study on mixing of cold-water jet with supercritical bulk flow in a pipe 9:54-9:56 23252 Zhisong Ou, Liejin Guo*, Hui Jin, Shixing Zhu, Changqing Cao, Changsheng Ren Xi'an Jiaotong University, China Numerical study for forecasting the flooding flow impact on different shape of dam 9:56-9:58 23947 Alibek Issakhov*, Gulderayim Musakulova Al-Farabi Kazakh National University, Kazakhstan Lattice Boltzmann simulation of a micro molten droplet’s dynamics and solidification on a cold surface 9:58-10:00 23208 Wei Xiong, Ping Cheng* Shanghai Jiao Tong University, China Heat transfer phenomena in falling liquid films - a synergistic experimental and computational study 10:00- 24142 Alexandros Charogiannis, Fabian Denner, Berend G. M. van Wachem, Serafim Kalliadasis, 10:02 Christos N. Markides* Imperial College London, UK Droplet freezing on micro-textured surfaces exposed to humid air 10:02- 21762 Yuan Wang*, Zhen-Guo Wang 10:04 National University of Defense Technology, China Local characteristics of two-phase gas-liquid flow in T-shaped microchannel 10:04- 22909 German V. Bartkus*, Vladimir V. Kuznetsov 10:06 Siberian Branch of the Russian Academy of Sciences, Russia Analysis of the growth of spherical air bubbles in water due to the interfacial mass 10:06- transfer by a 3D front tracking method 21240 10:08 Syed Sharif*, Mark Ho, Victoria Timchenko, Guan Yeoh University of New South Wales, Australia Numerical analysis of the effects of hypergravity on flow boiling characteristics in 10:08- microchannels 22753 10:10 Yu Xu*, Guohua Li, Yuliang Yuan, Xiande Fang Nanjing University of Aeronautics and Astronautics, China

General Sessions

A study of estimation method of flow pattern of gas-liquid two-phase by using flow 10:10- sound in vertical pipe 23082 10:12 Sachiyo Horiki*, Kousuke Kokubo, Hiroyuki Higashi, Tsugue Ito, Masahiro Osakabe Tokyo University, Japan Experiment and numerical simulation on two-phase flow distribution in flute header 10:12- 24021 Liping Pang*, Xiaodong Li, Liqiang Duan, Yongping Yang 10:14 North China Electric Power University, China Investigation of suspended drop evaporation of different composition of liquids 10:14- 23583 Elena Bochkareva*, Vladimir Terekhov, Nikolay Miskiv 10:16 Siberian Branch of the Russian Academy of Sciences, Russia CFD simulation of steam condensation inside smooth inclined tube at different 10:16- saturation temperatures 21949 10:18 Seyyed Mohammad Ali Noori Rahim Abadi*, Josua Petrus Meyer University of Pretoria, South Africa Numerical modeling of thermal stresses using the finite-volume method 10:18- 22466 Guoxi He, Y. F. Yap, K. Kubiak, L. Liu, V. Stetsyuk, Y. T. Liang, J. C. Chai* 10:20 University of Huddersfield, UK

General Sessions

August 13, Monday 8:30-12:20 Room 310 Session subject: Computational Methods and Simulations-2 (CMS2) Co-Chairs: Janusz Szmyd & Zhiming Xu

Time ID Title, Author, Affiliation Flow pattern and instabilities in volatile sessile droplets under evaporation 9:20-9:22 23515 Sergey Semenov, Florian Carle, Marc Medale, David Brutin* Aix-Marseille University, France Coupling process analysis on the flow and heat transfer of hydrocarbon fuel with pyrolysis and pyrolytic coking under supercritical pressures 9:22-9:24 23866 Chaofan Zhao, Xizhuo Hu, Jianqin Zhu, Zhi Tao, Hongwei Wu Beihang University, China CFD simulation of solar receiver jet impingement heat transfer: RANS vs LES Ken Craig*, Marcel Slootweg, Josua Meyer, Shane Robbins, J.C. Kotzé, N.J.M. Groble, 9:24-9:26 23262 E. Oosthuizen, T.J. Winterbach, Wilhelm Moll University of Pretoria, South Africa A numerical simulation of steam direct contact condensation 9:26-9:28 23079 Lu Yuanshu, Lu Tao* Beijing University of Chemical Technology, China Numerical analysis of transient conjugate heat transfer in HDR drilling with high- pressure liquid nitrogen jet 9:28-9:30 23269 Shikun Zhang, Zhongwei Huang*, Gensheng Li, Xianwei Dai, Chengcheng Zhang, Chao Xiong China University of Petroleum - Beijing, China Parametric study of bypass flows through inlet/outlet walls on PM deposition in hexagonal channel diesel particulate filters 9:30-9:32 23381 Satoru Sakama*, Masamichi Nakagawa, Katsunori Hanamura Tokyo Institute of Technology, Japan Investigation of heat transfer coupled large deformation using SPH 9:32-9:34 22226 Zhongyi Liu, Haisheng Fang*, Qianli Ma Huazhong University of Science and Technology, China Numerical cooling performance evaluation of reversible fan system in a raised-floor data center 9:34-9:36 24170 Zhihang Song*, Qiang Yue, Ran Wang Northeastern University, China Analysis of additive alignment in a PDMS and carbon fiber mixture flow 9:36-9:38 23155 Jun-Yub Park, Dong-Wook Oh* Chosun University, Korea An adjoint approach to thermal network topology optimization 9:38-9:40 24074 Maarten Blommaert*, Robbe Salenbien, Martine Baelmans University of Leuven, Belgium Effects of electron-phonon interactions on lattice thermal conductivity of doped SnSe 9:40-9:42 22971 Shouhang Li, Zhen Tong, Hua Bao* Shanghai Jiao Tong University, China Comparison of approximated momentum equations in dynamic models of vapor compression systems 9:42-9:44 23630 Hongtao Qiao*, Christopher Laughman Mitsubishi Electric Research Labs, USA

General Sessions

Simulation of heat transfer in the contact line region of pure fluid and binary fluid mixture in a closed micro-cavity 9:44-9:46 23111 Xinghui Wu, Zhen Yang*, Bengt Sunden, Yuanyuan Duan Tsinghua University, China Safety assessment of hybrid heat pipe-integrated spent fuel dry storage cask 9:46-9:48 24148 Kyung Mo Kim, Yeong Shin Jeong, In Cheol Bang* Ulsan National Institute of Science and Technology, Korea Numerical investigation on conjugated heat transfer of supercritical water flow past a spherical particle 9:48-9:50 23452 Zhenqun Wu, Jingli Sun, Huifang Feng, Hui Jin*, Liejin Guo Xi'an Jiaotong University, China Numerical study of the flow and heat transfer characteristics of the falling film in the absorber 9:50-9:52 23958 Fangfang zhang*, Feifei Zheng Zhengzhou University of Light Industry, China Numerical study of heat transfer in a distorted rod bundle 9:52-9:54 23314 Kenneth Chinembiri, Shuisheng He*, Jiankang Li, Cosimo Trinca University of Sheffield, UK Numerical simulation of the thermal load characteristics of friction pairs in hydro- viscous drive 9:54-9:56 21898 Qiliang Wang, Hongwei Cui*, Zisheng Lian, Long Li Taiyuan University of Technology, China Study on microstructure evolution characteristics of aircraft icing based on phase-field method 9:56-9:58 23142 Yanxia Du*, Lei Liu, Guangming Xiao, Yewei Gui, Dong Wei, Youan Shi, Xiaofeng Yang China Aerodynamics Research and Development Center, China Investigation of the local mass transfer in a reverse osmosis desalination process with high-performance computing solutions 9:58-10:00 24115 Jiu Luo, Qing-Qing Yang, Dong-Chuan Mo, Yuan-Xiang Fu, Shu-Shen Lyu, Yi Heng* Sun Yat-sen University, China Large-scale simulations of sub-seabed CO2 storage in the form of gas hydrate 10:00- 23784 Tao Yu*, Toru Sato, Guoqing Guan, Abuliti Abudula 10:02 Hirosaki University, Japan Reduction of an electronic card thermal problem by the modal sub structuring method 10:02- 22515 Sébastien Grosjean*, Frédéric Joly, Karine Vera, Alain Neveu, Eric Monier-Vinard 10:04 University Paris Saclay, France A multiple-relaxation-time lattice Boltzmann model for natural convection in a hydrodynamically and thermally anisotropic porous medium under local thermal non- 10:04- 23373 equilibrium con 10:06 Wei Wu, Weixiong Wu, Shuangfeng Wang* South China University of Technology, China Sedimentation behaviors of two thermal spheres 10:06- 21763 Sheng Chen*, Bo Yang, Wei Gong, Yuying Yan 10:08 University of Notttingham, UK A fractional-step lattice Boltzmann method for solid-liquid phase change 10:08- 22244 Dong Li, Ming-Jia Li*, Ya-Ling He, Wen-Quan Tao 10:10 Xi'an Jiaotong University, China Influence of gas injection on heat transfer in the vicinity of hemispherical model 10:10- 22881 Ivan Vladimirovich Egorov, Natalia V. Palchekovskaya* 10:12 Central Aerohydrodynamic Institute, Russia

General Sessions

Interaction of collimated beam radiation with natural convection in 2D-geometry 10:12- 23016 Chandrasekhara Pratap G. C, Pradeep Kumar* 10:14 Indian Institute of Technology Mandi, India

General Sessions

August 13, Monday 8:30-12:20 Room 311A Session subject: Bio and Medical Applications (BMA) Co-Chairs: Bengt Sundén & Xun Zhu

Time ID Title, Author, Affiliation Internal temperature field estimation in water-filtered infra-red-A (WIRA) hyperthermia of breast cancer from skin surface temperature measurements 9:20-9:22 22947 Bernard Lamien*, Helcio R. B. Orlande Federal University of Rio de Janeiro, Brazil Numerical simulation of laser lipolysis based on multi-layer skin model 9:22-9:24 22209 Yue Zhang, Dong Li, Bin Chen* Xi'an Jiaotong University, China Numerical simulation of fluid and heat transfer in biological tissue containing the exact structure of microvascular network based on immersed boundary method 9:24-9:26 22959 Tang Yuanliang, Ying He* Dalian University of Technology, China Motion-robust blood perfusion sensing by LDF with focus control 9:26-9:28 23497 Hashimoto. Masaaki*, Taguchi. Yoshihiro Keio University, Japan Measurement and computational experiments within newborn’s brain cooling process 9:28-9:30 22900 Dominika Bandoła, Andrzej Nowak*, Ziemowit Ostrowski, Marek Rojczyk, Wojciech Walas Silesian University of Technology, Poland Application of a short pulse laser to the human skin 9:30-9:32 21406 João Freire, Pedro Coelho* The University of Lisbon, Portugal Effect on autoregulation of the atertial blood flow during hyperthermia 9:32-9:34 24161 Yabo Wang*, Kai Zhu, Jinshan Wang, Yanqi Xie Tianjin University of Commerce, China Mathematical modeling of thermal processes during ophthalmic laser surgeries by a local non-thermal equilibrium two-temperature model 9:34-9:36 22276 Yibo Zhao, Dong Li, Bin Chen* Xi'an Jiaotong University, China The effect of the cluster’s size on hyperthermia heating ferrofluids of superparamagnetic nanoparticles clusters 9:36-9:38 21923 Rong Fu, Y.Y. Yan*, C. Roberts, Z.Y. Lu, Y.Y. Chen University of Nottingham, UK Thermal characteristics measurement of fibrin reaction and clot formation in venous thrombus using microchannel flow 9:38-9:40 22842 Kazuya Tatsumi*, Yusuke Yamamoto, Atsunori Yanamoto, Hideo Hirakata, Naoko Sugita, Kyo Inoue, Reiko Kuriyama, Kazuyoshi Nakabe Kyoto University, Japan Direct numerical simulation of long-range cell manipulation with AC electrokinetics by immersed-boundary lattice Boltzmann method 9:40-9:42 22742 Qinlong Ren, Fanlong Meng, Cho Lik Chan* The University of Arizona, USA Layout optimization of passive micro mixers with cylindrical obstacles 9:42-9:44 21811 Seetharaman S, madhumitha R, Muniyandi Venkatesan, Arcot Balakrishnan* SASTRA University, India

General Sessions

Thermal conductivity of PAAM hydrogel and its crosslinking effect Ni Tang, Zhan Peng, Rulei Guo, Meng An*, Xiandong Chen, Xiaobo Li, Nuo Yang, 9:44-9:46 22419 Jianfeng Zang Huazhong University of Science and Technology, China Heat generation in irradiated solutions containing magnesium nanoparticle aggregates 9:46-9:48 23394 Xi Gu*, Victoria Timchenko, Zachary Clift, Michael Jackson, Jing Liu, Wei Rao The University of New South Wales, Australia Magnetic resonance thermometry during the localized heating of biological tissues César C. Pacheco*, Helcio R. B. Orlande, Marcelo J. Colaço, George S. Dulikravich, 9:48-9:50 22069 Leonardo A. B. Varonl Federal University of Rio de Janeiro, Brazil Study of enhanced radiofrequency heating with pre-freezing in tissue 9:50-9:52 22590 Kangwei Zhang, Jincheng Zou, Aili Zhang* Shanghai Jiao Tong Universitity, China Effects of partical size and density on inhaled aerosol deposition in human lungs: Fate, mechanism, and efficiency 9:52-9:54 23277 Qihong Deng*, Qingmei Wen, Linjing Deng, Cuiyun Ou, Xilong Guo Central South University, China

General Sessions

August 13, Monday 9:20-12:20 Room 311B Session subject: Condensation-2 (COD2) Co-Chairs: Chengwang Lei & Xuehu Ma

Time ID Title, Author, Affiliation Scalable-manufacturing of biphilic condensation surfaces with randomized hydrophilic nano-bumps 9:20-9:22 23481 Yuhe Shang, Youmin Hou, Shuhuai Yao* Hong Kong University of Science and Technology, Hongkong, China Retarded frost spreading on superhydrophobic surfaces with patterned micropillars 9:22-9:24 22451 Yugang Zhao, Charles Yang* Nanyang Technological University, Singapore Drop mobility on superhydrophobic surfaces with wettability contrasts 9:24-9:26 23512 Yutaku Kita*, Coinneach Dover, Alexandros Askounis, Yasuyuki Takata, Khellil Sefiane Kyushu University, Japan Coalescence-induced droplet jumping on hydrophilic nanoengineered surfaces Xiao Yan*, Feng Chen, Soumyadip Sett, Lezhou Feng, Junho Oh, Hyeongyun Cha, Longnan 9:26-9:28 22157 Li, Zhiyong Huang, Nenad Miljkovic* Tsinghua University, China Convective dropwise condensation of humid air 9:28-9:30 21456 Ferdinand Eimann*, Shaofei Zheng, Christian Philipp, Ulrich Gross Freiberg University of Mining and Technology, Germany Evaluation of condensation heat transfer correlations for the annular flow regime in microfin tubes 9:30-9:32 23135 Zhichuan Sun, Li Wei*, Wei Chen, Yan He Zhejiang University, China Condensation heat transfer and pressure drop characteristics of R-134a in horizontal smooth tubes and enhanced tubes fabricated by SLM 9:32-9:34 23874 Xuwen Wang*, Jin Yao Ho, Kai Choong Leong, Teck Neng Wong Nanyang Technological University, Singapore R410A and its low-GWP substitute R32 condensation inside a 4 mm horizontal smooth tube 9:34-9:36 22500 Giovanni A. Longo*, Simone Mancin, Giulia Righetti, Claudio Zilio University of Padua, Italy Effects of surface orientation on jumping-droplet condensation 9:36-9:38 23745 Ranit Mukherjee, Austin Berrier, Joshua Vieitez, Kevin Murphy, Jonathan Boreyko* Virginia Polytechnic Institute and State University, USA Experimental investigation on heat transfer coefficents and frictional pressure drop during R134a condensation inside a plate fin heat exchanger with wavy fins 9:38-9:40 22878 RamanaMurthy Katabathuni*, Chennu Ranganayakulu, Ashok TP, Luo Xing Aeronautical Development Agency, India Heat transfer and pressure drop characteristics of high temperature condensation of R245fa and R1233zd in a plate heat exchanger 9:40-9:42 22455 Ji Zhang*, Brian Elmegaard, Fredrik Haglind Technical University of Denmark, Denmark

General Sessions

Effects of inlet pressure on condensation characteristics of CH4-CO2 mixture in laval nozzle 9:42-9:44 21557 Jiang Bian, Xuewen Cao*, Wenming Jiang, Pengbo Yin, Danyang Hou China University of Petroleum, China Prescription for use of vapor explosion retardant into salt water 9:44-9:46 23614 Masahiro Furuya*, Takahiro Arai Central Research Institute of Electric Power Industry, Japan Condensation heat transfer of R-134a on single horizontal three-dimensional structured tubes 9:46-9:48 24079 Ruben Steinhoff*, Xing Luo, Stephan Kabelac Leibniz University Hanover, Germany Gravitationally-driven wicking condensation 9:48-9:50 23656 Daniel J. Preston*, Kyle Wilke, Zhengmao Lu, Yajing Zhao, Laura Becerra, Evelyn N. Wang Massachusetts Institute of Technology, USA Forced convection condensation of steam in the presence of a noncondensable gas-a numerical model 9:50-9:52 23150 Valerij Artemov, Konstantin Minko*, Georgij Yan’kov, Oleg Milman Moscow Power Engineering Institute, Russia Condensation pressure drop characteristic of R410A inside horozontal three- dimensional enhanced tubes 9:52-9:54 23176 Rui-Heng Guo, Zhi-Chuan Sun, Wei Li*, Yan He, Wei Chen Qingdao University of Science and Technology, China HFO 1234ze(E) condensation inside a mini microfin tube with 4.0 mm OD 9:54-9:56 22467 Andrea Diani, Luisa Rossetto* University of Padua, Italy Optimization of structure on condensation on superhydrophobic surfaces (SHSs) and slippery lubricant-infused porous surfaces (SLIPSs) 9:56-9:58 23496 Daniel Orejon*, Yota Maeda, Fengyong Lv, Peng Zhang, Yasuyuki Takata Kyushu University, Japan Flow condensation heat transfer characteristics of methane and ethane 9:58-10:00 22811 Qinglu Song, Gaofei Chen, Zhiqiang Yang, Hanwen Xue, Maoqiong Gong* Technical Institute of Physics and Chemistry, China Heat transfer analysis during jet impingement on metal plates 10:00- 22136 Yuan Fang*, Eckehard Specht 10:02 Otto Von Guericke University, Germany Adhesion energy per unit area of various liquid droplets on PMMA, Parylene C, and 10:02- PPFC coated flat solid surfaces 22837 10:04 Shun Jin*, Ji Hwan Jeong Pusan National University, Korea Anti-icing meter scale superhydrophobic heat exchangers 10:04- Kalyan Boyina*, Nithin Vinod Upot, Joseph Mayer, kazi Rabbi, Shreyas Chavan, 24237 10:06 Thomas Foulkes, Xioafei Wang*, Nenad Miljkovic* University of Illinois-Urbana-Champaign, USA Growth mechanism of single droplet on the nanocone structured surface 10:06- 24085 Xuan Xiao, Xueliang Fan*, Yinnan Yuan 10:08 Soochow University, China

General Sessions

August 14, Tuesday 8:30-12:20 Room 309A Session subject: Boiling and Evaporation-3 (BAE3) Co-Chairs: Khellil Sefiane & Xinlin Xia

Time ID Title, Author, Affiliation Heat transfer investigation on a single artificial nucleate site: influence of the wall orientation on the bubble behavior 9:20-9:22 24595 Mohammed Zamoum*, Herve Combeau, Lounes Tadrist University M'Hamed Bougara of Boumerdes, Algeria Study on liquid-gas interface at nanoscale using transmission electron microscopy 9:22-9:24 23136 Yoko Tomo, Alexandros Askounis, Khellil Sefiane, Yasuyuki Takata, Koji Takahashi* Kyushu University, Japan Fractal heat transfer model for pool boiling on micro-pin-finned surfaces in microgravity 9:24-9:26 22274 Baojin Qi*, Ting Yu, Jinjia Wei, Yonghai Zhang, Xueli Wang Xi’an Jiaotong University, China Experimental investigation of two-phase flow boiling inside porous media 9:26-9:28 23421 Sonja Weise*, Thomas Wetzel, Benjamin Dietrich Karlsruhe Institute of Technology, Germany Effect of surface temperature and ambient pressure on water droplets behaviors on heated surface 9:28-9:30 22863 Xingjian Yu, Xiaoyu Zhang, Bin Xie, Bofeng Shang, Ruikang Wu, Run Hu, Xiaobing Luo* Huazhong University of Science and Technology, China Perturbation analysis of a strongly vaporizing rotating particle in a linear temperature field 9:30-9:32 25156 Dejuan Kong, Satwindar Sadhal* University of Southern California, USA Study on heat and mass transfer characteristics of proton exchange membrane (PEM) fuel cell based on water evaporation effect in membrane 9:32-9:34 23286 Chaoling Han, Zhenqian Chen* Southeast University, China Experimental study of the non-stationary heat flux effect on the onset of nucleate boiling and maximum bubble diameters in the subcooled boiling flow 9:34-9:36 22898 A. A. Levin*, P.V. Khan Melentiev Energy Systems Institute, Russia The two-layers composite structure of biomimetic copper forest and honeycomb-like porous structure to enhance pool boiling performance-submit 9:36-9:38 23974 Yaqiao Wang, Jiali Luo, Yi Heng, Xizhe Huang, Dongchuan Mo*, Shushen Lyu Sun Yat-sen University, China Capillary evaporation and boiling heat transfer on hybrid wicking structures 9:38-9:40 23634 Rongfu Wen, Shanshan Xu, Yung-Cheng Lee, Ronggui Yang* University of Colorado, USA Numerical simulation of bubble dynamics and heat transfer during nucleate boiling of FC-72 by using the 3D-VOSET method 9:40-9:42 22743 Zhizhu Cao, Dongliang Sun*, Jinjia Wei, Bo Yu* Beijing Institute of Petrochemical Technology, China

General Sessions

Numerical study of bubble dynamics on surface with switchable wettability 9:42-9:44 23632 Lei Zhang, Tao Wang*, SeolHa Kim, Yuyan Jiang* Institute of Engineering Thermophysics, China High heat flux flow boiling of water and dielectric coolant in parallel microchannels 9:44-9:46 22906 Vladimir Kuznetsov*, Alisher S. Shamirzaev Siberian Branch of Russian Academy of Sciences, Russia The effect of surface roughness on evaporation of condensate droplets at structured surfaces 9:46-9:48 22314 Xuemei Chen*, Qiang Li, Shuhuai Yao, Zuankai Wang Nanjing University of Science and Technology, China Nucleate pool boiling heat transfer on a titania nanotube-coated surface 9:48-9:50 23586 Simiao Fan, Wei Tong, Jun Luo, Fei Duan* Nanyang Technological University, Singapore Estimation of local concentrations and visualization of boiling behaviors at high heat fluxes in saturated pool boiling of 2-propanol/water mixtures 9:50-9:52 22954 Hiroto Sakashita* Hokkaido University, Japan Nanoparticulate deposition on roughened copper surfaces via nanofluid pool boiling Simone Mancin*, Luca Doretti, Taylor Allred, Justin A. Weibel, Giulia Righetti, C. Zilio, 9:52-9:54 22820 Giovanni Longo University of Padova, Italy Experimental study on evaporation characteristics of meniscus 9:54-9:56 22238 Shu Soma, Tomoaki Kunugi*, Takehiko Yokomine, Zensaku Kawara Kyoto University, Japan Saturated flow boiling of R410A in various multiport-tubes with rectangular microchannels 9:56-9:58 23549 Nguyen Ba Chien, Pham Quang Vu, Choi-Kwang Il, Jong-Taek Oh*, Honggi Cho Chonnam National University, Korea Analysis of temperature uniformity and measurement of boiling curve in transition boiling on a large surface consists of five parts 9:58-10:00 22705 Yoshihiko Haramura*, Yutaro Ishikawa Kanagawa University, Japan Study of the factors affecting the temperature field distribution during droplet 10:00- evaporation 22247 10:02 Liu Bin*, Chai Lin, Chen Aiqiang, Rachid Bennacer, K. Sefiane Tianjin University of Commerce, China Investigating the relationship between surface wickability and critical heat flux during pool boiling 10:02- 23315 Youngsup Song*, Yangying Zhu, Daniel J. Preston, H. Jeremy Cho, Zhengmao Lu, 10:04 Evelyn N. Wang Massachusetts Institute of Technology, USA Effects of size and porosity on evaporation from nanopores 10:04- 23387 Haowen Chen, Yinxiao Li, Chuanhua Duan* 10:06 Boston University, USA An experimental investigation on flow boiling heat transfer performance of refrigerants 10:06- HFO-1234yf and HFC-134a in microchannels 22298 10:08 Hamid Nalbandian, Chien-Yuh Yang*, Kuan-Ting Chen ‘Central’ University, Chinese Taipei Bubble dynamics and pool boiling performance on biphilic patterned surfaces 10:08- 23399 Dong Il Shim, Geehong Choi, Donghwi Lee, Namkyu Lee, Hyung Hee Cho* 10:10 Yonsei University, Korea 91

General Sessions

Revisiting the scriven theory of bubble growth in superheated water 10:10- 23509 Jyoti Bhati, Hari Desai, Swapan Paruya* 10:12 NIT Durgapur, India Nonsteady film boiling of subcooled water-ethanol mixtures 10:12- 22327 Arslan Zabirov, Pavel Kanin*, Victor Yagov 10:14 NRU MPEI, Russia

General Sessions

August 14, Tuesday 8:30-12:20 Room 309B Session subject: Heat Transfer Enhancement-3 (HTE3) Co-Chairs: Terrence Simon & Zhiguo Qu

Time ID Title, Author, Affiliation Numerical analysis of electro-hydro-dynamic (EHD) natural convection heat transfer in horizontal cylindrical annuli 9:20-9:22 23349 Tian-Fu Li, Jian Wu, Kang Luo, Hong-Liang Yi* Harbin Institute of Technology, China Metal foams: Novel materials for air cooling and heating application-performance under dry, wet and frosting conditions 9:22-9:24 22297 Kashif Nawaz*, Anthony Jacobi Oak Ridge National Laboratory, USA Effect of ZnO shape on the thermal conductivity and viscosity of ethylene glycol based nanofluids 9:24-9:26 22275 Wei Yu*, Junshan Yin, Yu Qi, Huaqing Xie Shanghai Polytechnic University, China Effect of inclined angle of pin arrays on flow and heat transfer characteristics in flow channel 9:26-9:28 23884 P. Narato, P. Vessakosol, M. Wae-hayee, M. Z. Abdullah, Chayut Nuntadusit* Prince of Songkla University, Thailand Supercritical-pressure conjugate heat transfer of aviation kerosene with fuel pyrolysis in ribbed tube 9:28-9:30 23542 Keke Xu, Xing Sun, Hua Meng* Zhejiang University, China Study of temperature stratification regimes for graduated suction of a gas from a supersonic flow 9:30-9:32 24138 Alexander Leontiev, Valery Lushchik, Mariia Makarova* Lomonosov Moscow State University, Russia Numerical analysis and optimization of supersonic mixing with instability excitation 9:32-9:34 22214 Ying Huai*, Joseph Liu Dalian Institute of Chemical Physics, China Enhancement of forced convection heat transfer in mini and micro channels by liquid- liquid phase separation of lower critical solution temperature systems 9:34-9:36 22002 Idan Shem Tov, Wei Xing, Vered Segal, Irina Vishnevetsky, Yingying Wang, Yoav Peles, Neima Brauner, Amos Ullmann* Tel-Aviv University, Israel Multi-objective optimization of air side structure of shuttle shaped fin gas cooler based on response surface analysis 9:36-9:38 23607 Zunchao Liu, Ke Wang*, Yongqing Wang, Guofeng Tan, Shupei Zhao, Minshan Liu Zhengzhou University, China Large-scale experimental investigation of heat transfer augmentation technique in gas- heated channels 9:38-9:40 24075 Dmitri Neshumayev*, Tõnu Pihu, Alar Konist, Andres Siirde Tallinn University of Technology, Estonia Modeling and numerical analysis of an S pattern small diameter tube bundle ammonia water falling film absorber 9:40-9:42 23713 Shuai Du*, Ruzhu Wang Shanghai Jiao Tong University, China 93

General Sessions

The mechanism of convective heat transfer produced by transverse vortices 9:42-9:44 22631 Yongheng Zhang*, Liang-Bi Wang Lanzhou Jiaotong University, China Effects of rotation angle of teardrop-shaped dimples on heat transfer enhancement of airfoil internal cooling investigated by transient technique 9:44-9:46 23228 A.K.M. Nazrul Islam*, Akira Murata, Katsumi Oho, Shohei Yamamoto, Kaoru Iwamoto Tokyo University of Agriculture and Technology, Japan Optimal control of heat and fluid flow in a channel flow at low Reynolds numbers 9:46-9:48 23670 Arjun J*, Yukinori Kametani, Kimio Kohara, Tatsuya Yoshida, Yosuke Hasegawa The University of Tokyo, Japan Numerical study of 3D turbulent flow and local heat transfer near a cylinder introduced into the free-convection boundary layer on a vertical plate 9:48-9:50 22916 Alexander Levchenya, Evgueni M. Smirnov, Varvara Zhukovskaya* Peter the Great St.Petersburg Polytechnic University, Russia Three dimensional flow around a square cylinder confined in a plane channel with transverse magnetic field 9:50-9:52 23207 Long Chen, Mingjiu Ni* University of Chinese Academy of Sciences, China Multi-objective optimization of a heat exchanger using the discrete adjoint method Mahening Citra Vidya*, M. J. M. Hannink, N.A. Beishuizen, David de Kleine, 9:52-9:54 23615 Theo H. Van der Meer University of Twente, The Netherlands The enhanced thermal properties of ternary carbonates nanofluids with optimal concentration of SiO2 nanoparticles 9:54-9:56 23165 Lixia Sang*, Wenming Ai Beijing University of Technology, China Phase separation enhanced heat transfer via the ouzo drop 9:56-9:58 23329 Todd Otanicar*, Gary Rosengarten, Xuehua Zhang The University of Tulsa, USA Local and global heat transfer characteristics inside a rectangular channel of 1:10 aspect-ratio with ribbed surfaces 9:58-10:00 23149 Alfonso Niro*, Pasqualino Gramazio, Luigi Vitali, Damiano Fustinoni Polytechnic University of Milan, Italy A comparison study on heat transfer enhancement of phase change materials by adding 10:00- carbon materials with different microstructures 22479 10:02 Nan Zhang, Yanxia Du*, Guangming Xiao, Yewei Gui, Yanping Yuan China Aerodynamics Research and Development Center, China Heat transfer enhancement using ferrofluidic plug flow in microchannels 10:02- 22833 Nicolette Gan Jia Gui*, Cameron Stanley, Gary Rosengarten 10:04 RMIT University, Australia Heat transfer of impinging jet at low Reynolds number 10:04- 23057 Vadim V. Lemanov*, Victor I. Terekhov, Vladimir V. Terekhov 10:06 Kutateladze Institute of Thermophysics SB RAS, Russia Influence of pulsating flow on thermal characteristics in a triangular sharp edged wavy 10:06- channel 22891 10:08 Dipak Sen*, Rakesh Kumar, Kapil Dev NIT Arunachal Pradesh, India Investigation of the heat transfer enhancement from jet film heating on aero-engine 10:08- nose cone 23904 10:10 Xing Tang, Peng Ke*, Yi Lu, Huiyun Yang Beihang University, China

General Sessions

August 14, Tuesday 8:30-12:20 Room 310 Session subject: New Energy and Efficiency-2 (NEE2) Co-Chairs: Chun Yang & Jing Ding

Time ID Title, Author, Affiliation Performance analysis of a lunar based solar thermal power system with static converters 9:20-9:22 23870 Xiaochen Lu*, Chao Wang, Rong Ma, Qinggong Wang, Wei Yao China Academy of Space Technology, China Temporal variation of the thermal stratification in the cold leg during emergency core cooling injection 9:22-9:24 23148 Ulrich Bieder*, Maria Giovanna Rodio Commissariat a l'Energie Atomique, France Experimental study of heat transfer and pressure drop in a multistring based direct contact heat exchanger 9:24-9:26 22112 Zezhi Zeng*, Abolfazl Sadeghpour, Sungtaek Ju University of California, USA Study on underground heat exchanger for ground source heat pump that use direct expansion method 9:26-9:28 23415 Shuhei Ishiguro*, Tetsuaki Takeda University of Yamanashi, Japan A new procedure of hydrothermal liquefaction of microalgae after different thermochemical pre-treatments 9:28-9:30 22357 Mikhail Vlaskin, Nadezhda Chernova, Sophia Kiseleva, Leonid Dombrovsky* Joint Institute for High Temperatures, Russia High surface temperature gas-solid (Fe3O4 and H2O/CO2) interfacial reaction characteristics 9:30-9:32 22293 Bachirou Guene Lougou, Yong Shuai*, Dongmei Han, Xing Huang, Heping Tan Harbin Institute of Technology, China Theoretical and experimental evaluation of radiative heat transfer of nuclear packed pebble beds 9:32-9:34 22353 Hao Wu*, Nan Gui, Xingtuan Yang, Jiyuan Tu, Shengyao Jiang Tsinghua University, China Experimental and simulation thermal analysis for staged co-incineration of solid and liquid waste in rotary kiln 9:34-9:36 22480 Bin Zhang*, Weitong Liu, Shang Li Qingdao University of Science and Technology, China Experimental and simulation investigation of propane as a refrigerant for heat pump water heaters 9:36-9:38 22158 Ann Lee*, Ngai Ming Kwok Macquarie University, Australia Numerical investigation on the heat extraction performance of coaxial borehole heat exchanger geothermal system 9:38-9:40 23177 Xianzhi Song*, Gaosheng Wang, Yu Shi, Rui Zheng, Jiacheng Li China University of Petroleum-Beijing, China

General Sessions

Intermediate temperature solar thermal collector enabled by non-evacuated transparent aerogel and non-tracking compound parabolic concentrator 9:40-9:42 22236 Lin Zhao, Bikram Bhatia, Thomas Cooper, Elise Strobach, Sungwoo Yang, Lee A. Weinstein, Gang Chen, Evelyn N. Wang* Massachusetts Institute of Technology, USA Thermodynamic analysis of a heat pump-integrated PEMFC-based micro-CHP system 9:42-9:44 22549 Fei Yang, Nianzhi Huang, Qie Sun*, Lin Cheng, Ronald Wennersten Shandong University, China Hybrid solar energy/desalination using spectrally selective membrane distillation 9:44-9:46 23330 Todd Otanicar*, Bryan Kinzer, Kirk Smith The University of Tulsa, USA Optimal gas-liquid ratio for maximum heat transfer through heat-source-tower 9:46-9:48 23338 Hao Li*, Jun Zhao, Minxia Li, Shuai Deng, Yingling Li Tianjin University, China Fabrication of surface microstructures based on spinodal decomposition for high- temperature solar selective absorbers 9:48-9:50 23877 Makoto Shimizu*, Toshiro Abe, Fumitada Iguchi, Hiroo Yugami Tohoku University, Japan Experimental and numerical study of the oxide/water-nanofluids as optical filter and coolant in a PV/T panel 9:50-9:52 22828 Huafeng Li, Jianbo Bai*, Xu Xia, Ziqiang Huang Hohai University, China Thermal and fluid dynamic analysis of a solar chimney integrated in a building façade 9:52-9:54 24016 Bernardo Buonomo, Furio Cascetta, Luca Cirillo, Oronzio Manca*, Sergio Nardini University Studies of Campania "Luigi Vanvitelli", Italy High-performance plasmonic selective absorbers for high-efficient and large-scale solar-thermal conversion 9:54-9:56 23192 Yang Li, Dezhao Li, Cheng Chi, Baoling Huang* The Hong Kong University of Science and Technology, HongKong, China Optical property of nanoparticles with a dielectric core and a metallic shell 9:56-9:58 23677 Caiyan Qin, Bong Jae Lee* KAIST, Korea Heat and mass transfer performance research on multi-effect vertical tubular solar stills with gravity feed for single family use 9:58-10:00 24137 Zehui Chang*, Yang Liu, Jianye Li, Wenlong Li, Hongfei Zheng Inner Mongolia University of Technology, China Numerical research on the LNG bubble growth under flash boiling 10:00- 24311 Min Xiao*, Yu Fu, Shouguang Yao, Xingxing Zhou 10:02 Jiangsu University of Science and Technology, China Numerical simulation on flow and heat transfer characteristics of methane carbon 10:02- mixture flow under concentrated solar radiation 24168 10:04 Qunzhi Zhu*, Bowei Yao, Quan Sun Shanghai University of Electric Power, China Effect of temperature in water treatment pohotoreactors with TiO2-coated fluoropolymer beads 10:04- 23674 Arata Myoga, Kazuki Daigo, Noriyuki Unno, Shin-Ichi Satake*, Kazuhisa Yuki, Yohji Seki, 10:06 Jun Taniguchi Tokyo Univeristy of Science, Japan

General Sessions

Numerical analysis of packed bed reaction of calcium hydroxide pellets for 10:06- thermochemical energy storage 22952 10:08 Shigehiko Funayama*, Massimiliano Zamengo, Jun Kariya, Keiko Fujioka, Yukitaka Kato Tokyo Institute of Technology, Japan A model of the ocean energy balance including the heat transfer due to the geothermal 10:08- gradient 22266 10:10 Natalya Kirsanova, Peter Vadasz* Northern Arizona University, USA Can buildings be more intelligent than users? - The role of intelligent supervision 10:10- concept integrated into green building predictive control 24190 10:12 Yahya Sheikhnejad*, Diogo Goncalves, Monica Oliveira, Nelson Martins University of Aveiro, Portugal Solar evaporation via nanofluids and porous media: A comparative study 10:12- 24442 Aimen Zeiny*, Dongsheng Wen* 10:14 University of Leeds, UK Heat loss analysis for a cavity solar receiver 10:14- 24010 Tamryn Wolff*, Willem Gabriel le Roux, Josua Petrus Meyer 10:16 University of Pretoria, South Africa

General Sessions

August 14, Tuesday 8:30-12:20 Room 311A Session subject: Manufacturing/MHD and Plasma (MMP) Co-Chairs: S. A. Sherif & Mo Yang

Time ID Title, Author, Affiliation Thermal analysis and optimization of graphene deposition in a roll-to-roll plasma CVD process 9:20-9:22 22647 Majed Alrefae, Timothy Fisher* Purdue University, USA Comparison of two magnetic field approaches on the heat transfer and fluid flow in plasma arc welding 9:22-9:24 23238 Yan Li, Yanhui Feng*, Xinxin Zhang, Chuansong Wu China University of Petroleum-Beijing, China Laser beam welding of maraging steel 250 joints experimental and analytical thermal research 9:24-9:26 22738 Anton Zak*, Amiram Leitner, Amnon Shirizly, Reuven Katz Rafael, POB, Israel Tridimensional numerical simulations of helicoidal MHD pumps Gabriel L. Verissimo*, César C. Pacheco, Marcelo Jose Colaco, Albino J. K. Leiroz, 9:26-9:28 22737 Manuel Ernani C. Cruz, Hugo F. L. Santos, Marcelo Defilippo Federal University of Rio de Janeiro, Brazil Kinetic simulation of thermo-field emission at atmospheric micro discharges 9:28-9:30 23119 Li Sun, Wen Zhou, Wei Jiang, He-Ping Li, Zeng-Yao Li* Xi’an Jiaotong University, China Numerical study and process optimization of glass fiber draw furnace in optical fiber manufacturing system 9:30-9:32 21987 Gia Carandang, Ho Sang Kwak, Kyoungjin Kim* Kumoh National Institute of Technology, Korea Simulation of heat transfer characteristics between airflow and electrodes in hypersonic magnetohydrodynamic generator 9:32-9:34 23116 Zhi-Hong Wang, Di Li, Zeng-Yao Li* Xi’an Jiaotong University, China Study of interaction of pulsed jets generated by atmospheric discharge 9:34-9:36 20918 Victor V. Kuzenov, Liya R. Khabirova, Eugeni S. Studennikov* Bauman Moscow State Technical University, Russia Effect of external magnetic field on natural convection in a cubical cavity filled with nano particle suspension. 9:36-9:38 22871 Desh Deepak Dixit, Arvind Pattamatta* Indian Institute of Technology, Madras, India Measurement of ice adhesion force on nano scale by scanning probe microscope (Influences of surface temperature and surfactant on ice adhesion force to copper) 9:38-9:40 22416 Junnki Sakamoto, Koji Matsumoto*, Kohei Ehara, Jun Ueda Chuo University, Japan Microfluidic fabrication of heptadecane microcapsules via a O\O\W three-phase emulsion route 9:40-9:42 22319 Jun Li*, Ying Chen, Longjian Li, Lisi Jia, Yiang Li, Wei Cui, Jiacheng Wang Chongqing University, China

General Sessions

Numerical simulation of thermo-mechanical coupled behavior of clad tube under simulated intermediate break LOCA 9:42-9:44 23697 Ashwini Kumar Yadav*, Chan Lee, Sung-Uk Lee, Chang-Hwan Shin, Hyo-Chan Kim Korea Atomic Energy Research Institute, Korea Increase in concentration ratio of a rooftop parabolic trough using a secondary flat reflector 9:44-9:46 23963 David Rodriguez-Sanchez*, Gary Rosengarten Royal Melbourne Institute of Technology, Australia Modulating the thermal conductivity of graphene aerogels by including bulk MoS2 9:46-9:48 22977 Feng Gong*, Wenbin Yang, Dawei Xia, Hai Duong, Dimitrios Papavassiliou University of Electronic Science and Techonology of China, China

General Sessions

August 14, Tuesday 9:20-12:20 Room 311B Session subject: Thermophysical Property Measurements-2 (TPM2) Co-Chairs: Ri Li & Dawei Tang

Time ID Title, Author, Affiliation A novel experimental method for temperature measurement of high power diode laser 9:20-9:22 23906 Zeng Deng, Jun Shen*, Wei Dai, Ke Li, Wenchi Gong, Zhiqiang Yang, Maoqiong Gong University of Chinese Academy of Sciences, China 3ω independent detector based on sapphire substrate 9:22-9:24 22081 Zheng Xinghua, Yue Peng, Li Shen, Yang Xiao, Chen Haisheng* Insitute of Engineering Thermophysics, Chinese Academy of Sciences, China Molecular dynamics simulation of nanoscale friction for natural rubber and probe 9:24-9:26 23814 Yuanzheng Tang, Guoqing Liu, Lianxiang Ma, Yan He*, Li Liu Qingdao University of Science and Technology, China On the measurement of vapor concentration distribution of sessile droplet evaporation 9:26-9:28 22996 Junjun Wu, Qiang Wang, Zhen Wang, Wei Ren* The Chinese University of HongKong, Hongkong, China The convective heat transfer coefficient in flighted rotary drums Jakob Seidenbecher*, Claudia Meitzner, Fabian Herz, Siegmar Wirtz, Alexander Berndt, 9:28-9:30 22104 Viktor Scherer Otto von Guericke University Magdeburg, Germany A non-contact method for sensing internal temperature distributions in heat materials 9:30-9:32 25307 Wei Dong, You-An Shi, Bin Hu*, Bi-Nan Shou, Ye-Wei Gui, Yan-Xia Du China Aerodynamics Research and Development Center, China A device for measuring thermal conductivity with a drop of liquid Takanobu Fukunaga, Yousuke Okuno, Keisuke Kitamura, Haidong Wang, Kosaku Kurata, 9:32-9:34 24286 Hiroshi Takamatsu* Kyushu University, Japan Experimental investigation on measurement of thermal radiation of hydrocarbon diffusion flames in air and oxy-combustion atmosphere 9:34-9:36 23571 Chun Lou*, Zhongnong Zhang, Dengmei Yu, Yanni Shi Huazhong University of Science and Technology, China Magnetic resonance imaging for observation of methane hydrate reformation near wellbore using depressurization 9:36-9:38 23416 Zheyuan Liu, Mingjun Yang*, Yongchen Song Dalian University of Technology, China Temperature distribution measurement using ratio of scattered light intensities from thermo-chromic liquid crystal: Uncertainty evaluation 9:38-9:40 24087 Daisuke Kokui*, Koji Toriyama, Shigeru Tada, Koichi Ichimiya, Shumpei Funatani University of Yamansashi, Japan Experimental investigation of boundary layer flow in a smooth rotating channel with walls heated 9:40-9:42 22645 Shengjun Zhou, Haiwang Li, Ruquan You*, Zhi Tao, Hongwei Wu Beihang University, China Vortex induced transport phenomena in flows past micropins 9:42-9:44 24061 Shigang Zhang, Neil Cagney, Stavroula Balabani, Manish Tiwari* University College London, UK

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A computing method to estimate pore size in porous materials based on capillary penetration observation 9:44-9:46 23797 Hongru Li, Xu Cheng, Yan Chen, Wenjing Du, Baokui Yi, Gongming Xin* Shandong University, China Drop-solid retention forces Semih Gulec, Sakshi B. Yadav, Sirui Tang, Aisha Leh, Lan Dang, Hartmann E. N'guessan, 9:46-9:48 23567 Priyanka Wasnik, Ratul Das, Preeti Yadav, Prashant Bahadur, Yagna Bhimavarapu, Appu Vinod, Akash Jena, Rafael Tadmor* Ben-Gurion University of the Negev, Israel The influence of related parameters to thermal conductivity determination via time- domain thermoreflectance method under high pressure 9:48-9:50 23584 Xinwei Wang, Zhongyin Zhang, Fangyuan Sun*, Xue Xiong, Zhe Chen, Hang Zhang, Yongfu Liang, Yuyan Jiang, Dawei Tang* Institute of Engineering Thermophysics, China Thermal conductivity enhancement of phase change nanocomposite in solid and liquid state with nano carbon inclusions 9:50-9:52 23430 Sivasankaran Harish, Daniel Orejon, Yasuyuki Takata, Masamichi Kohno* Kyushu University, Japan Size-dependent thermal conductivity of suspended monolayer graphene 9:52-9:54 22345 Ruixia Su, Weigang Ma, Xing Zhang* Tsinghua University, China Size effect on the thermal conductivity of octadecanoic acid: A molecular dynamics study 9:54-9:56 24018 Hanying Zou, Lin Qiu*, Yanhui Feng*, Xinxin Zhang University of Science and Technology Beijing, China A new fin model on in-plane thermal diffusivity measurement of thin films by the flash method 9:56-9:58 23763 Jozef Gembarovic, Heng Wang*, Piero Scotto TA Instruments-Waters LLC, USA Thermal conductance measurement of Al-SiC interface at 4-300K using time-domain thermoreflectance technique 9:58-10:00 22798 Zhongyin Zhang, Xinwei Wang, Kunpeng Yuan, Fangyuan Sun, Dawei Tang* Dalian University of Technology, China Accuracy analysis of direct infrared temperature measurements of two-phase confined 10:00- flows 24202 10:02 Andrea Catarsi*, Davide Fioriti, Mauro Mameli, Sauro Filippeschi, Paolo Di Marco University of Pisa, Italy Investigation on the supercooling of microencapsulated n-alkanes with controlled 10:02- particle size using a microfluidic device 22840 10:04 Wei Cui, Lisi Jia*, Ying Chen, Yi'ang Li, SongPing Mo Guangdong University of Technology, China Simultaneous identification of thermal conductivity and optical thickness of a 10:04- homogeneous medium 22812 10:06 Yang Liu*, Yann Billaud, Didier Saury, Denis Lemonnier PPRIME/CSC (Beijing), China Turbulent properties in IC engine derived from wall heat flux measured with a three 10:06- point thin film sensor 23077 10:08 Osamu Nakabeppu*, Kazuhito Dejima Meiji University, Japan

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Thermophysical properties of shape-stabilized MgCl2·6H2O/C3N4 composite phase 10:08- change material 22613 10:10 Ziye Ling*, Wenbo Zhang, Lei Shi, Zhengguo Zhang, Xiaoming Fang, Xuenong Gao South China University of Technology, China Numerical study of heat transfer in a flat plat thermal solar collector with partitions 10:10- attached to its glazing 20583 10:12 Adel Laarab* University of Batna, Algeria

102

General Sessions

August 14, Tuesday 14:00-18:00 Room 309A Session subject: Convection-3 (COV3) Co-Chairs: Zhixiong Guo & Li Wang

Time ID Title, Author, Affiliation DNS study for characteristics and structures of combined-convection turbulent 15:00- boundary layer along vertical flat plate 23921 15:02 Hirofumi Hattori*, Kazuki Oura, Tomoya Houra, Masato Tagawa Nagoya Institute of Technology, Japan Discussion about peak frequency levels of spectra for Nusselt number in the 2D 15:02- Rayleigh- Bénard cell with air 22901 15:04 Junlong Zhao, Weihua Cai*, Yiqiang Jiang* Harbin Institute of Technology, China Influence of wall radiation in 2D cavities heated from below 15:04- 23541 Eric Albin, Ronnie Knikker, Shihe Xin* 15:06 National Institute Of Applied Sciences of Lyon, France Experimental investigation of a liquid metal mixed convection affected by transverse 15:06- magnetic field 22920 15:08 Ivan Melnikov, Natalia Pyatnickaya, Ivan Belyaev*, Evgeniy Sviridov, Valentin Sviridov Joint Institute for High Temperatures of the Russian Academy of Sciences, Russia Cross flow and heat transfer characteristics over helical tube bundles 15:08- 23534 Weikai Gao, Xiaowei Li*, Xinxin Wu 15:10 Tsinghua University, China Transitional flow regime nomenclature for smooth horizontal tubes heated at a constant 15:10- heat flux 23021 15:12 Marilize Everts, Josua Petrus Meyer* University of Pretoria, South Africa Study on heat transfer characteristics of low-temperature supercritical nitrogen in 15:12- mini-tubes 22674 15:14 Weibin Wang, Rong Xue, Liang Chen*, Yu Hou Xi'an Jiaotong Univerisity, China Direct numerical simulation of a temporally developing natural convection boundary 15:14- layer on a doubly-infinite isothermal wall 23413 15:16 Junhao Ke*, Nicholas Williamson, Steven Armfield, Stuart Norris, Michael Kirkpatrick The University of Sydney, Australia Numerical simulation of heat transfer characteristic of double-layer Y-shaped 15:16- microchannel heat sink 24183 15:18 Zhijian Duan*, Gongnan Xie, Guohua Zhang, Xin Jin Northwestern Polytechnical University, China Experimental study on enhancement and recovery of turbulent heat transfer relating to 15:18- the functionality of surfactant solution induced by inserted mesh 23930 15:20 Yosuke kawabata*, Shumpei Hara, Takahiro Tsukahara, Yasuo Kawaguchi Tokyo University of Science, Japan Acoustic heating and buoyancy-driven instability induced by mass transport in a near- 15:20- critical binary fluid mixture 22654 15:22 Zhan-Chao Hu, Xin-Rong Zhang* Peking University, China

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Early-stage natural convection in a vertical channel 15:22- 23859 Yiqin Li, Hervé Pabiou*, Christophe Menezo 15:24 National Institute of Applied Sciences of Lyon, France On the modeling of heat transfer to sodium in a pipe under mixed-convection and 15:24- developing-flow condition with empirical models 21277 15:26 Wadim Jaeger*, Wolfgang Hering Karlsruhe Institute of Technology, Germany Two-dimensional flow instability induced by natural convection in a square enclosure 15:26- with vertical array of one circular cylinder and one elliptic cylinder 23234 15:28 Hyun Woo Cho, Yong Gap Park, Man Yeong Ha* Pusan National University, Korea A study on numerical simulation of rollover phenomenon in density stratified fluid 15:28- 23899 Katsunori Inaba*, Ryoji Imai 15:30 Muroran Instite of Technology, Japan Scaling investigation of free convection flow of hot fluid over a cooler vertical isothermal wall 15:30- 20761 Olayinka Omowunmi Adewumi*, Andrew Adebusoye, Adetunji Adeniyan, Nkem Ogbonna, 15:32 Ayowole Oyediran University of Lagos, South Africa Time-response of turbulent heat transfer in a pipe flow at sudden acceleration and 15:32- deceleration 22949 15:34 Hajime Nakamura*, Shunsuke Yamada National Defense Academy, Japan Investigation of heat transfer and fluid flow in fractal truncated ribbed channels for the 15:34- internal cooling of turbine blades 22153 15:36 Jian Liu, Safeer Hussain, Lei Wang, Gongnan Xie, Bengt Sunden* Lund University, Sweden Second moment modelling of conjugate turbulent heat transfer in porous media 15:36- 22401 Yusuke Kuwata*, Kazuhiko Suga 15:38 Osaka Prefecture University, Japan Elastic stress acts on elastic turbulence of viscoelastic fluid flow in curvy microchannel 15:38- 23299 Dong-Yang Li*, Hong-Na Zhang, Feng-Chen Li, Si-Chao Tan 15:40 Harbin Engineering University, China Experimental investigation of thermal mixing of liquid-metal coolant flow in T-junction 15:40- 23942 Kashinsky Oleg, Kurdyumov Aleksandr, Lobanov Pavel*, Pribaturin Nikolay 15:42 Siberian Branch of Russian Academy of Sciences, Russia A study of the effects of the pore size on turbulence intensity and turbulence length 15:42- scale in forced convection flow in porous media 23328 15:44 Ching-Wei Huang, Timothy S. Su, Vishal Srikanth, Andrey V. Kuznetsov* North Carolina State University, USA Reynolds analogy in turbulent flows over rough walls – a DNS investigation 15:44- 21429 Pourya Forooghi*, Franco Magagnato, Bettina Frohnapfel 15:46 Karlsruhe Institute of Technology, Germany Pore-scale numerical study on the heat transfer process in porous media under 15:46- different thermal conditions 22234 15:48 Shen Du, Ming-Jia Li, Zhan-Bin Liu, Ya-Ling He*, Wen-Quan Tao Xi'an Jiaotong University, China Turbulent transport over anisotropic porous media 15:48- 21817 Yuki Okazaki, Yusuke Kuwata, Masayuki Kaneda, Kazuhiko Suga* 15:50 Osaka Prefecture University, Japan

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General Sessions

Multiplicity of nanofluid forced convection heat transfer in curved ducts 15:50- 21819 Fang Liu*, Dongxiang Zhang, Yang Cai, Qunzhi Zhu, Jun Zhao, Liqiu Wang 15:52 Shanghai University of Electric Power, China 3D tracing of particle transport in natural convection using a stereoscopic shadowgraph 15:52- system 22411 15:54 Yu Wu, Qian Wang*, Changying Zhao, C.W. Lei Shanghai Jiaotong University, China

105

General Sessions

August 14, Tuesday 14:00-18:00 Room 309B Session subject: Multiphase Flow-2 (MPF2) Co-Chairs: Taku Ohara & Zhongliang Liu

Time ID Title, Author, Affiliation Falling liquid film flow over the wavy surface of vertical pillow plates – A numerical 15:00- investigation 24081 15:02 Alexander Zibart*, Eugeny Kenig Paderborn University, Germany Study on characteristics of melt jet breakup in a water with numerical and 15:02- experimental method 23790 15:04 Hui Cheng, Jiyun Zhao* City University of Hong Kong, Hongkong, China Thermal-electrical coupling modeling and irreversible transfer process analysis of a 15:04- multi-element thermoelectric generation system 23271 15:06 Heng Xiao, Xiaobing Liu, Peng Hu Xihua University, China Numerical study of droplet-laden mist film cooling effectiveness of cylindrical holes 15:06- embedded in a transverse trench 22131 15:08 Maksim Pakhomov*, Viktor Terekhov Siberian Branch of Russian Academy of Sciences, Russia Study on temperature-dependent desorption characteristics of metallic tin on 15:08- corundum filter ball surface 22648 15:10 Lige Tong*, Pei Zhang, Shaowu Yin, Chuanping Liu, Li Wang University of Science and Technology Beijing, China Numerical analysis of heat transfer for jet impingement on a hot steel plate during 15:10- secondary cooling 22471 15:12 Haibo Ma, Justina Lee, Rui Liu, Michael Lowry, Armin Silaen, Chenn Zhou* Purdue University Northwest, USA Investigation on the effect of the magnetic force on the melt pool evolution and surface 15:12- shrink using a developed model 23528 15:14 Qingfei Bian, Xiaoli Tang, Renkun Dai, Dong Yang, Min Zeng*, Qiuwang Wang Xi'an Jiaotong Uniersity, China Numerical study of the effect of over/underburden permeability on methane hydrate dissociation by depressurization 15:14- 23460 Yongchang Feng*, Lin Chen, Hikaru Yamada, Junnosuke Okajima, Atsuki Komiya, 15:16 Shigenao Maruyama Institute of Fluid Science, Tohoku University, Japan Thermodynamic of the elliptic orbit motion 15:16- 23729 Liangsuo Shu, Xiaokang Liu, Zhichun Liu, Wei Liu* 15:18 Huazhong University of Science & Technology, China Surface wettability instigated transition from film boiling to nucleate boiling regime 15:18- 23937 Vinod Pandey, Gautam Biswas*, Amaresh Dalal 15:20 Indian Institute of Technology, India Theoretical optimization study on coupling characteristics of thermoelectric 15:20- refrigeration membrane distillation 23468 15:22 Xiaohong Yang*, Da Li, Junhu Hu, Rui Tian Inner Mongolia University of Technology, China

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General Sessions

Interfacial area transport system for bubbly flow in vertical rod bundles 15:22- 23971 Hang Liu, Liang-Ming Pan, Wen-Xiong Zhou, Quan-Yao Ren, Haojie Huang, Bin Yu 15:24 Chongqing University, China Critical heat flux enhancement through increased rewetting on nanopillar array 15:24- surfaces 24033 15:26 Tuan Tran, Dongdong Liu*, Binh Thien Nguyen Nanyang Technological University, Singapore Study on effect of counter-current air flow on flow behavior of liquid falling film 15:26- outside horizontal tubes 23707 15:28 Qinggang Qiu*, Xiaocui Zhang, Xiaojing Zhu, Shengqiang Shen Dalian University of Technology, China Non-equilibrium phenomena on the liquid-vapor interface 15:28- 24466 Alexey Polikarpov*, Irina Graur, Tadrist Lounes, Elizaveta Gatapova, Oleg Kabov 15:30 Aix Marseille University, France Experimental study of natural convection and phase transition coupling heat sink with 15:30- temperature uniformity 22222 15:32 Hao Chen, Qiang Li* Nanjing University of Science and Technology, China Experimental investigation of flow boiling in a 4.0 mm tube at different gravity conditions: 0g, 1g, and 2g 15:32- 24247 Daiane Mieko Iceri, Gherhardt Ribatski, Gianfranco Caruso, Fabio Massimo Forino, Luca 15:34 Saraceno, Giuseppe Zummo* Brescia University, Italy Influence of initial state of droplet group on self-propelled jumping 15:34- 23594 Zhiping Yuan, Fuqiang Chu, Xiaomin Wu* 15:36 Tsinghua University, China Critical heat flux of R134a boiling flow in the circumferentially non-uniformly heated 15:36- helically coiled tubes 24352 15:38 Xiaojuan Niu, Huaijie Yuan, Chen Quan, Liang Zhao* Xi'an Jiaotong University, China Gas-solid flow and heat transfer characteristics of a fluidized bed reactor for solar 15:38- thermal applications 23665 15:40 Selvan Bellan, Koji Matsubara*, Hyun Seok Cho, Nobuyuki Gokon, Tatsuya Kodama Niigata University, Japan Experimental investigation of heat transfer characteristics of liquid nitrogen flow 15:40- boiling in a mini-channel 23486 15:42 Tong An, Yuan Wang, Weiqiang Liu National University of Defense Technology, China Numerical and experimental study on melting thermal performance of paraffin 15:42- 21985 Liang Xia, Luying Wang, Yuying Yan* 15:44 University of Nottingham, UK Numerical study on the effect of inclination on heat and mass transfer of zeotropic 15:44- mixture 24113 15:46 Yawei Shao, Shuai Deng, Li Zhao*, Pei Lu, Dongpeng Zhao Tianjin University, China Investigation on the noise characteristics of direct contact steam condensation in low 15:46- sub-cooled water 24631 15:48 Yong Li, Shaodan Li, Mo Tao, Qi Xiao*, Zhiguo Wei Wuhan Second Ship Des. & Res. Ins., China

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General Sessions

Enhanced VOF-based direct numerical simulations of slug flow boiling within microchannels with smooth and finned heated walls 15:48- 23596 Emanuele Teodori*, Manolia Andredaki, Anastasios Georgoulas, Ana Moita, 15:50 Antonio Moreira, Marco Marengo Instituto Superior Tecnico, Portugal Numerical simulation of spray characteristics in a pressure-swirl nozzle 15:50- 23803 Rui Jiang, Bo Dong, Tao Zhang, Weizhong Li* 15:52 Dalian University of Technology, China Heat flux density measurments in the contact line of the heated sessile droplet/falling 15:52- down liquid rivulet 24707 15:54 Cheverda Vyacheslav*, Ponomarenko Tatyana, Karchevsky Andrey, Kabov Oleg Institute of Thermophysics Siberian Branch of the Russian Academy of Sciences, Russia Subcooled flow boiling in narrow microchannel under different orientations and 15:54- surface wettability characteristics 23622 15:56 Zengchao Chen, Junye Li, Zhaozan Feng, Kan Zhou, Jie Zhu, Wei Li*, Yunting Ge* Zhejiang University, China, Brunel University London, UK Modelling of fuel droplet heating and evaporation: Recent results 15:56- 22138 Sergei Sazhin* 15:58 University of Brighton, UK CFD modeling of slug flow heat transfer in non-planar microchannels 15:58- 23838 Thilaksiri Bandara*, Gary Rosengarten 16:00 Royal Melbourne Institute of Technology University, Australia

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General Sessions

August 14, Tuesday 14:00-18:00 Room 310 Session subject: Heat Exchangers-1 (HER1) Co-Chairs: Yitung Chen & Lizhi Zhang

Time ID Title, Author, Affiliation Effect of the number of vertical rows on heat transfer from a staggered tube bank of 15:00- subsea cooler 23638 15:02 Nikolay Ivanov*, Vladimir Ris, Nikolay Tschur, Marina Zasimova Peter the Great St. Petersburg Polytechnic University, Russia Thermal analysis of heat exchanger with supercritical pressure CO2 15:02- 22968 Jiangfeng Guo*, Xiulan Huai, Keyong Cheng, Xinying Cui, Haiyan Zhang 15:04 Institute of Engineering Thermophysics, China Oscillating behavior of loop heat pipe when operating under overcharged condition 15:04- 24353 Phuoc Hien Huynh*, Htoo Kyaw Zin, Keishi Kariya, Akio Miyara 15:06 Saga University, Japan Critical impact factors on the optimal design of natural draft dry cooling tower under 15:06- constant load 22503 15:08 Wenjing Ge, Wendong Li, Guanan Chen, Yuanbin Zhao* Shandong University, China Heat transfer in the transitional flow regime in a circular tube with twisted tape insert 15:08- and re-entrant inlet 23213 15:10 Sogo Mayokun Abolarin, Josua Petrus Meyer* University of Pretoria, South Africa Heat and mass transfer of desiccant coated heat exchanger with microchannel and fin- 15:10- and-tube types 22600 15:12 Xiangyu Sun, Yanjun Dai*, Tianshu Ge, Yao Zhao, Ruzhu Wang Shanghai Jiao Tong University, China Development and validation of a process model for a superheater heat exchanger in a 15:12- coal-fired power plant boiler 22766 15:14 Excellent Gwebu*, Pieter Rousseau University of Cape Town, South Africa Optimization design of waste heat power generation systems in cement production 15:14- 21255 Qian Yin, Wenjing Du, Lin Cheng* 15:16 Shandong Universiy, China A solution of aluminum flat heat pipe for dry cooling the ladar array 15:16- 22037 Su Hyeon Hong, Seok-Hwan Moon*, Kwang Seong Choi, Jin Ho Lee, Hyun Tak Kim 15:18 Electronics and Telecommunications Research Institute, Korea A general thermal resistance with correction factor for heat exchanger design and 15:18- analysis based on energy flow method 23388 15:20 Junhong Hao, Qun Chen* Tsinghua University, China Transport processes and separation in zero-gravity distillation 15:20- Niklas Preußer*, Sebastian Rieks, Eugeny Y. Kenig, Peter Stephan, Tatiana Gambaryan- 23300 15:22 Roisman Technical University Darmstadt, Germany

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General Sessions

Gravity effect on natural convection melting investigated with 2D and 3D lattice 15:22- Boltzmann methods 23845 15:24 X. Y. Li, H. Zhang, J. Liu, Q. W. Wang, T. Ma Xi'an Jiaotong University, China Transient characterization of a heat exchanger through identification of its transfer 15:24- functions 21381 15:26 Waseem Al Hadad*, Yves Jannot, Vincent Schick, Benjamin Remy, Denis Maillet University of Lorraine, France Study on performances of shellside of blade baffle heat exchanger with different 15:26- arrangement of baffle 23616 15:28 Ke Wang, Guofeng Tan*, Shupei Zhao, Yongqing Wang, Zunchao Liu Zhengzhou University, China Characteristics of particulate fouling of rectangular-wing vortex generators with a hole 15:28- 23110 Zhiming Xu, Zhimin Han*, Xiaoya Geng, Jingtao Wang 15:30 Northeast Electric Power University, China Numerical simulation of heat pipe with verification of X-ray CT 15:30- 23088 Suguru Uemura*, Shozo Yoshimura, Takashi Imai, Shuichiro Hirai 15:32 Tokyo Institute of Technology, Japan The effect of zigzag angle on the thermal-hydraulic performances of printed circuit heat 15:32- exchangers 23552 15:34 Shenghui Liu, Yanping Huang*, Junfeng Wang, Jinguang Zang, Guangxu Liu, Yuanfeng Zan Nuclear Power Institute of China, China An experimental study of plastic heat exchangers applicable for dehumidification 15:34- 21165 Mohammed Amer, Miao-Ru Chen, Ming-Chang Lu, Chi-Chuan Wang* 15:36 Chiao Tung University, Chinese Taipei Heat and flow characteristics of water with air-injection on polyethylene tube for 15:36- various tube widths placed over metal rods set 24116 15:38 Fuminori Amemiya*, Koji Toriyama, Takuya Kobayashi University of Yamanashi, Japan Effects of sea-water fouling on a plate-flame heat exchanger for utilization of waste heat 15:38- from power plant 23852 15:40 Wonkeun Baik, Jaehyok Heo, Rin Yun* Hanbat National University, Korea Experiments of active polymer thermosyphons for water harvesting applications 15:40- Wei Zhong, Tao He, Sean Hardick, Rebecca Trojanowski, Tom Butcher, Timothy Wagner, 23393 15:42 Yaroslav Chudnovsky, William Worek, Jon P. Longtin* Stony Brook Universtiy, USA Effect of the non-condensable gas contents on heat transfer characteristics of two-phase 15:42- closed thermosyphon 23199 15:44 Yeong Hwan Kim, Dong Hwan Shin, Jin Sub Kim, Jungho Lee* Inje University, Korea An additive manufacturing-enabled air-to-air heat exchanger for high temperature 15:44- applications 23685 15:46 Xiang Zhang*, Farah Singer, Amir Shooshtari, Michael M. Ohadi University of Maryland, USA Visualization experiment and numerical simulation of a flat-plate closed loop two-phase 15:46- thermosyphon of small dimensions 22116 15:48 Weinan Hu, Chunpeng Zhou, Guanzheng Huang, Fangjun Hong* Shanghai Jiao Tong University, China

110

General Sessions

Numerical investigation on flow and thermal characteristics of pulsating heat pipes 15:48- 23835 Hyung Yun Noh*, Sung Jin Kim 15:50 Korea Advanced Institute of Science and Technology, Korea Flow and heat transfer characteristics of a thermosyphon loop with high filling ratio 15:50- 22167 Yun Liu, Zhigang Li*, Yuhua Li, Tie Li, Yuyan Jiang, Dawei Tang 15:52 Institute of Engineering Thermophysics, Chinese Academy of Sciences, China Experimental and numerical analysis of a closed-loop flat-plate pulsating heat pipe: 15:52- Effects of orientation with respect to gravity on the thermohydraulic behavior 23529 15:54 Filippo Pagnoni*, Vincent Ayel, Edoardo Scoletta, Yves Bertin Institut Pprime, CNRS-ENSMA-University of Poitiers, France An investigation on maximum hydraulic diameter of an oscillating heat pipe 15:54- 23885 Yulong Ji*, Lilin Chu, Chunrong Yu, Hailang Kuang, Hongbin Ma 15:56 Dalian Maritime University, China Numerical studies of the bending heat pipe towards ICT applications 15:56- 21657 Shenghui Lei*, Akshat Agarwal, Nick Jeffers 15:58 Bell Labs, Ireland

111

General Sessions

August 14, Tuesday 14:00-18:00 Room 311A Session subject: Energy Conversion and Storage (ECS) Co-Chairs: Yuying Yan & Ying Chen

Time ID Title, Author, Affiliation Hybrid analytical and finite element formulation of a latent heat storage exchanger simulation: Comparison of heat transfer models for enhanced thermal conductivity 15:00- 23118 change material 15:02 Mariam Jadal*, Didier Delaunay, Lingai Luo, Jerome Soto, Nicolas Boyard Thermal and Energy Laboratory of Nantes, France The entransy based analysis of the operation principle of the absorption heat pump 15:02- 21771 Tian Zhao, Yu-Chao Hua, Zeng-Yuan Guo* 15:04 Tsinghua University, China Parallel triangular channel system for latent heat thermal energy storages 15:04- 23991 Assunta Andreozzi, Bernardo Buonomo, Davide Ercole, Oronzio Manca* 15:06 University of Campania "Luigi Vanvitelli", Italy A new PCM composite with microencapsulated phase change material slurry saturated 15:06- in metal foam for passive thermal management 22340 15:08 Wenqiang Li*, Duo Zhang, Shangsheng Feng, Biao Yuan, Hao Wan, Fei Qin, Guoqiang He Northwestern Polytechnical University, China Control of heat release energy during heating from solid-solid phase change material 15:08- 24007 Ryohei Gotoh*, Tsuyoshi Totani, Masashi Wakita, Harunori Nagata 15:10 Hokkaido University, Japan Thermal energy storage with tunable melting point phase change materials 15:10- 22260 Fangyu Cao*, Ying Zheng, Chien-Hua Chen, Richard Bonner 15:12 Advanced Cooling Technologies, Inc., USA Phase change behavior of ammonia alum hydrate slurries passing through a heat 15:12- exchanger 22545 15:14 Kohei Nakamura*, Takashi Ina, Ruri Hidema, Hiroshi Suzuki, Yoshiyuki Komoda Toho Gas Limited Liability Company, Japan Surface modification driven phase change properties of organics confined in nanopores 15:14- matrix for shape stabled phase change materials 23771 15:16 Daili Feng, Yanhui Feng*, Mengya Xiong, Chen Wang, Ge Wang, Xinxin Zhang University of Science and Technology Beijing, China Comprehensive performance analysis of concentric cylindrical thermoelectric generator 15:16- for light-duty vehicles 21964 15:18 Kuo Huang, Yuying Yan*, Bo Li, University of Nottingham, UK Non-invasive measurement of internal temperature in Li-ion cells for nominal and 15:18- thermal runaway conditions 23597 15:20 Ankur Jain* The University of Texas at Arlington, USA Experimental investigation of phase change wallboards: Comparative study of test cells 15:20- 23724 Yuhao Qiao, Yan Liu, Liu Yang*, Liqiang Hou, Xiangrong Zhang, Jiaping Liu 15:22 Xi’an University of Architecture and Technology, China Investigation on the application of phase change composite with CNTs in water heater 15:22- 22485 Jifen Wang*, Huaqing Xie, Zhixiong Guo 15:24 Shanghai Polytechnic University, China

112

General Sessions

Cascaded latent heat thermal energy storage with molten salt-nanoparticles composite 15:24- 24438 Xin Xiao*, Dongsheng Wen 15:26 University of Leeds, UK Experimental study of close-contact melting in a cylindrical enclosure 15:26- 23580 Tomer Shockner, Amit Nir, Dmitry Portnikov, Yoram Kozak, Gennady Ziskind* 15:28 Ben-Gurion University, Israel Experimental study on the cooling charging performance of microencapsulated phase 15:28- change material slurry 22442 15:30 Hongtao Xu, Yubo Miao, Zhuqing Luo, Jianlei Niu* The Hong Kong Polytechnic University, Hongkong,China Unsteady characteristics of water thermocline storage tank with encapsulated paraffin 15:30- wax packed bed 22477 15:32 Xiaoze Du*, Zhaoyu He, Xiaohui Wang, Chao Xu, Lijun Yang North China Electric Power University, China Numerical simulation of heat transfer in a magnesium hydroxide packed bed reactor 15:32- 23335 Keisuke Nishida, Massimiliano Zamengo, Yukitaka Kato, Yasunori Okano* 15:34 Osaka University, Japan Axisymmetric lattice Boltzmann method for gas-solid thermochemical reaction in 15:34- particle scale 22413 15:36 Zhihao Pan, Jun Yan, Changying Zhao* Shanghai Jiao Tong University, China Numerical study on thermal conductivity optimization of composite phase change 15:36- material 22861 15:38 Bofeng Shang, Ruikang Wu, Bin Xie, Xingjian Yu, Xiaobing Luo* Huazhong University of Science and Technology, China A novel technique for latent heat transport using super-hydrophobic flexible gel 15:38- Takumu Otsubo, Tomohiro Senda, Ruri Hidema, Hiroshi Suzuki*, Yoshiyuki Komoda, 22579 15:40 Kosuke Suzuki, Masao Iwaya, Masaru Endo, Naotaka Nishio Kobe University, Japan Morphological evolution of mushy zone and effect of mushy zone constant during 15:40- melting process 23602 15:42 Bei Yang*, Zhifeng Wang, Tiejun Zhang, Fengwu Bai, Yan Wang Institute of Electrical Engineering, Chinese Academy of Sciences, China Solidification heat transfer characteristics of phase change emulsion in turbulent flow 15:42- region 23186 15:44 Takashi Morimoto*, Kai Suzaki, Hiroyuki Kumano Aoyama Gakuin University, Japan Feasibility of using thermal inertia to shift the peak energy demand of buildings 15:44- 23992 Xiaoqing Chen, Hailong Li*, Xueqiang Li, Yabo Wang, Kai Zhu 15:46 Tianjin University of Commerce, China Effects of fabrication conditions on silica hard-shell microcapsules containing phase change materials 15:46- 22594 Ippei Watanabe*, Nami Furukawa, Naoki Kuroda, Ruri Hidema, Hiroshi Suzuki, 15:48 Yoshiyuki Komoda, Takashi Horie, Hitoshi Asano, Naoto Ohmura Kobe University, Japan Numerical method and its application to investigate the thermal performance of an 15:48- earth to fluid pipe system 24178 15:50 Zaiguo Fu*, Lingtong Li, Li Zhang, Bo Yu Shanghai University of Electric Power, China

113

General Sessions

Modeling of melting process of phase change material filled capsule for thermal energy storage 15:50- 23502 Yukiko Saito, Selvan Bellan, Nobuyuki Gokon, Koji Matsubara*, Cho Hyun Cheok, 15:52 Tatsuya Kodama Niigata University, Japan Heat transfer study of nitrate salt and nano-salt as energy storage media 15:52- 24495 Afrah Turki Awad*, Dongsheng Wen 15:54 University of Leeds, UK Numerical investigation on the thermal performance of lightweight building with 15:54- integrated PCM layer 22091 15:56 Yang Yang*, Li Zhu Tianjin University, China Numerical simulation on BTES system performances of single and multiple borehole 15:56- under different factors 22400 15:58 Li Zhu, Sarula Chen* Tianjin University, China

114

General Sessions

August 14, Tuesday 15:00-18:00 Room 311B Session subject: Porous Media (PMA) Co-Chairs: Peter Christian Stephan & Yuyan Jiang

Time ID Title, Author, Affiliation Numerical investigation of heat and mass transfer in a structured packed bed with 15:00- porous spherical particles 22800 15:02 Morteza Hangi, Vincent M. Wheeler, Wojciech Lipinski* The Australian National University, Australia Free evaporation cooling characteristics of horizontal wet porous media plate installed 15:02- on car roof 22163 15:04 Li Ouyang* Wuhan University of Technology, China Combined conductive-convective-radiative heat transfer in complex geometry using the Monte Carlo method: Application to solar receivers 15:04- 23662 Loris Ibarrart*, Cyril Caliot, Mouna El Hafi, Richard Fournier, Stephane Blanco, 15:06 Sébastien Dutour, Jérémi Dauchet, Jean-Marc Tregan, Vincent Eymet, Vincent Forest Mines Albi, Paul Sabatier University, France Evaporation from thin porous media with mixed wettability 15:06- 22414 Rui Wu, Changying Zhao* 15:08 Shanghai Jiao Tong University, China Effect of fiber orientation on the effective mass diffusivity of fibrous porous media 15:08- 22694 Ao Xu, T.S. Zhao* 15:10 Hong Kong University of Science and Technology, Hongkong, China Heat and mass transfer on porous medium surface with vapor-liquid phase change 15:10- 22925 Shixue Wang*, Minghui Ge, Yulong Zhao, Fei Wang 15:12 Tianjin University, China Three-dimensional numerical simulation of ionic mechanical dispersion in an 15:12- electrodialyzer with net-like spacers 21758 15:14 Xiaohui Bai, Yoshihiko Sano, Fujio Kuwahara, Akira Nakayama* Shizuoka University, Japan Pore scale simulation for thermo-hydro-mechanical processes in geophysical system 15:14- 23174 Zhiqiang Chen, Moran Wang* 15:16 Tsinghua University, China Combining micro- meso- and macro-scopic numerical methods for multiscale radiative transfer modeling of SiC-based foams up to very high temperatures 15:16- 24216 Mohd afeef Badri, Arnaud Biallais, Gilberto Domingues, Yann Favennec, Giorgia Fugallo, 15:18 Aubin Mekeze-Monthe, Benoit Rousseau* University of Nantes, France Numerical investigation on the cooling performance and configuration optimization of 15:18- transpiration cooling with phase change 23916 15:20 Hao Su, Fei He*, Jianhua Wang, Liang Chen, Bangcheng Ai University of Science and Technology of China, China Two-phase flow boiling and evaporative heat transfer promoted with uni-directional 15:20- porous copper 23683 15:22 Kio Takai*, Kazuhisa Yuki, Shuai Yang, Risako Kibushi, Noriyuki Unno Tokyo University of Science, Yamaguchi, Japan

115

General Sessions

Analytical study on the performance of a multi-layer porous volumetric solar receiver 15:22- 24102 Kun Yang*, Kai Wang, Yueming Huang, Jiabing Wang* 15:24 Huazhong University of Science and Technology, China Two-phase thermal conductivity of ceramic sponges with and without flow up to high 15:24- temperatures 23001 15:26 Thomas Fischedick, Konrad Dubil, Benjamin Dietrich* Institute of Thermal Process Engineering, Germany Thermal radiation effect on the effective thermal conductivity of porous material by 15:26- pore level numerical simulation 24135 15:28 M. G. Luo, J. M. Zhao*, L. H. Liu** Harbin Institute of Technology, China Numerical and experimental investigations of heat and mass transfer properties of 15:28- open-cell ceramic foams 24163 15:30 P. Lea*, J. F. Henry, C. Lorreyte, D. Caron, H. Pron, J. Randrianalisoa* University of Reims, France Numerical investigation of gas diffusion properties in nanoporous organic matter 15:30- 23592 Ying Yin, Zhiguo Qu*, Jianfei Zhang 15:32 Xi’an Jiaotong University, China Aluminum foams for water pool boiling enhancement 15:32- 22819 Luca Doretti, Hosein Sadfi, G. Righetti, Kamel Hooman, Giovanni Longo, Simone Mancin* 15:34 University of Padova, Italy Effects of micro-morphology on BRDF of metal foam’s skeleton 15:34- 23538 Bo Liu, Xin-Lin Xia*, Chuang Sun, Nanshi Chen 15:36 Harbin Institute of Technology, China Experimental study on capillary performance of micro/nano scale sintered wicks 15:36- 22309 Xianbing Ji, Chao Dai, Jinliang Xu* 15:38 North China Electric Power University, China Design of evaporating surfaces using highly-ordered microstructures 15:38- 24267 Kimia Montazeri, Quang Pham, Yoonjin Won* 15:40 University of California, USA Microstructural effects on the permeability of nitrocellulose membranes for paper 15:40- diagnostics 22563 15:42 Shanyouming Sun, Shangsheng Feng*, Feng Xu, Changchun Ji, Meng Shi, Tianjian Lu* Xi'an Jiaotong University, China Lattice Boltzmann simulation of heat and mass transfer during soil freezing with the 15:42- considering of pre-melted film 22558 15:44 Fei Xu, Bingxi Li*, Yaning Zhang, Zhonglin Du Harbin Institute of Technology, China Heat transfer characteristics of a gas flow in uni-directional porous copper pipes 15:44- Yoshiaki Sato, Kazuhisa Yuki*, Yuki Abe, Risako Kibushi, Noriyuki Unno, Kazuyuki 24153 15:46 Hokamoto, Shigeru Tanaka, Toshio Tomimura Tokyo University of Science, Yamaguchi, Japan Heat transfer and interface evolution of the PCM melting in a rectangular enclosure 15:46- with or without porous media 22312 15:48 Huijin Xu*, Changying Zhao, Yan Wang China University of Petroleum (East China), China Pore-scale numerical analysis of hydrodynamics and conjugate heat transfer in solid 15:48- sponges 23409 15:50 Sebastian Meinicke, Benjamin Dietrich*, Thomas Wetzel Karlsruhe Institute of Technology, Germany

116

General Sessions

Impact of geometrical characteristics on the condensate retention and frost formation 15:50- on metal foams 24160 15:52 Kashif Nawaz*, Anthony Jacobi Oak Ridge National Laboratory, USA The study of hydrodynamics and heat transfer in pebble beds with volumetric heating in case of axial and radial flow 15:52- 23894 Yuliya V. Smorchkova*, Alexander N. Varava, Aleksey V. Dedov, Alexander V. 15:54 Zakharenkov, Alexander T. Komov, Sergey V. Mirnov, Alexander V. Borozdin National Research University, Russia Periodic freezing of water and melting of ice in asphalt as a porous medium subject to 15:54- diurnal temperature oscillations 21435 15:56 Cristina Martin Linares, Chun-Hsing (Jun) Ho, Peter Vadasz* Northern Arizona University, USA

117

General Sessions

August 15, Wednesday 8:30-12:20 Room 309A Session subject: Boiling and Evaporation-4 (BAE4) Co-Chairs: Xiulin Ruan & Bingyang Cao

Time ID Title, Author, Affiliation Phase change simulation of two-phase R134a flow in a horizontal T-junction 9:20-9:22 22657 Pei Lu, Li Zhao*, Shuai Deng, Yawei Shao Tianjin University, China Enhanced boiling heat transfer on surfaces patterned with mixed wettability Biao Shen*, Masayuki Yamada, Tomosuke Mine, Sumitomo Hidaka, Junichiro, Shiomi, 9:22-9:24 23482 Gustav Amberg, Masamichi Kohno, Koji Takahashi, Yasuyuki Takata Kyushu University, Japan Vaporization of binary and ternary non-azeotropic mixtures inside channels 9:24-9:26 24169 Marco Azzolin, Arianna Berto, Stefano Bortolin, Davide Del Col* University of Padova, Italy Thermal waves at the interface of an evaporating liquid pool 9:26-9:28 22748 Lu Qiu, Fei Duan* Nanyang Technological University, Singapore R245fa flow boiling heat transfer on an electrically heated carbon/carbon surface 9:28-9:30 22844 Giulia Righetti*, Luca Doretti, Simone Mancin, Claudio Zilio, Giovanni Antonio Longo University of Padova, Italy Experimental study on thermal performance of a new novel loop heat pipe 9:30-9:32 22678 Yueping Deng, Jinjia Wei*, Xueli Wang Xi'an Jiaotong University, China Two-phase flow analysis of a double layer counter flow mini-channel heatsink with 1D countercurrent flow model 9:32-9:34 23816 Kihoon Lim, Junbeom Lee, Jaeseon Lee* Ulasn National Institute of Science and Technology (UNIST), Korea Heat transfer enhancement and crisis phenomena at pool boiling on the surfaces with structured capillary-porous coatings 9:34-9:36 22936 Aleksandr Pavlenko*, Anton Surtaev, Denis Kuznetsov, Vladimir Serdyukov, Vasily Kalita, Dmitry Komlev Siberian Branch of Russian Academy of Sciences, Russia Advances in modelling of boiling heat transfer using mesoscale method 9:36-9:38 21916 Wei Gong, Yuying Yan* University of Nottingham, UK Temperature discontinuity and resistance at the liquid–gas interface of thin liquid film and droplet under heating 9:38-9:40 24310 Elizaveta Gatapova*, Oleg A. Kabov Institute of Thermophysics, Siberian Branch of the Russian Academy of Sciences, Russia Heat transfer and bubble dynamical behavior during single bubble pool boiling in microgravity 9:40-9:42 22294 Ke Wu, Peng Liu, Wang-Fang Du, Jian-Fu Zhao*, Hui-Xiong Li, Kai Li Institute of Mechanics, Chinese Academy of Sciences, China

118

General Sessions

Enhancement of HFE-7200 pool boiling heat transfer on a copper surface with nanostructure coatings 9:42-9:44 23071 Zhen Cao, Zan Wu, Anh Duc Pham, Calle Preger, Tautgirdas Ruzgas, Cathrine Albèr, Sahar A. Abbood, Bengt Sunden* Lund University, Sweden Droplet evaporation on functional surfaces 9:44-9:46 22264 A. Alperen Gunay, Marisa Gnadt, Soumyadip Sett, Junho Oh, Nenad Miljkovic* University of Illinois, USA Investigation on bubble dynamic behaviors under pulse heating 9:46-9:48 23676 Suchen Wu, Chengbin Zhang, Xiangdong Liu, Yongping Chen* Southeast University, China Film boiling collapse temperature and boiling heat transfer correlations through two- dimensional temperature field measurement and observation of liquid-solid contact 9:48-9:50 23658 Hiroyasu Ohtake* Kogakuin University, Japan Numerical study of flow characteristics and temperature distribution of falling films over horizontal tubes for superhydrophilic surface 9:50-9:52 23396 Yi Zheng, Zhong Lan, Yun Li, Rui Jiang, Kai Wang, Xuehu Ma* Dalian University of Technology, China Steady-state and transient heat transfer phenomena of water: An experimental and theoretical investigation at near-critical pressures 9:52-9:54 24209 Tobias Gschnaidtner*, Andreas Kohlhepp, Gerrit A. Schatte, Christoph Wieland, Hartmut Spliethoff Technical University of Munich, Germany Enhancement of desalination process involving two phase heat transfer: An experimental study 9:54-9:56 23998 Rajiva lochan Mohanty*, Abhilas Swain, Mihir Kumar Dasindian Institute of Technology Bhubaneswar, India Effect of surface structure on void fraction of subcooled forced boiling in rectangular narrow channel 9:56-9:58 23156 Hitoshi Asano*, Tomohiko Nakamura Kobe University, Japan Study on superheated liquid layer in pool boiling 9:58-10:00 23750 Mao Takeyama*, Tomoaki Kunugi, Takehiko Yokomine, Zensaku Kawara, Kyoto University, Japan Two-phase pressure drop characteristics of HFE-7100 in mini-channels 10:00- 24123 Jin Young Park, Eun Jung Choi, Min Soo Kim* 10:02 Seoul National University, Korea Levitation of ordered arrays of liquid microdroplets over solid-gas and liquid-gas 10:02- interfaces 24306 10:04 Dmitry Zaitsev*, Dmitry Kirichenko, Vladimir Ajaev, Oleg Kabov Russian Academy of Sciences, Russia Bubble formation and heat transfer process during saturated film boiling in the electric 10:04- field 23917 10:06 Yanning Wang, Yinshi Li*, Dongliang Sun* Xi'an Jiaotong University, China Evaporation from ultra-thin nanoporous membranes into liquid-moist air systems 10:06- 23305 Zhengmao Lu, Kyle Wilke, Daniel J. Preston, Ikuya Kinefuchi, Evelyn N. Wang* 10:08 Massachusetts Institute of Technology, USA

119

General Sessions

Numerical simulation of the dryout characteristics in a helical once-through steam 10:08- generator 22191 10:10 Xiang Yu, Baozhi Sun*, Jianxin Shi, Wanze Wu, Zhirui Zhao Harbin Engineering University, China Micro-PIV analysis of gas-liquid flow and boiling heat transfer characteristics in micro 10:10- pin-fin heat sinks 23840 10:12 Lingjian Kong, Zhigang Liu, Mingming Lv, Can Ji Energy Research Institute of Shandong Academy Sciences, China In-situ TEM study of nanoscale liquid wetting 10:12- 20898 Guanglei Chen, Haim H. Bau, Calvin Li* 10:14 Villanova University, USA

120

General Sessions

August 15, Wednesday 8:30-12:20 Room 309B Session subject: New Energy and Efficiency-3 (NEE3) Co-Chairs: Viktor Terekhov & Zhenqian Chen

Time ID Title, Author, Affiliation Wet, dry and hybrid cooling systems 9:20-9:22 23649 John Maulbetsch*, Michael DiFilippo Maulbetsch Consulting, USA Gasification mechanism of woody biomass-derived char with supported Fe catalysts 9:22-9:24 22290 Yukihiko Okumura* Maizuru National College of Technology, Japan Heat storage analysis of energy piles with spiral-tube heat exchanger based on a practical axisymmetric model 9:24-9:26 23433 Qiang Zhao, Baoming Chen* Shandong University, China Thermal performance of ground source heat pumps that use direct expansion method using foundation pile 9:26-9:28 23590 Tetsuaki Takeda*, Shuhei Ishiguro, Osamu Yoda, Hiroji Okubo University of Yamanashi, Japan Process intensification by heat pipe of methane reforming for hydrogen production 9:28-9:30 23410 Bohong Chen, Long Wang, Feng Wang*, Bo Qi Chongqing University, China Computer simulation of thermophysical processes in particle generators 9:30-9:32 20916 Victor V. Kuzenov, Sergei V. Ryzhkov* Bauman Moscow State Technical University, Russia Numerical study of the mixing of steam and air in a fuel assembly in cross-flow 9:32-9:34 22377 Tobias Hanisch*, Erik Frense, Frank Rüdiger, Jochen Fröhlich Dresden University of Technology, Germany The use of virtual heaters in assessing the effect of window glazing, window-to-wall ratio and air exchange rate on optimal indoor heat distribution 9:34-9:36 22452 Jérémie Léger*, Daniel. R Rousse School of high Technology, Canada Numerical analysis of the thermal characteristics of a downhole heat exchanger geothermal system 9:36-9:38 23171 Yu Shi, Xianzhi Song*, Gensheng Li, Gaosheng Wang, Rui Zheng, Jiacheng Li China University of Petroleum-Beijing, China Multiscale thermal transport in solar thermochemical energy storage systems 9:38-9:40 23650 Like Li*, Kelvin Randhir, James Klausner, Renwei Mei, Nick AuYeung Mississippi State University, USA Integrated analysis and control of the dynamic characteristics of heat transfer systems based on the entransy-based power flow mode 9:40-9:42 23700 Kelun He, Qun Chen*, Yifei Wang, Junhong Hao Tsinghua University, China Improved modeling approach for heat sink topology optimization 9:42-9:44 24052 Yang Zhou*, Wouter Dekeyser, Martine Baelmans KU Leuven, Department of Mechanical Engineering, The Netherlands

121

General Sessions

Analysis of thermal storage of polyolefin resin solar collector in Chinese solar greenhouse in winter 9:44-9:46 22387 Xinni Zhang, Xiaoyan Yuan*, Hongsheng Cheng China Agricultural University, China Two-dimensional transient heat transfer and optical analysis of a solar receiver 9:46-9:48 24296 Mostafa Abuseada, Nesrin Ozalp*, Cédric Ophoff University of Minnesota Duluth, USA A simplified panel for both diurnal photovoltaic conversion and nocturnal radiative cooling 9:48-9:50 22440 Bin Zhao, Mingke Hu, Xianze Ao, Gang Pei* University of Science and Technology of China, China Effective solar distillation with thermal concentration and anti-fouling wick 9:50-9:52 24171 Safa Alzaim, Aikifa Raza, Jin-You Lu, TieJun Zhang* Khalifa University, UK Design for the turbine of solar chimney power plant system with vertical collector 9:52-9:54 21865 Yan Zhou, Chen Yang*, Kai Hao*, Liang-Heng Zhang Qingdao University of Science & Technology, China Feasibility study of a hybrid small-scale dish-mounted solar thermal Brayton cycle with cogeneration 9:54-9:56 24185 Willem Le Roux* University of Pretoria, South Africa Optimization of solar cavity receiver for cross linear concentrated solar power system: A numerical study 9:56-9:58 24318 Rendy Silva Renata*, Kentaro Kanatani, Hideharu Takahashi, Yutaka Tamaura, Hiroshige Kikura Tokyo Institute of Technology, Japan Experimental study on thermodynamic performance of solar air compressor 9:58-10:00 22336 Lu Wang, Zhong-Xian Yuan* Beijing University of Technology, China Design and optimization of baffled fluid distributor for realizing target flow 10:00- distribution in a tubular solar receiver 24279 10:02 Lingai Luo*, Min Wei, Yilin Fan University of Nantes, France Investigation on supercritical fluids heat transfer deterioration and its mitigations 10:02- 23302 Eze Chika, Hui Cheng, Jiyun Zhao* 10:04 City University of Hong Kong, Hongkong, China Spectral characterisation and evaluation of liquid based beam splitters for CPV/T solar 10:04- systems 22475 10:06 Xinyue Han*, Dengshuai Xue, Xiaobin Chen Jiangsu University, China Conjugated radiation-convection-conduction heat transfer analysis of volumetric receiver with highly concentrated radiation 10:06- 23436 Mitsuho Nakakura*, Selvan Bellan, Hyun-Seok Cho, Koji Matsubara, Nobuyuki Gokon, 10:08 Tatsuya Kodama Niigata University, Japan Coupled-neutronic-thermalhydraulic stability appraisal of supercritical forced flow 10:08- channels following lumped parameter approach 23961 10:10 Daya Shankar, Manmohan Pandey, Dipankar N. Basu* Indian Institute of Technology Guwahati, India

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General Sessions

Carbon nanotube based electrodes for perovskite solar cells 10:10- 21869 Shigeo Maruyama* 10:12 The University of Tokyo, Japan A multi-layered coating with embedded small particles to improve shielding of space 10:12- vehicles from intense solar irradiation 21209 10:14 Leonid Dombrovsky*, Dmitry Reviznikov Joint Institute for High Temperatures, Russia The optical theoretical and experimental investigation on the fixed-focus performance 10:14- of a fresnel lens solar cooker 22427 10:16 Hai Wang, Yanxin Hu, Jin Huang*, Zijian Lu Guangdong University of Technology, China

123

General Sessions

August 15, Wednesday 8:30-12:20 Room 310 Session subject: Cooling and Thermal Management-2 (CTM2) Co-Chairs: Baoling Huang & Rong Chen

Time ID Title, Author, Affiliation Thermal management of lithium ion battery module: Air cooling strategies for the hotspots 9:20-9:22 23749 Zhao Lu, Xiaoling Yu*, Lichuan Wei, Liyu Zhang, S. Gao, Liwen Jin, Xiangzhao Meng* Xi'an Jiaotong University, China Thermohydrodynamics of ferrofluidic flow with periodic pulsation under the effect of static and alternating magnetic field-: A numerical study 9:22-9:24 23439 Sudip Shyam, Balkrishna Mehta*, Pranab Kumar Mondal Indian Institute of Technology, Guwahati, India An experimental investigation of cooling characteristics at a vane end-wall constructed by laminated structure 9:24-9:26 23446 Wei Wang, Jian Pu*, Jian-hua Wang, Yong-xian Luan, Bin-peng Kang University of Science and Technology of China, China Optimal liquid cooling performance of 2.5D-SICs with pin-fin enhanced micro-gaps using design of experiment 9:26-9:28 23633 Yuanchen Hu, Yogendra Joshi* Georgia Institute of Technology, USA 1D simulations of thermally buffered prismatic batteries through the application of PCMs 9:28-9:30 24132 Ilya T'Jollyn*, Jasper Nonneman, Wim Beyne, Michel De Paepe Ghent University, The Netherlands Experimental investigation of gas throttling in microchannels for electronic cooling 9:30-9:32 21954 Jianhua Weng*, Hang Zhang, Geng Hui, Xiaoyu Cui, Tongyun Zhang, Tenghui Liu Shanghai University of Electric Power, China Voltage dependence of hot spot temperature on SiC power mosfet with electro-thermal analysis 9:32-9:34 24140 Risako Kibushi*, Tomoyuki Hatakeyama, Kazuhisa Yuki, Noriyuki Unno, Masaru Ishizuka Tokyo University Science, Yamaguchi, Japan Low melting point metal enabled PCM heat sink against high heat flux thermal shock 9:34-9:36 22097 Xiao-Hu Yang, Sen Chen, Xin-Lin Xu, Jing Liu* University of Chinese Academy of Sciences, China Understanding the location of hot spots in transformer windings 9:36-9:38 23498 Tor Laneryd*, Andreas Gustafsson, Sead Travancic ABB Corporate Research, Sweden Vortex propagation in air flows generated by piezoelectric fans and their correlation with fan cooling power efficiency 9:38-9:40 22381 Navid Dehdari Ebrahimi, Zezhi Zeng, Sungtaek Ju* University of California, Los Angeles, USA Analysis of the thermal characteristics and life time of IGBTs by varying the thermal interface material thickness 9:40-9:42 24314 Young Joon Cho*, Andras Vass-Varnai, Attila Szel, Hyuk Il Kwon Mentor Graphics, Korea

124

General Sessions

Suspension and working performance of the hydro-dynamically levitated micro-pump for liquid cooling system 9:42-9:44 22859 Ruikang Wu, Wei Lan, Bin Xie, Xingjian Yu, Bofeng Shang, Jie Sun, Run Hu, Xiaobing Luo* Huazhong University of Science and Technology, China Modeling and experimental analysis of heat transfer for power electronic module integrated with phase change thermal management system 9:44-9:46 21962 Yiyi Chen, Bo Li, Yuying Yan*, Yangang Wang University of Nottingham, UK Pressure drop for three-dimensional rectangular microchannels 9:46-9:48 23173 Liangbin Su, Xiaoru Ning*, Peng Liang, Niya Ma, Hao Ma, Zhipeng Duan, Xin Zhang Beijing Jiaotong University, China Effects of hole geometry and curved surface on film cooling effectiveness and heat transfer coefficient measured with compensation of three-dimensional heat conduction 9:48-9:50 23780 Shohei Yamamoto*, Akira Murata, Jingzu Yee, Yushi Maruyama, Kaoru Iwamoto, Yoji Okita Tokyo University of Agriculture and Technology, Japan Investigation of combined hole on film cooling with and without droplets 9:50-9:52 22502 Chao Liu, Ke Tian, Jin Wang*, Zhanxiu Chen, Jiansheng Wang, Bengt Sundén, Hebei University of Technology, China A mixture theory based enthalpy porosity model for performance study of nano enhanced PCM heat sink 9:52-9:54 24196 Santosh Sahoo*, Prasenjit Rath, Mihir Das Indian Institute of Technology, Bhubaneswar, India Environmental temperature effect and thermal management of lithium-ion battery with phase change material/heat pipe coupled system 9:54-9:56 23343 Shuangfeng Wang*, Weixiong Wu, Sihui Hong, Wei Wu, Kai Chen South China University of Technology, China Experimental investigation on the effect of fin length allocation for the PCM melting enhancement 9:56-9:58 23264 Chenzhen Ji, Zhen Qin, Zhenghua Low, Swapnil Dubey, Fook Hoong Choo, Fei Duan* Nanyang Technological University, Singapore An approximation method for heat transfer prediction in a magnetic suspension machine 9:58-10:00 23422 Xinlong Li, Hailin Gu, Peng Qian, Feiyang Sun, Minghou Liu* University of Science and Technology of China, China Bibliometric analysis of research on electronic hotspots thermal management 10:00- 23708 Yuanchen Hu, Lu Wang* 10:02 Beijing Institute of Technology, China Identification of thermal conductivity mixing models for heterogeneous fouling deposits 10:02- 23965 Emilio Diaz-Bejarano, Elaheh E. Behranvand, Francesco Coletti, Mohammad Reza 10:04 Mozdianfard, Sandro Macchietto* Brunel University London, UK Reduced working temperature of quantum dots-light-emitting diodes optimized by 10:04- QDs@silica-on-chip structure 22857 10:06 Bin Xie, Yanhua Cheng, Xingjian Yu, Bofeng Shang, Kai Wang, Xiaobing Luo* Huazhong University of Science and Technology, China

125

General Sessions

Metallized three-dimensional centrosymmetric microstructures to enhance dry contact 10:06- thermal conductance across nonflat interfaces 23666 10:08 Jin Cui, Liang Pan, Justin Weibel* Purdue University, USA Heat transfer modelling of a supercapacitor stack 10:08- 22832 Ran Zhao, Dezheng Darson Li, Ann Lee*, Ngai Ming Kwok, Guan Heng Yeoh 10:10 Macquarie University, Australia The effect of thermal and physical parameters of a lithium ion battery electrode on the 10:10- internal cell resistance 23907 10:12 Bereket Tsegai Habte, Fangming Jiang* University of Chinese Academy of Sciences, China Numeric study of surface roughness in flat microchannel heat sink 10:12- 22762 Hui Lu, Liang Gong*, Minghai Xu 10:14 China University of Petroleum (East China), China Numerical study on multi-scale heat transfer in annulus heated by non-uniform heat 10:14- flux 23115 10:16 Di Li, Zhi-Hong Wang, Zeng-Yao Li* Xi’an Jiaotong University, China Numerical modeling and experimental validation of a PCM (phase change material)- 10:16- based active cooling system for enhanced thermal management 24051 10:18 Su-Ho Kim, Seok-Won Kang* Korea Railroad Research Institute, Korea

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August 15, Wednesday 8:30-12:20 Room 311A Session subject: Heat Exchangers-2 (HER2) Co-Chairs: Bong Jae Lee & Liwu Fan

Time ID Title, Author, Affiliation Numerical investigation on convective heat transfer of supercritical pressure CO2 in serpentine channel 9:20-9:22 23714 Xinying Cui, Jiangfeng Guo*, Xiulan Huai, Keyong Cheng, Haiyan Zhang, Mengru Xiang Institute of Engineering Thermophysics, Chinese Academy of Sciences, China A Single loop pulsating heat pipe in varying gravity conditions: Experimental results and numerical simulations 9:22-9:24 23891 Luca Pietrasanta*, Daniele Mangini*, Davide Fioriti, Nicolas Miche, M. Andredaki, A. Georgoulas, L. Araneo, M. Marengo University of Brighton, UK Parametric study on the permeability of micro-pillar wick with dual-height configuration 9:24-9:26 22520 Hyejin Jang, Sora Jeon, Chan Byon* Ulsan National Institute of Science and Technology, Korea Numerical simulation study on shell-and-tube heat exchangers with overlapped helical baffles 9:26-9:28 22025 Tingting Du, Wenjing Du, Xuefang Li, Qi Chen, Lin Cheng* Shandong University, China Experimental study of the temperature separation of the air flow in a cylindrical channel with permeable walls 9:28-9:30 21878 Alexander Leontiev, Andrey Zditovets*, N. A. Kiselev, Yurii Vinogradov, Mark Strongin Lomonosov Moscow State University, Russia Numerical analysis on flow and heat transfer characteristics of a crescent dune fin 9:30-9:32 22363 Tao Wu, Zhiqiang Guo, Mei Zheng, Shengbao Zhang, Wei Dong* Shanghai Jiao Tong University, China Simultaneous optimization of heat transfer processes and heat exchanger networks based on the entransy-based power flow method 9:32-9:34 23694 Di Liu, Qun Chen*, Kelun He, Xi Chen Tsinghua University, China Experimental testing of a small-scale solar thermal brayton cycle recuperator 9:34-9:36 23587 Kyle Dellar*, Willem Le Roux, Josua Petrus Meyer University of Pretoria, South Africa Thermal-hydraulic performance of printed circuit heat exchanger between supercritical CO2 and molten salt 9:36-9:38 23386 Jiewei Lao, Jing Ding, Jianfeng Lu* Sun Yat-Sen University, China Effect of channel layout on the thermal performance of pulsating heat pipe under local heating condition 9:38-9:40 24013 Jonghyun Lim*, Sung Jin Kim Korea Advanced Institute of Science and Technology, Korea Investigation of flow and heat transfer characteristics for a shell-and-tube heat exchanger with new baffles 9:40-9:42 22562 Yonggang Lei*, Yazi Li, Yongkang Lyu Taiyuan University of Technology, China

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Numerical analysis and experimental verification of microchannel heat exchanger characteristics using porous media approach 9:42-9:44 23818 Junbeom Lee, Jaeseon Lee* Ulsan National Institute of Science and Technology (UNIST), Korea Numemerical investigation on thermal-hydraulic characteristics of PCHE under rolling condition 9:44-9:46 24630 Qi Xiao*, Hanbing Ke, Zhenxing Zhao, Qifan Zou, Shaodan Li Wuhan Second Ship Des. & Res. Ins. China Thermal resistance network model for a recuperator modelling in S-CO2 power cycle 9:46-9:48 24078 Vivek Pandey, Pramod Kumar* Indian Institute of Science, India Numerical investigation on thermal and fluid dynamic behaviors of a heat exchanger in aluminum foam 9:48-9:50 23990 Bernardo Buonomo, Anna Di Pasqua, Davide Ercole, Oronzio Manca, Sergio Nardini* University of Campania "Luigi Vanvitelli", Italy Investigation on average Nusselt and Sherwood numbers in indirect evaporative cooling with counter-flow configurations 9:50-9:52 21890 Yangda Wan, Chengqin Ren*, Lei Yu, Yang Yang, Zhao Wang Hunan University, China Experimental study on refrigerant gas-liquid flow distributions in multi-pass channels with distributing inner pipe 9:52-9:54 22935 Akira Ekawa, Yuki Nakao, Masafumi Hirota* Mie University, Japan Characterization of a triple tube heat exchanger with different inner diameter using Artificial Neural Networks (ANN) 9:54-9:56 24002 José D. Moya*, Antonio E. Molina, José A. Almendros-Ibáñez, Juan F. Belmonte, Juan I. Córcoles-Tendero, Minerva Díaz-Heras, David Rodríguez-Sánchez Renewable Energy Research Institute, Spain Experiments on the effects of surface wettability and inclination angle on the condenser performance of loop thermosyphons 9:56-9:58 22988 Ji-Yu Du, Shwin-Chung Wong* Tsing Hua University, Chinese Taipei The experimental investigation of a double pipe heat exchanger installed inside a split- type air-conditioning system 9:58-10:00 23628 Anchasa Pramuanjaroenkij*, Siriluk Phankhoksoong, Amarin Tongkratoke, Sadic Kakac Kasetsart University, Thailand Effect of different coatings on thermolysis property of gallium-based liquid metals 10:00- radiator in wide temperature range 22573 10:02 Yuntao Cui*, Yushu Wang, Yujie Ding, Shuo Xu, Jing Liu* Technical Institute of Physics and Chemistry, Chinese Academy of Sciences, China Theoretical and experimental investigations on flow and thermal characteristics of 10:02- micro pulsating heat pipes 24072 10:04 Aejung Yoon*, Sung Jin Kim Korea Advanced Institute of Science and Technology, Korea Study on solid sorption heat pipe using halide-ammonia working pairs 10:04- 22182 Guoliang An, Liwei Wang*, Yang Yu 10:06 Shanghai Jiao Tong University, China Visualized study of the gravity effect in a loop heat pipe with two evaporators and one 10:06- condenser 24446 10:08 Xinyu Chang*, Hosei Nagano, Noriyuki Watanabe Nagoya University, Japan

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Review: The development of loop heat pipes with a disk-shaped evaporator 10:08- 23215 He Song, Liu Zhichun*, Liu Wei 10:10 Huazhong University of Science and Technology, China Performance characteristics of pulsating heat pipe with various non-uniform heating 10:10- conditions 23100 10:12 Wonhee Cho, Dong Soo Jang, Junyub Lim, Kyeongsoo Song, Yongchan Kim* Korea University, Korea Orientation effect of discrepancy measure on quantification of bubble swarm patterns 10:12- in a direct-contact boiling heat transfer process 23807 10:14 Qingtai Xiao, Qin Gao, Jing Zhang, Xiule Zhu, Jianxin Xu*, Junwei Huang*, Hua Wang* Kunming University of Science and Technology, China Development of numerical simulation method for two-phase flow in shell and tube heat exchangers 10:14- 23693 Yoshiteru Komuro*, Atsushi Kodama, Ling Cheng, Yoshiyuki Kondo, Azuma Seinosuke, 10:16 Hideyuki Morita, Ryoichi Kawakami, Toshifumi Nariai Mitsubishi Heavy Industries Co. Ltd., Japan Modeling of active-controlled thermosyphons for water recovery applications 10:16- Tao He, Wei Zhong, Sean Hardick, Rebecca Trojanowski, Tom Butcher, Timothy Wagner, 22884 10:18 Yaroslav Chudnovsky, William Worek, Jon P. Longtin* Stony Brook University, USA Experimental and numerical investigation of heat transfer and erosion characteristics 10:18- of a new waffle primary surface heat exchanger 22639 10:20 Wenxiao Chu, Katrine Bennett, Ting Ma, Yi-Tung Chen*, Qiuwang Wang University of Nevada, Las Vegas, USA

129

General Sessions

August 15, Wednesday 9:20-12:20 Room 311B Session subject: Radiation and Thermal Insulation (RTI) Co-Chairs: Zhuomin Zhang & Linhua Liu

Time ID Title, Author, Affiliation Modeling heat transfer through protective clothing exposed to radiant heat 9:20-9:22 23455 Udayraj*, Faming Wang* The Hong Kong Polytechnic University, HongKong, China Mathematical model of light radiation pressure upon a thin film space structure with wrinkles 9:22-9:24 21534 Nikolay Nerovny*, Irina Lapina, Anton Grigorjev Bauman Moscow State Technical University, Russia Calculations of directional radiative intensity in one-dimensional gaseous media using LBL and SNB models 9:24-9:26 23162 Hongxu Li, Kui Peng, Zhifeng Huang* Wuhan University, China Synchronous scattering and diffraction from gold nanotextured surfaces with slight periodicity 9:26-9:28 20528 Yu-Bin Chen* Tsing Hua University, Chinese Taipei Measurement on infrared properties of alumina foam at high temperatures 9:28-9:30 22518 Shun-De Zhang, Chuan Sun, Feng-Xian Sun*, Xin-Lin Xia*, Li-Ming Ruan Harbin Institute of Technology, China The split bregman algorithm for temperature reconstruction based on the light-field imaging technique 9:30-9:32 23551 Xing Huang, Hong Qi*, Wenwen Zhang, Li-Ming Ruan Harbin Institute of Technology, China Adaptive net radiative heat transfer and thermal management with origami-structured surfaces 9:32-9:34 23600 Brian Iverson*, Rydge B. Mulford, Ernest Lee Brigham Young University, USA Thermal rectifier based on near-field thermal radiation of nanostructures 9:34-9:36 23295 Jiadong Shen, Xianglei Liu* Nanjing University of Aeronautisc and Astronautics, China Wavelength selective cover for sub-ambient passive radiative cooling 9:36-9:38 23655 Hannah Kim*, Andrej Lenert University of Michigan, USA Experimental studies to determine the time characteristics of radiation of shock-heated gases in different spectral ranges 9:38-9:40 23491 Natalia G. Bykova, Igor E. Zabelinsky, Pavel V. Kozlov, Vladimir Yu. Levashov , Oleg P. Shatalov Moscow State University, Russia ∗ A modified approach to the lattice Boltzmann model (LBM) based analysis of radiative heat transport 9:40-9:42 23868 Shir Hadida, Oleg Weinstein, Simon Brandon* Technion-Israel Institute of Technology, Israel

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General Sessions

Near-field radiative thermal conductivity of nanoparticle chains 9:42-9:44 23143 Eric Tervo, Baratunde A. Cola, Zhuomin M. Zhang* Georgia Institute of Technology, USA Radiative heat transfer in densely packed spherical particle system by Monte Carlo method 9:44-9:46 24195 B.K. Liu, J. M. Zhao*, L. H. Liu** Harbin Institute of Technology, China Three dimensional analysis of non-boussinesq natural convection with radiative heat transfer in a vertical seven rod bundle 9:46-9:48 23267 Mukul Parmananda, Amaresh Dalal*, Ganesh Natarajan Indian Institute of Technology Guwahati, India Comparison of two global modes: The relationship and difference between SLW model and FSK model based on the new databases 9:48-9:50 24249 Huaqiang Chu*, Fei Ren, Mingyan Gu, Fengshan Liu Anhui University of Technology, China Radiative transfer during a pulsed lightning arc on a metallic plate 9:50-9:52 22943 R. Sousa Martins, Ph. Rivi`ere, L. Chemartin, C. Zaepffel, A. Soufiani* Universit´e Paris Saclay, France Determination of representative elementary volumes for extinction coefficients of metal foams 9:52-9:54 22501 Yang Li, Xiao-Lei Li, Xin-Lin Xia*, Chuang Sun, Qing Ai, He-Ping Tan Harbin Institute of Technology, China Tuning absorption in the solar spectrum through a metallic slit array on a flexible substrate 9:54-9:56 23507 Mingeon Kim, Jongin Choi, Bong Jae Lee* Korea Advanced Institute of Science and Technology, Korea Radiative cooling by using a slab of hexagonal boron nitride 9:56-9:58 22525 Xiaohu Wu, Ceji Fu* Peking University, China Radiative cooling of water to sub-ambient temperature under direct sunlight 9:58-10:00 23770 Dongliang Zhao, Yao Zhai, Gang Tan, Xiaobo Yin, Ronggui Yang* University of Colorado, USA Wideband absorption enhancement analysis of doped silicon nanocone arrays based on 10:00- anisotropic effective medium approximation 22658 10:02 Han Wang*, Dong Qi Nanjing Tech University, China Grazing-angle scattering peak phenomenon in the scattering of rough surface 10:02- 23513 Jia Lu, Huaichun Zhou* 10:04 Tsinghua University, China Influence of metal nanoparticle (MNP) morphology on its radiant absorption and 10:04- thermal response 23420 10:06 Jiayu Li*, Yang Tao Nanjing University of Science & Technology, China Ecient model for evaluation of spectral and vertical distributions of clear sky 10:06- atmospheric longwave radiation 23041 10:08 Mengying Li, Zhouyi Liao, Carlos Coimbra* University of California, San Diego, USA Near-field thermal radiation in many-body systems composed of core-shell 10:08- nanoparticles 22393 10:10 Jie Chen, Tiancheng Huang, Changying Zhao* Shanghai Jiao Tong University, China

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General Sessions

Daytime radiative cooling with polymer-composite coating 10:10- 23117 Tawadud AlKatheeri, Aikifa Raza, Jin-You Lu, TieJun Zhang* 10:12 Khalifa University, The United Arab Emirates Application of KF-RLSE method for real-time reconstructing the time-varying heat 10:12- flux in Rosseland approximation model 23557 10:14 Shuang Wen, Hong Qi*, Xiangyang An, Li-Ming Ruan Harbin Institute of Technology, China Calculation of non-gray radiation absorptivity and absorption coefficient of mixture of 10:14- gases from HITEMP-2010 database at high temperature. 23070 10:16 Naman Bartwal, Pradeep Kumar* Indian Institute of Technology Mandi, India A study on the thermal performance of exterior wall structure based on building 10:16- occupied hours 23321 10:18 Tugce Pekdogan*, Tahsin Basaran Izmir Institute of Technology, Turkey

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General Sessions

August 15, Wednesday 14:00-17:00 Room 309A Session subject: Convection-4 (COV4) Co-Chairs: Stefano Bortolin & Liangbi Wang

Time ID Title, Author, Affiliation A study on the local flow structure and turbulence quantities inside a heated 14:00- rectangular riser duct in turbulent natural and mixed convection heat transfer 23867 14:02 Sin-Yeob Kim, Dong-Ho Shin, Chan-Soo Kim, Goon-Cherl Park, Hyoung Kyu Cho* Seoul National University, Korea Cooling flow behaviour in a wire-woven bulk diamond (WBD) ventilated brake disc 14:02- 23002 Michael Atkins*, Frank Kienhofer, Tongbeum Kim 14:04 University of The Witwatersrand, South Africa Description of a new wind tunnel to study heat transfer phenomena in a gas mixture at 14:04- low Prandtl number 22376 14:06 Philippe Planquart*, Mathieu Delsipee, Lilla Koloszar, Sophia Buckingham Von Karman Institute, Belgium Direct numerical simulation of turbulent heat transfer in pulsating plane channel flows 14:06- with different frequency 23774 14:08 Tatsuro Yamazaki*, Yutaka Oda, Ryosuke Matsumoto, Masashi Katsuki Kansai University, Japan Effect of inlet tube spacing on friction factors in multiple circular tubes in the 14:08- transitional flow regime 23024 14:10 Josua Petrus Meyer*, Marilize Everts University of Pretoria, South Africa Heat transfer and flow characteristics of cryogenic fluids in a miniature channel of 14:10- double helical finned tube 22555 14:12 Jie Cai, Liang Chen*, Shuangtao Chen, Yu Hou Xi'an Jiaotong University, China Field test on the cooling performance for high level water collecting wet cooling tower 14:12- under crosswind conditions 23003 14:14 Jian Zou, Yang Zhou, Zhigang Dang, Ming Gao* Shandong University, China Experimental study of natural convection in a cavity: Precise visualization method of 14:14- temperature field 22825 14:16 Menghua Duan*, Lin Chen, Yongchang Feng, Junnosuke Okajima, Atsuki Komiya Tohoku University, Japan Intensification of turbulent transport of a boundary layer of a surface by a streamlined 14:16- high-speed dispersed flow 24392 14:18 Vladislav Kovalnogov, Ruslan Fedorov* Ulyanovsk State Technical University, Russia Heat transfer and pressure drop characteristics of isopropanol/Al2O3 nanofluid during 14:18- flow in a cylindrical minichannel 24165 14:20 Artem Nikulin*, Antonio Moreira University of Lisbon, Portugal

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General Sessions

Heat transfer in a flat channel with high aspect ratio at a heat carrier flow with low- Prandtl number 14:20- 22710 Viktor Naumkin*, Oleg Vitovsky, Maksim Makarov, V. E. Nakoryakov 14:22 Kutateladze Institute of Thermophysics, Siberian Branch of The Russian Academy of Sciences, Russia Development of steady-state “hot wire” method for micro/nanoscale rare gas heat 14:22- convection characterization 21905 14:24 Jianshu Gao, Shasha Zhang, Yanan Yue*, Danmei Xie, Yangheng Xiong Wuhan University, China Lattice Boltzmann modelling of natural convection of power-law fluids under wall 14:24- vibrations 20599 14:26 Jianfei Xie, Bingyang Cao* Tsinghua University, China Magnetothermal convection of paramagnetic fluid inside open-cell porous media under 14:26- gravity field 23050 14:28 Masayuki Kaneda*, Kazuhiko Suga Osaka Prefecture University, Japan MHD effects and heat transfer performance for no-wetting insulator walls in DCLL 14:28- blanket 22476 14:30 Hulin Huang*, Shimou Yin, Guiping Zhu Nanjing University of Aeronautics And Astronautics, China Numerical analysis of impingement jet cooling on the leading edge of a turbine blade 14:30- 24230 Meet Patel, Syed Abbas Haider, Terry Yan* 14:32 Southern Illinois University, USA Numerical simulation of convection-radiation coupling on thermal plumes in cavities 14:32- 23273 Ying Wang*, Anne Sergent, Denis Lemonnier, Didier Saury, Patrice Joubert 14:34 University of La Rochelle, France Direct numerical simulation study for fluid-to-fluid scaling for fluids at supercritical 14:34- pressure 23265 14:36 Jundi He, Junjie Yan, Wei Wang, Shuisheng He* The University of Sheffield, UK Study on formation mechanism of the flow drag and heat transfer reduction effect of 14:36- the organic brine with surfactant 21496 14:38 Naoto Haruki*, Akihiko Horibe, Yutaka Yamada, Touru Kawaguchi Okayama Prefectural University, Japan Transient coupled heat transfer inside cylindrical foam porous block with supersonic 14:38- flow around 22512 14:40 Zhen-Huan Li, Xiao-Lei Li, Xin-Lin Xia*, Hai-Feng Sun, Chuang Sun Harbin Institute of Technology, China Effects of partition wall on trasient natural convection in a square porous cavity 14:40- 24371 Chordia Jayesh Subhash, Ram Vinoy Sharma* 14:42 National Institute of Technology Jamshedpur, India Characteristic analysis of pressure drop in a microchannel heat sink 14:42- 24101 Haojie Huang*, Liang-Ming Pan, Rungang Yan 14:44 Chongqing University, China Dynamics of large scale flow and its effect on heat transfer in turbulent convection 14:44- 23932 Arnab Kumar De*, Pankaj Kumar Mishra 14:46 Indian Institution Of Technology Guwahati, India

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General Sessions

Convective heat transfer measurements by means of large towing tank facilities Christian Helcig, Christian Teigler, Robert Wagner, Marek Kapitz, Stefan Aus Der 14:46- 23000 Wiesche*, 14:48 Uwe Gietz, Moustafa Abdel Maksoud, Samir Kadic, Steffen Strehle Muenster University of Applied Sciences, Germany Thermal-hydraulic performance of a loop thermosyphon using a silicon multi- 14:48- microchannel evaporator 23648 14:50 Houxue Huang*, John Thome Swiss Federal Institute of Technology in Lausanne, Switzerland Flow and heat transfer of double droplets successively impinging on heated surface 14:50- 22612 Feng Wang, Yali Guo*, Qinggang Qiu, Shengqiang Shen 14:52 Dalian University of Technology, China

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General Sessions

August 15, Wednesday 14:00-17:00 Room 309B Session subject: Multiphase Flow-3 (MPF3) Co-Chairs: Chaobin Dang & Xingang Liang

Time ID Title, Author, Affiliation The impact of fuel blends and ambient conditions on the heating and evaporation of 14:00- diesel and biodiesel fuel droplets 20772 14:02 Mansour Qubeissi, Nawar Al-Esawi*, Sergei Sazhin Coventry University, UK Effect of ice shedding on heat transfer characteristics of electrothermal deicing process 14:02- 22048 Chunhua Xiao*, Yewei Gui 14:04 China Aerodynamics and Research Development Center, China Numerical analysis of dual two-phase discharge from a header 14:04- 22818 Meghan Guyot, Scott Ormiston, Hassan Soliman* 14:06 University of Manitoba, Canada Effect of wettability on characteristics of slug flow inside microchannels 14:06- 24562 Chaobin Dang*, Hanru Yu, Yuki Yoshinaga, Jingren Xu, Eiji Hihara 14:08 The University of Tokyo, Japan Numerical investigation of minichannel liquid thermal management for high power 14:08- lithium ion battery using different coolants including nanofluids 23570 14:10 Huaqiang Liu, Jiyun Zhao* City University of Hong Kong, Hongkong,China High-temperature nonequilibrium thermodynamic properties of N2 with an improved 14:10- calculation of energy levels 23933 14:12 Zhi Qin, Junming Zhao, Linhua Liu* Harbin Institute of Technology, China Eulerian-lagrangian approach to modeling heat transfer in gas-particle mixtures: Volume-averaged equations, multiscale modeling and comparison with DNS 14:12- 22601 Mohamed Belerrajoul*, Yohan Davit, Fabien Duval, Michel Quintard, Olivier Simonin 14:14 Institute for Radiological Protection and Nuclear Safety-Institute of Fluid Mechanics of Toulouse, France Comparison of heat transfer performance on homogeneous surface and heterogeneous 14:14- surface 23053 14:16 Lei Zou, Baohai Yang, Hong Wang*, Xun Zhu, Yudong Ding, Rong Chen, Qiang Liao Chongqing University, China Flow boiling in microchannels with HFE-7100: Experimental results and comparision 14:16- with correlations 20879 14:18 Ali Al-Zaidi, Mohamed Mahmoud, Tassos Karayiannis* Brunel University London, UK CFD analysis of flow pattern and heat transfer of water jet into supercritical water 14:18- environment 23672 14:20 Changsheng Ren, Liejin Guo*, Hui Jin, Guobiao Ou, Zhisong Ou, Zhenhua Ren Xi'an Jiaotong University, China Two phase flow performance of labyrinth seal in cold/hot state for aero-engine 14:20- 22561 Guoqing Li*, Qian Zhang 14:22 Institute of Engineering Thermophysics, Chinese Academy of Sciences, China

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General Sessions

Numerical simulation of the heat transfer for fully developed stratified wavy oil-water Non-Newtonian two-phase flow in pipeline 14:22- 22713 Yansong Li, Dingqian Ding, Guoxi He*, M.H. Lin, Jianfei Sun, Baoying Wang, Shengchao 14:24 Xin, Dong Han, Yongtu Liang* China University of Petroleum-Beijing, China Nanotextured surfaces for thermally aware anti-icing 14:24- 24032 Michael Grizen, Tanmoy Maitra, Manish Tiwari* 14:26 University College London, UK Numerical simulation for gas hydrate in different spatial distribution on gas production 14:26- by depressurization 23108 14:28 Yangmin Kuang, Yongchen Song*, Jiafei Zhao*, Lei Yang, Yuechao Zhao Dalian University of Technology, China Measurement of local parameters of two-phase flow in tube bundle 14:28- Atsushi Kodama, Yoshiteru Komuro*, Yoshiyuki Kondo, Azuma Seinosuke, Hideyuki 23716 14:30 Morita, Ryoichi Kawakami, Toshifumi Nariai, Yoshito Nishikawa Mitsubishi Heavy Industries Co. Ltd., Japan Heat transfer to supercritical H2O/CO2 mixtures: Apparatus 14:30- 23692 Dong Liu, Hanlin Zhang, Sha Li, Qiang Li* 14:32 Nanjing University of Science and Technology, China Lattice Boltzmann method for understanding the mass transfer mechanisms of two- 14:32- phase organic indoor air pollutants 22200 14:34 Yi Mao, Z. Li, Y. L. He, W. Q. Tao* Xi'an Jiaotong University, China Modification of shock layer structure under the impact of a high inertia particle in a 14:34- supersonic flow around blunt body 23830 14:36 Dmitry Reviznikov*, Andrey Sposobin, Igor Ivanov Moscow Aviation Institute, Russia Experimental investigation of flow boiling heat transfer boundary of nitrogen in 1.2 14:36- mm vertical mini-channel 24048 14:38 Beichen Zhang, Qinglian Li*, Yuan Wang, Jianqiang Zhang, Peng Zhang, Hongmei Jia National University of Defense Technology, China Vertical annular gas/liquid flows with a 1D two-fluid model: Evaluation of interfacial 14:38- friction models 24401 14:40 E. M. G. Fontalvo, Joao N. E. Carneiro, Angela Nieckele* Pontifical Catholic University of Rio De Janeiro, Brazil Study on mass transfer on gas-liquid interface using lattice Boltzmann method 14:40- 23701 Zhikai Tan, Hongjie Yan*, Jingwei Qi, Pei Fu, Ping Zhou, Qing Li 14:42 Central South University, China Identification of heat transfers for a vapor-droplets flow inside a representative fuel 14:42- assembly sub-channel 22179 14:44 Juan David Peña Carrillo*, Alexandre Labergue, Michel Gradeck, Tony Glantz University of Lorraine, France Subcooled flow boiling of FC-72 in vertical small diameter tubes 14:44- 23064 Yantao Li*, Katsuya Fukuda, Qiusheng Liu 14:46 Dalian Maritime University, China Modelling crystallization and heat transfer in an evaporating urea water drop 14:46- 22242 Achim Bender*, Philipp Hänichen, Peter Stephan, Tatiana Gambaryan-Roisman 14:48 Technical University of Darmstadt, Germany

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General Sessions

Hydrodynamics and heat and mass transfer during impact irrigation by a system of jets 14:48- of a vertical surface of a heat exchanger 23903 14:50 Pavel Karpov*, Alexandr Nazarov, Anatoly Serov, Viktor I. Terekhov Siberian Branch of Russian Academy of Sciences, Russia Experimental investigation of condensation heat transfer coefficients in an inclined 14:50- smooth tube at low mass fluxes 23113 14:52 Daniel Ewim*, Josua Petrus Meyer* University of Pretoria, South Africa Methods for modeling heat transfer and solidification in continuous casting 14:52- 22268 Matt Moore, Bangju Chen, Rui Liu, Ken Morales, Armin Silaen, Chenn Zhou* 14:54 Purdue University Northwest, USA Analysis of system parameters effects on entropy generation of supercritical water flow 14:54- in a hexagon rod bundle 22592 14:56 Xin Du, Qinggang Qiu, Qiang Li, Xiaojing Zhu* Dalian University of Technology, China

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General Sessions

August 15, Wednesday 14:00-17:00 Room 310 Session subject: Combustion and Thermochemistry (CAT) Co-Chairs: Thirumalachari Sundararajan & Huaichun Zhou

Time ID Title, Author, Affiliation CFD study of combustion behavior of multiple huge oil tanks each with a diameter of 14:00- 20m and 40m and fire mitigation method 23660 14:02 Koyu Satoh*, Domingos Viegas, Naian Liu, Ji Cong University of Coimbra, Portugal Simulation of wettability effects on gas-water flow in porous media 14:02- 23191 Meiheriayi Mutailipu*, Yu Liu, Bohao Wu, Yongchen Song, Dayong Wang 14:04 Dalian University of Technology, China Influence of processing conditions on compressive strength and CO2 adsorption of UIO- 14:04- 66 pellets 22457 14:06 Jiajia Yang, Yudong Ding*, Qiang Liao, Xun Zhu, Qiwei Liu Chongqing University, China Application of quenching to polycrystalline metallurgical slags to reduce comminution 14:06- energy and increase mineral liberation 22437 14:08 Corey Myers*, Takao Nakagaki Waseda University, Japan DNS of methane/hydrogen-air turbulent swirling premixed flame in a cuboid combustor 14:08- 24155 Joonhwi Park*, Kozo Aoki, Yuki Minamoto, Masayasu Shimura, 14:10 Mamoru Tanahashi Tokyo Institute of Technology, Japan Numerical studies of coal particle heat transfer and ignition mode of two interacting 14:10- coal particles 23167 14:12 Xue Chen, Mingyan Gu*, Xianhui He, Yuyu Lin, Huaqiang Chu Anhui University of Technology, China Investigation on flame developments in a Si engine with tumble flow using OH PLIF 14:12- Masayasu Shimura*, Kumar Siddhartha, Tatsuya Moronuki, 23975 14:14 Yuki Minamoto, Takeshi Yokomori, Mamoru Tanahashi Tokyo Institute of Technology, Japan Nonlinear dynamics of a sustained thermocapillary flow of a thin liquid film in a 14:14- confined two-layer system under a hydrophobic surface 22105 14:16 Valeri Frumkin, Alexander Oron* Technion - Israel Institute of Technology, Israel DNS and LES of soot formation in oxy-fuel spray flame: Application of a non-adiabatic 14:16- flamelet/progress-variable approach 22496 14:18 Reo Kai, Akihiro Kishimoto, Kenichiro Takenaka, Masaya Muto*, Ryoichi Kurose Kyoto University, Japan The performance investigation of hydrophilic materials modified LiOH•H2O based 14:18- composite thermochemical materials for low temperature thermal energy storage 23539 14:20 Shijie Li, Hongyu Huang*, Taoli Huhe, Zhaohong He, Yu Bai, Jun Li, Noriyuki Kobayashi Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences, China

139

General Sessions

Heat explosion in Fischer–Tropsch catalytic granule with localized cobalt 14:20- microparticles 22368 14:22 Igor Derevich*, Vadim Ermolaev, Vladimir Mordkovich, Igor Solomonik, Alexandra Fokina Moscow State Technical University By N.E. Bauman, Russia DSC studies of methane hydrate formation and dissociation in water-in-mineral oil emulsions 14:22- 23453 Zaixing Liu, Weiguo Liu, Chen Lang, Yanghui Li*, Mingjun Yang, Jiafei Zhao, Yongchen 14:24 Song Dalian University of Technology, China Regulating heat flux bending in metamaterial wedge cells 14:24- 22529 Guoqiang Xu, Haochun Zhang*, Liang Jin, Yan Jin, Haifeng Xing 14:26 Harbin Institute of Technology, China Simulation of hydrodynamics and mass transfer in membrane bioreactor for photo- 14:26- biohydrogen production with lattice Boltzmann method 23499 14:28 Yanxia Yang*, Jing Li Taiyuan University of Technology, China Modeling of steam reforming of ethanol in meso- and microchannel systems 14:28- 23931 Somasree Roychowdhury*, Sundararajan T., Sarit Kumar Das 14:30 Indian Institute of Technology Madras, India The effect of initial temperature distribution on the determination of the laminar 14:30- burning velocity by using constant-volume bomb 23352 14:32 Zunhua Zhang, Peng Cheng, Jian Tan, Junjie Liang, Gesheng Li* Wuhan University of Technology, China Thermochemical behavior and heat transfer in hypersonic thermal boundary layer with 14:32- high-enthalpy dissociated carbon-oxygen gas mixture 22454 14:34 Xiaofeng Yang*, Yewei Gui, Wei Tang, Yanxia Du, Guangming Xiao, Lei Liu, Dong Wei China Aerodynamics Research and Development Center, China Combined radiation and gasification reaction of coal upercritical water fluidized bed 14:34- reactor: Aumerical study 23232 14:36 Zhenhua Ren, Liejin Guo*, Hui Jin, Kui Luo Xi'an Jiaotong University, China Two-step iterative method for radiative transfer calculations in axisymmetric flames 14:36- containing absorbing and scattering particles 23303 14:38 Leonid Dombrovsky*, Siaka Dembele, Jennifer Wen, Ivan Sikic Joint Institute for High Temperatures, Russia Methanol steam reforming for hydrogen production with waste heat recovery 14:38- 23405 Long Wang, Feng Wang*, Penglai Li, Bohong Chen 14:40 Chongqing University, China The experimental generation of non-stationary free fire whirls 14:40- 24322 Pavel Dermer* 14:42 Bauman Moscow State Technical University, Russia Effects of polymer sensitivities on flow intensification by elastic turbulence 14:42- 24447 Guice Yao, Maje Haruna, Ehsan Nourafkan, Haie Yang, Dongsheng Wen* 14:44 University of Leeds, UK Mitigating combustion instability in a bifurcating thermoacoustic combustor using an 14:44- electrical heater 20732 14:46 Dan Zhao*, Arne Reinecke, He Zhao University of Canterbury, New Zealand

140

General Sessions

A sequence-coupled mathematical model of magneto-hydrodynamic two-phase flow and 14:46- heat transfer in a three-phase triplex-electrode electroslag remelting furnace 24606 14:48 Fang Wang*, Baokuan Li Northeastern University, China

141

General Sessions

August 15, Wednesday 14:00-17:00 Room 311A Session subject: Mass Transfer (MTR) Co-Chairs: Gian Luca Morini & Yinping Zhang

Time ID Title, Author, Affiliation Simulation study of desiccant coated heat exchanger based on the dynamic adsorption 14:00- performance of isothermal desiccant coating 22701 14:02 Lingji Hua, Tianshu Ge, Ruzhu Wang* Shanghai Jiao Tong University, China Entransy of water vapor and its balance equation for heat and mass transfer process in 14:02- the absorber 23227 14:04 Xiaoyue Zhang, Zhen Li* Tsinghua University, China Effect of preheat on high-temperature steam generation in an adsorption heat 14:04- transformer by using composite zeolite-water pair 23289 14:06 B. Xue*, S. Ye, L. S. Zhang, X. L. Wei Zhengzhou University, China Study on bioinspired moisture permeable panel and its mass transfer character 14:06- 23403 Biye Cao*, Ruzhu Wang 14:08 Shanghai Jiao Tong University, China Wetting and evaporation of octagonal saline droplets on a micropyramid patterned 14:08- surface 23441 14:10 Xin Zhong, Junheng Ren, Karen Siew Ling Chong, Kian Soo Ong, Fei Duan* Nanyang Technological University, Singapore Phase change in an adsorbed vapor leading to the wetting transitions 14:10- 23748 Chunmei Wu*, Xiang Wei, Lin Ding, Yourong Li 14:12 Chongqing University, China Molecular simulation of water adsorption in shale kerogen spherical nano-pores 14:12- 22423 Kecheng Zeng, Ruina Xu, Peixue Jiang* 14:14 Tsinghua University, China Diffusion coefficient of CO2 in brine with consideration of swelling effect 14:14- 22893 Xingbo Li, Bohao Wu, Yongchen Song, Yu Liu, Lanlan Jiang* 14:16 Dalian University of Technology, China Experimental study of mass transfer caused by actuated millimetric-pillar 14:16- 24043 Dongdong Liu*, Binh Thien Nguyen, Tuan Tran 14:18 Nanyang Technological University, Singapore A study on diffusion of carbon dioxide in n-hexadecane using MRI 14:18- 23188 Min Hao*, Yingchun Tang, Yuechao Zhao, Yongchen Song 14:20 Dalian University of Technology, China Particle transfer and structure formation in catalyst ink during drying process 14:20- 24076 Takahiro Suzuki*, Shohji Tsushima 14:22 Osaka University, Japan Assessment of indoor PM2.5 concentration: Infiltration factors and relative error 14:22- 23202 Zhiwei Sun, Jianping Cao, Yinping Zhang* 14:24 Tsinghua University, China Effects of suction and spillage on supercritical carbon dioxide-based drying of aerogels 14:24- 24239 Georgios Karamanis, Hy Dinh, Nicolas Waisbord, Marc Hodes* 14:26 Tufts University, USA

142

General Sessions

Characteristic investigation of static liquid desiccant dehumidification process by 14:26- molecular dynamics 23283 14:28 Tingting Chen, Yonggao Yin, Yuwen Zhang, Xiaosong Zhang Southeast University, China Effect of ultrasound pretreatment on microstructure and drying characteristics of 14:28- fibrous porous media 23846 14:30 Panpan Li, Zhenqian Chen*, Juan Shi Southeast University, China Numerical simulation of heat transfer and oil mixing process in hilly products pipeline 14:30- under shutdown condition 24191 14:32 Guoxi He, Baoying Wang*, Liying Sun, Yansong Li, Yongtu Liang, Qiyu Huang China University of Petroleum-Beijing, China Application of the wavelength selective emitter with the metamaterial of a metal- 14:32- insulator-metal to an infrared ray drying furnace 24220 14:34 Tsuyoshi Totani*, Atsushi Sakurai, Thang D. Dao, Tadaaki Nagao, Yoshio Kondo Hokkaido University, Japan Improved C-history method for rapidly and accurately measuring the characteristic 14:34- parameters of formaldehyde/VOCs emitted from building materials 23524 14:36 Xu Zhang, Jingya Wei, Yinping Zhang* Tsinghua University, China Development and experimental study of quaternary nitrates with low melting point and 14:36- high decomposition temperature 23719 14:38 Yuting Wu*, Lulu Zou, Chongfang Ma Beijing University of Technology, China Dependence of rubber wear performance on external experimental conditions 14:38- 23500 Zepeng Wang, Fushun Zhang, Zongxiang Zhao 14:40 Qingdao University of Science and Technology, China Temperature-dependent characteristics of Raman scattering enhancement induced by 14:40- Au nanopatterns 21906 14:42 Yanru Xu, Yixin Chen, Zehua Xie, Yanan Yue*, Jin Jiang* Wuhan University, China Exploring water drying in one-open-end nanochannels 14:42- 23400 Siyang Xiao, Quan Xie, Chuanhua Duan* 14:44 Boston University, USA Critical review of ultrasonic-enhanced desorption processes 14:44- Hooman Mobarakeh, Nicolas Campbell, Sumit Tiwari, Weston Bertrand, Ahmad Bamasag, 24207 14:46 Mark Miner, Liping Wang, Robert Wang, Patrick Phelan* Arizona State University, USA Impact of water drops on a PMMA surface 14:46- 21961 Ramesh Kumar Singh, Vikas Kumar, Deepak Kumar Mandal* 14:48 Indian Institute of Technology (ISM), India The effects of susceptor thickness on microwave heating of food materials enclosed in 14:48- susceptor 23423 14:50 Lineesh Punathil*, Tanmay Basak Indian Institute of Technology, Madras, India

143

General Sessions

August 15, Wednesday 14:00-17:00 Room 311B Session subject: Molecular, Photon, Phonon and Electron Transport (MPE) Co-Chairs: Jurandir Itizo Yanagihara & Guihua Tang

Time ID Title, Author, Affiliation Effect of heating and cooling characteristic on thermoelectric generator performance 14:00- 23296 Feng Wang*, Penglai Li, Long Wang, Bohong Chen, Ling Yao 14:02 Chongqing University, China Influence of thomson effect on efficiency of thermoelectric generator 14:02- 23392 Yuanyuan Wang, Zihua Wu, Jiaojiao Xing, Yihuai Li, Jianhui Mao, Jing Li, Huaqing Xie* 14:04 Shanghai Second Polytechnic University, China Four-phonon scattering reduces intrinsic thermal conductivity of graphene and the 14:04- contributions from flexural phonons 22539 14:06 Tianli Feng, Xiulin Ruan* Purdue University, USA A modified theoretical model to predict the thermal interface conductance considering 14:06- interface roughness 22429 14:08 Dengke Ma*, Yingying Zhang, Yi Zhang, Nuo Yang Huazhong University of Science and Technology, China Water transport confined in graphene oxide channels through rarefied effect 14:08- 23049 Bo Chen, Haifeng Jiang*, Xiang Liu, Xuejiao Hu* 14:10 Wuhan University, China Ultra-fast vapor generation by a graphene nano-ratchet: A theoretical and simulation 14:10- study 22436 14:12 Guilong Peng*, Hongru Ding, Shenqiu Mo, Nuo Yang Huazhong University of Science and Technology, China An improved molecular dynamics algorithm to study thermodiffusion in binary 14:12- hydrocarbon mixtures 24664 14:14 S. Antoun*, M. Z. Saghir, S. Srinivasan Ryerson University, Canada Probing migration of ions at the oil-water interface 14:14- 24360 Boyao Wen, Bofeng Bai* 14:16 Xi'an Jiaotong University, China Manipulation of light absorption based on disordered media with short-range order 14:16- 22395 M. Q. Liu, C. Y. Zhao*, B. X. Wang, X. W. Chen 14:18 Shanghai Jiao Tong University, China Doping effects on thermal transport properties of PEDOT 14:18- 22461 Xiaoxiang Yu*, Ruiyang Li, Takuma Shiga, Lei Feng, Junichiro Shiomi, Nuo Yang 14:20 Huazhong University of Science and Technology, China Photon upconversion based on molecular scale energy and mass transfer: Materials 14:20- development, microscopic kinetics, and photophysical properties 24412 14:22 Yoichi Murakami* Tokyo Institute of Technology, Japan First principle study on thermoelectrical properties of silicon nanostructures 14:22- 22250 Yifei Li, Bo Fu, Guihua Tang* 14:24 Xi’an Jiaotong University, China

144

General Sessions

Photonic-electric-thermal design of GaAs-based photovoltaic-hermoelectric hybrid 14:24- systems 22285 14:26 Yuanpei Xu*, Yimin Xuan Nanjing University of Aeronautics and Astronautics, China New and emerging applications of nanoscale thermal science and engineering 14:26- 21085 Sean Lubner, Sumanjeet Kaur, Ravi Prasher*, 14:28 Lawrence Berkeley Lab, USA Negative gaussian curvature induces significant suppression of thermal conductivity in 14:28- carbon crystals 22184 14:30 Zhongwei Zhang, Jie Chen*, Baowen Li* Tongji University, China Mid-infrared broadband absorber based on HBN/metal heterostructures 14:30- 22392 Yinhui Kan, Changying Zhao*, Zhuomin Zhang 14:32 Shanghai Jiao Tong University, China Generalized two-temperature model for coupled phonons in nanosized graphene 14:32- Meng An*, Qichen Song, Xiaoxiang Yu, Han Meng, Dengke Ma, Ruiyang Li, Zelin Jin, 22405 14:34 Baoling Huang, Nuo Yang Huazhong University of Science and Technology, China High temperature thermal conductivity of silicon from machine-learning-based 14:34- interatomic potential 22399 14:36 Xiaokun Gu, Changying Zhao* Shanghai Jiao Tong University, China Modulation of thermoelectric properties of carbon nanotubes using coherent phonons 14:36- 23752 Masato Ohnishi, Junichiro Shiomi* 14:38 The University of Tokyo, Japan Unexpectedly high cross-plane thermoelectric performance in layered organic semiconductors 14:38- 22406 Zhidong Ding, Meng An*, Shenqiu Mo, Zelin Jin, Yuxuan Liao, Jingtao Lü, Junichiro Shiomi, 14:40 Nuo Yang Huazhong University of Science and Technology, China The thermal effect in nano osmosis 14:40- 23886 Xiaokang Liu*, Liangsuo Shu, Anna Wald, Shiping Jin 14:42 Huazhong University of Science & Technology, China Enhancing the interfacial thermal conduction of graphene sheets by bond connection 14:42- 23757 Kai-Xuan Chen, Dong-Chuan Mo, Min-Shan Li, Shu-Shen Lyu* 14:44 Sun Yat-sen University, China Enhancement of interfacial thermal conductance of SiC by overlapped carbon nanotubes 14:44- and intertube atoms 22253 14:46 Chengcheng Deng*, Xiaoxiang Yu, Xiaoming Huang, Nuo Yang Huazhong University of Science and Technology, China Topology dependence of thermal conductivity in semicrystalline polyethylene by 14:46- molecular dynamics simulation 22484 14:48 Tingyu Lu, Kyunghoon Kim, Xiaobo Li, Jun Zhou, Gang Chen, Jun Liu* North Carolina State University, USA Radiation transport in disordered media composed of dual dipolar nanoparticles 14:48- 22390 Boxiang Wang, Changying Zhao* 14:50 Shanghai Jiao Tong University, China Kinetic model for molecular transport of liquid mixtures in the vicinity of solid-liquid 14:50- interfaces 22176 14:52 Mamoru Hirasawa*, Gota Kikugawa, Takeo Nakano, Taku Ohara Tohoku University, Japan

145

General Sessions

Negative pressure effect on the thermal conductivity of wurtzite ZnO 14:52- 23582 Kunpeng Yuan, Zhongyin Zhang, Xiaoliang Zhang, Dawei Tang* 14:54 Dalian University of Technology, China Research on echo power detection based on laser radiation transmission characteristics 14:54- of non-cooperative target surface 22560 14:56 Di Wang, Guozhong Wu, Dong Li*, Hanbing Qi, Yan Lv Northeast Petroleum University, China Chemical intuition for high thermoelectric performance in monolayer black phosphorus, 14:56- α-arsenene and aW-antimonene 23753 14:58 Bo Peng*, Hao Zhang, Hezhu Shao, Heyuan Zhu Fudan University, China

146

Young Researchers Meeting

Young Researchers Meeting (YRM) August 13, Monday, 13:30-21:00 Summer Palace & Tsinghua University Networking events and activities for young researchers in the fields of thermal science and engineering The Young Researchers Meeting (YRM) is an event devoted to the casual interchange of research and ideas in thermal science and engineering, and aims to expand the international networks of young researchers who have gathered from all over the world to participate in IHTC-16. This meeting is primarily for research staff, postdocs, and Ph.D. students younger than approximately 40. Originally, it was planned for 50 persons. For this international group of colleagues, we have planned an excursion to the Summer Palace & Tsinghua University (a special reserved tour), stimulating networking activities, and a dinner party at the Meeting Room on M floor, Mengminwei Science & Technology Building, Tsinghua University.

Schedule August 13 (Monday) 13:30-13:45 Pre-meeting in CNCC Room 306A (opening and announcement) 14:00-15:00 Travel to Summer Palace (by bus, together) 15:00-16:30 Special tour inside the Summer Palace 16:30-17:00 Travel to Tsinghua University Campus (by bus, together) 17:00-18:00 Tour inside Tsinghua University Campus 18:00-19:00 Networking activities 19:00-20:30 Dinner party 20:30-21:00 Back to CNCC (by bus, together) August 14 (Tuesday) 12:30-14:00 Post-meeting in the lunch area of Ballroom B

On the 13th, we will start the YRM with a special tour of The Summer Palace and Tsinghua University. Afterwards, we will travel to an event site and enjoy networking activities and a buffet dinner, which may be the most important and exciting part of the YRM. On the 14th, a follow up meeting will be held at a reserved table in the lunch area to solicit feedback from attendees and discuss our prospects for the next YRM.

Summer Palace Tsinghua University campus

Registration is available on the IHTC-16 website (http://www.ihtc16.org) until the meeting is full. There is also a WeChat group at “YRM in IHTC” to chat, share photos, and organize casual get-togethers.

YRM Organizing Members Bingyang Cao (Chair) Tsinghua University Guihua Tang Xi’an Jiaotong University Rong Chen Chongqing University Yong Shuai Harbin Institute of Technology Mingjia Li Xi’an Jiaotong University Weigang Ma Tsinghua University Atsuki Komiya Tohoku University Bongjae Lee Korea Advanced Institute of Science and Technology Daniel J. Preston Massachusetts Institute of Technology 147

Awards

Nukiyama Memorial Award

Prof. Ruzhu Wang Institute of Refrigeration and Cryogenics Shanghai Jiao Tong University Shanghai, China

Ruzhu WANG, born in Dec.1964, graduated from Shanghai Jiao Tong University (SJTU) in 1984, 1987 and 1990 for his bachelor, master and Ph.D. degrees. He was promoted to associate professor in 1992 and full professor in 1994 at SJTU. Dr. Wang’s research interests include thermally driven sorption cycles, heat pumps, heat transfer in superfluid helium, solar energy and green building energy systems. He has written 10 books and over 380 SCI journal papers. His ISI H- index is 53. He has won Chinese National Research Awards in 2010 and 2014. Due to his noteworthy contributions to Refrigeration globally, he was honored to receive the J & E Hall International Gold Medal from the Institute of Refrigeration in 2013 and the Asia Academic Award on Refrigeration in 2017. He was recognized as a Highly Cited Researcher by Thomson Reuters in 2017. Prof. Wang was appointed the director of the Institute of Refrigeration and Cryogenics of SJTU in 1993. Currently, he is also the Director of the Engineering Research Center of Solar Energy, MOE China and Vice dean of the SJTU Energy Institute. His research group was recognized as an Excellent Innovative Team of Energy Research from MOST, China, in 2014 and the NSFC in 2015. Prof. Wang is currently vice president of the Chinese Association of Refrigeration, Deputy Editor-in-Chief of Energy and Regional editor of the International Journal of Refrigeration.

2016 Luikov Medal

Dr. Leonid A. Dombrovsky Joint Institute for High Temperatures of the Russian Academy of Science Russia

Leonid A. Dombrovsky is a chief researcher of the Joint Institute for High Temperatures of the Russian Academy of Science. He received the Candidate (Ph.D.) degree in 1974 from the Moscow Institute of Physics and Technology and the Doctor of Science degree in 1990 from the Research Institute of Thermal Processes, Moscow, Russia. His research interests are focused on theoretical modelling of radiative and combined heat transfer in dispersed systems including analyses of wide-range spectral properties of particles and fibres and diverse applications to power engineering, geophysics, and biomedicine. He has published more than 250 research papers, mainly in refereed journals. The Fifth Radiation Symposium on Radiative Transfer (Bodrum, Turkey, 2007) was dedicated to Leonid Dombrovsky in recognition of his valuable contributions to the radiation research field. His monograph “Thermal radiation in disperse systems: An engineering approach” (Begell House, New York, 2010) is well known by many researchers over the world. A systematic cooperation of Dr. Dombrovsky with his colleagues from research groups in Australia, Germany, France, Israel, Russia, Sweden, Switzerland, United Kingdom, and the United States during the last two decades has been especially useful for improving theoretical and modelling skills and to enrich various physically sound models. These advances have led to practical achievements in such diverse fields as heat transfer in rocket engines and solar thermochemical reactors, complex processes accompanying possible severe accidents in nuclear reactors, microwave radiation in foams on the ocean surface, unique heat-shielding properties of highly-porous thermal insulations, shielding of intense thermal radiation by evaporating or sublimating particle clouds, managing the self-assembled droplet clusters levitating over the locally heated water surface, and planning of infrared thermal treatment of human tumours to fight cancer.

The Luikov Medal is awarded by the International Centre for Heat and Mass Transfer (ICHMT) to one individual every two years for outstanding contributions to the science and art of heat and mass transfer and for activities in international scientific cooperation in conjunction with ICHMT programs. The award is dedicated to Aleksey Vasilievich Luikov, a renowned Russian pioneer in the field of heat transfer. 148

Awards

William Begell Medal

Dr. Leonid A. Dombrovsky Joint Institute for High Temperatures of the Russian Academy of Science Russia

Prof. Alexander A. Fedorets University of Tyumen Tyumen, Russia

Professor Alexander Fedorets is the head of the Laboratory of Micro-Hydrodynamic Technologies at the University of Tyumen, Western Siberia, Russia. He received his Ph.D. degree in Thermal Sciences in 2004. He defended his second thesis in 2014 and received his Doctor of Science degree (the highest academic degree in Russia). His research interests are focused on experimental studies and theoretical modelling of micro-scale effects on heat and mass transfer in open multiphase systems with interphase surfaces. He has published more than 50 research articles and received 24 patents for inventions. In 2004, Alexander Fedorets discovered a new physical phenomenon, the dissipative structure known as a levitating droplet cluster. This achievement was the starting point of a long-term study with many fascinating findings. His cooperation with experienced researchers from Russia, Israel, and the USA in recent years has been very important for understanding the behaviour of self-assembled clusters and to develop a method to generate and stabilize clusters with well-predicted parameters. This method will lead to the promising next stage of the work using droplets of a levitating cluster as unique micro-reactors in chemical and bio-chemical studies.

The William Begell Medal, For Excellence in Thermal Science and Engineering is being established in 2010 by Begell House Inc. The medal will be awarded to an individual, from among those selected to deliver Keynote lectures at the current IHTC Conference, who is held in high regard by the heat transfer community for his/her contributions an excellence in thermal science and technology and whose IHTC Keynote paper is judged to make a profound contribution to the thermal science and engineering literature. 149

Awards

2016 Fellowship Award

Prof. Peter Stephan Institut für Technische Thermodynamik, Center of Smart Interfaces Technische Universität Darmstadt Darmstadt, Germany

Dr. Peter Stephan is a professor for Technical Thermodynamics at the Technical University Darmstadt. He received his Ph.D. from the University Stuttgart in 1992. In the same year, he entered the Daimler-Benz group and subsequently worked as senior process engineer and later as R&D manager for production processes. In 1997, he received the full professorship for Technical Thermodynamics at the Technical University Darmstadt. He has published more than 200 journal and conference papers and several book contributions. Since 2007 he is Editor-in-chief of the VDI Heat Atlas. Dr. Stephan received several awards, e.g. the Nukiyama Memorial Award in 2012, the ICNMM08 Outstanding Researcher Award and the Journal of Heat Transfer Outstanding Reviewer Award both in 2008, the Prize for Excellence in Heat Transfer Research of the French Society for Thermal Sciences in 2002, the Sadi Carnot Prize of the International Institute of Refrigeration in 1995. Since 2006 he serves as the chairman of the German Heat and Mass Transfer Association. He is an editorial board member for Heat and Mass Transfer, Experimental Heat Transfer, Experimental Thermal and Fluid Science, and Heat Pipe Science and Technology.

Prof. Yogesh Jaluria Department of Mechanical and Aerospace Engineering Rutgers, the State University of New Jersey Piscataway, NJ, USA

Dr. Yogesh Jaluria is Board of Governors Professor and Distinguished Professor at Rutgers, the State University of New Jersey. His research work is in the field of thermal science and engineering, covering areas like convection, fires, materials processing, thermal management of electronics, energy, and optimization of thermal systems. He is the author/co-author of eight books and editor/coeditor of thirteen conference proceedings, eight books, and seven special issues of archival journals. He has contributed over 500 technical articles, including over 210 in archival journals. He received the prestigious 2007 Kern Award from AIChE, the 2003 Robert Henry Thurston Lecture Award from ASME, and the 2002 Max Jakob Memorial Award, the highest international recognition in heat transfer, from ASME and the AIChE. He received the 2000 Freeman Scholar Award, the 1999 Worcester Reed Warner Medal and the 1995 Heat Transfer Memorial Award all from ASME. He has served as Department Chairman and as Dean of Engineering. He was the Editor of the Journal of Heat Transfer (2005- 2010), and Computational Mechanics (2003-2005). He has served as Conference Chairman for several conferences and has presented many invited Keynote and Plenary lectures. He is an Honorary Member of ASME, a Fellow of AAAS and APS, an Associate Fellow of AIAA and member of other professional societies. He is currently the President of the American Society of Thermal and Fluids Engineers.

150

Awards

The Young Scientist Award (AUTSE)

Dr. Dong Kyu Kim Mechanical Engineering Department Chung-Ang University Seoul, Korea

Dr. Dong Kyu Kim received his doctorate from Seoul National University in 2016. He then worked as a Visiting researcher in the Microfluidics group / Energy research group of KIST-Europe in Germany and as a Guest Scientist at the Transfer Center for Sustainable Electrochemistry in Germany. He is currently an assistant professor in the Mechanical Engineering Department of Chung-Ang University in Seoul, Korea. His research focuses on the operating characteristics of polymer electrolyte membrane (PEM) fuel cell systems and on the transport mechanism for how water transport through the Nafion® 117 depends on the relative humidity, pressure, and temperature. He is also investigating organic Rankine cycles (ORC) for low- grade heat at temperatures below 100°C and has used exergy analyses to improve the performance of power systems. He has then designed hybrid system with an ORC coupled with a PEM fuel cell system. He has also done research on vanadium redox flow batteries. He has published 9 papers in peer-reviewed journals and holds 2 patents.

Dr. Mingjia Li Xi’an Jiaotong University Xi’an, China

Dr. Mingjia Li is a lecturer in Xi’an Jiaotong University and part of the Key Laboratory of Thermo-Fluid Science and Engineering of MOE. She was granted her bachelor degree from the University of Liverpool, U.K., and her master’s degree from the University of Nottingham, U.K. She obtained her doctoral degree from Xi’an Jiaotong University in cooperation with Columbia University in the U.S. She has received national and provincial awards such as the National Innovative Talents Support Plan of China Postdoctoral Foundation, the Outstanding Young Investigator Award in Shannxi Province and the Outstanding Graduate Award in Thermodynamics (Wu Zhong-Hua Foundation). She has published 42 peer-reviewed journal papers in top journals with 558 SCI citations and an h-index of 14. Among them, 7 papers have been selected as Essential Science Indicators (1% top) including 2 Hot papers (0.1% top) and 6 Research Front papers. She has given more than 11 presentations in international conferences and universities and 2 invited talks in international conferences. She also has 6 patents and 2 software copyrights. She has been the PI or one of the main researchers in 19 national research programs including international projects.

151

Awards

Dr. Lin Chen Department of Aerospace Engineering Tohoku University, Japan

Dr. Lin Chen is an Assistant Professor in Department of Aerospace Engineering, Tohoku University, Japan. He obtained his Ph.D. (2015) in Energy and Resources Engineering from Peking University. He was then appointed as a JSPS and JST-CREST Research Fellow in Tohoku University (Japan). His current research topics include renewable and unconventional energy resources, supercritical fluids, multiscale heat/mass transfer, and advanced measurement techniques. In recent years, he has authored many well-cited international journal papers (40), conference papers/presentations (60), keynotes and invited talks (6), and books (2)/chapters (4), including the most famous one on energy conversion (“Advanced Applications of Supercritical Fluids in Energy Systems”, IGI Global, 2017, 680 pages). His doctoral thesis was also selected and published as a Springer book (“Microchannel Flow Dynamics and Heat Transfer of a Near-Critical Fluid”, Springer, 2016, 153 pages). He is on the TOP5 most-cited list of Elsevier (2013-2016). He now focuses on transient analyses of near-critical and supercritical fluid heat transfer dynamic processes. He also investigates high-pressure multi-scale flow and heat transfer processes and developed a robust model for utilizing oceanic methane hydrates (CH4·6H2O). His short-to-long term production scenarios with multi-layered reservoir modeling are moving towards economic utilization of methane hydrates. Dr. Chen is a winner of the President Scholarship, National Scholarship (MOE), Elite Scholar award (PKU) and many other honors. He received the Innovation Award in 2011, 2012, and 2014, and the Best Paper Award of the Chinese Association of Refrigeration (2015), and was recognized as an Elsevier Excellent Reviewer (2013, 2014, 2015). He is also an active Reviewer and Guest Editor for many renowned international journals and conferences.

2016 Hartnett-Irvine Award

Prof. Ryosuke Matsumoto Department of Mechanical Engineering Kansai University Osaka, Japan

Dr. Ryosuke Matsumoto has been a professor at Kansai University since April 2016. He received his Ph.D. from Doshisha University, Japan, in 2001. He was a research fellow at the Alexander von Humboldt Foundation in 2002. Dr. Matsumoto has undertaken fundamental and applied research on heat and mass transfer with his unique experimental approach. In particular, he has made significant contributions to understanding frosting. Frost formation is one of the important issues in refrigerating and heat pump systems. He uses neutron radiography, which is a non- destructive inspection approach, to estimate the frost distribution on the heat exchanger based on the neutron beam attenuation. He was awarded the JSRAE (Japan Society of Refrigerating and Air Conditioning Engineers) academic prize for this work. He also introduced the use of an X-ray micro CT to estimate the frost crystal microstructure. These research results are expected to contribute to developing anti-frosting heat exchangers. Another of Dr. Matsumoto's noteworthy contribution is developing a superheated steam generator using the advanced vortex burner. He received the HTSJ (Heat Transfer Society of Japan) award in 2009 for this applied research. He has published 43 referred journal articles and has made 93 presentations at international conferences.

Takuma Uechi Mr. Takuma Uechi was a graduate student at Kansai University. He received his B.S. and M.S. degrees from Kansai University in 2015 and 2017. He currently works for Kawasaki Heavy Industries, Ltd.

Kazuma Kagebayashi Mr. Kazuma Kagebayashi was a graduate student at Kansai University. He received his B.S. and M.S. degrees from Kansai University in 2014 and 2016. He currently works for an automobile manufacturer. 152

MISCELLANEOUS TOPICS Memo

Exhibitors

Platinum Sponsors

Science and Technology on Thermal Energy and Power Laboratory [email protected]

Huawei Technologies Co., Ltd. www.huawei.com/en/

Pioneer Energy (Jiangsu) Co., Ltd www.pioneerenergy.cn/en/

Zhongkelihan (Shenzhen) Resheng Technology Co., Ltd. www.lihantech.com.cn/

Gold Sponsor

GREE Electric Appliances, Inc. of Zhuhai Co., Ltd global.gree.com/

Silver Sponsor

Hunan Zhongke Tai Tong Thermal Energy Technology Development Co., Ltd www.hnzktt.com/

153

Exhibitors

Bronze Sponsors

Hot Disk AB www.hotdisk-china.com/

International Copper Association, Ltd. www.copperalliance.asia/

Elsevier www.elsevier.com/

Springer Nature www.springernature.com/gp/

North China Electric Power University bjmfht.ncepu.edu.cn/

Sanhua (Hangzhou) Micro Channel Heat Exchanger Co., Ltd. www.sanhuamc.com/index.aspx

Thermal Management Working Committee of Chinese Electronics Standardization Association www.cesa.cn/index

154

Exhibitors

Hikami Light and Textile Industry Co., Ltd www.hayashiwall.com/en/

TA Instruments www.tainstruments.com.cn/

Chongqing Sunrise Heat Exchanger Co., Ltd www.cqsunrise.com/

Beijing YSHY Technology Co., Ltd. www.ndtek.com/

Sponsor Appreciation

Qing Dao Haiwan Group Co., Ltd. www.qdhw.com/index.html

Jiangsu Wujin Stainless Steel Pipe Group Co., Ltd en.wjss.com.cn/indax.aspx

155

History of IHTCs

History of the International Heat Transfer Conferences

# Year City Nation London United Kingdom 1 1951 Atlantic City United States 1961 Boulder United States 2 1962 London United Kingdom 3 1966 Chicago United States 4 1970 Paris Versailles France 5 1974 Tokyo Japan 6 1978 Toronto Canada 7 1982 München Germany 8 1986 San Francisco United States 9 1990 Jerusalem Israel 10 1994 Brighton United Kingdom 11 1998 Kyongju Korea 12 2002 Grenoble France 13 2006 Sydney Australia 14 2010 Washington United States 15 2014 Kyoto Japan 16 2018 Beijing China 17 2022 Cape Town South Africa

156

COMMITTEES AUTHOR INDEX IHTC-16 Statistics Memo

Committees

Meetings

The Assembly for International Heat Transfer Conferences (AIHTC) August 13, Monday, 14:00-18:00 in Room 306A

International Centre for Heat and Mass Transfer (ICHMT) August 10, Friday, 9:00-18:00 in Room 310

AUTSE Executive Board August 11, Saturday, 14.00-16.00 in Room 306A

Elsevier Editors August 11, Saturday, 12:00-19:00 in Room 211

The Assembly for International Heat Transfer Conferences (AIHTC)

Delegates Delegates

Australia Japan President Steven Armfield Yukitaka Kato Hideo Yoshida Victoria Timchenko Yasuyuki Takata Vice President Brazil Korea Ping Cheng Gherhardt Ribatski Sung Jin Kim Secretary Helcio R. B. Orlande Tae Ho Lee Xing Zhang Canada Portugal Dominic Groulx Pedro Coelho Past Presidents Patrick H. Oosthuizen Vítor A. F. Costa Avram Bar-Cohen China Russia Graham de Vahl Davis Xing Zhang Alexander I. Leontiev Jean M. Delhaye Qiuwang Wang Leonid A. Dombrovsky Richard J. Goldstein France South Africa Geoffrey F. Hewitt Denis Maillet Charl G. du Toit Frank C. Hooper Sebastian Volz Josua P. Meyer Sung Tack Ro Germany Switzerland Stephan Kabelac John R. Thome Ulrich Gross Dimos Poulikakos India The Netherlands Gautam Biswas Theo H. van der Meer S. Srinivasa Murthy Michel de Paepe Israel United Kingdom Neima Brauner Francesco Coletti Gennady Ziskind Tassos Karayiannis Italy United States of America Paolo Di Marco Mohamed S. El-Genk Maurizio L. Cumo Raj M. Manglik

157

Committees

16th International Heat Transfer Conference (IHTC-16)

Organizing Committee

Ping Cheng, Chair, Shanghai Jiao Tong University

Zengyuan Guo, Cochair, Tsinghua University Wenquan Tao, Cochair, Xi’an Jiaotong University Xing Zhang, Cochair, Tsinghua University

Yimin Xuan, Nanjing University of Aeronautics and Astronautics Heping Tan, Harbin Institute of Technology Xinxin Zhang, University of Science and Technology Beijing Wei Liu, Huazhong University of Science and Technology Lianxiang Ma, Qingdao University of Science and Technology Xiaoxi Yang, Dongguan University of Technology Peixue Jiang, Tsinghua University Ruzhu Wang, Shanghai Jiao Tong University Zhongliang Liu, Beijing University of Technology Qiang Liao, Chongqing University Qiuwang Wang, Xi’an Jiaotong University Gang Chen, Massachusetts Institute of Technology Xianfan Xu, Purdue University Chenn Qian Zhou, Purdue University Chongfang Ma, Beijing University of Technology Yaling He, Xi’an Jiaotong University Tianshou Zhao, The Hong Kong University of Science and Technology Lisa Xu, Shanghai Jiao Tong University Changying Zhao, Shanghai Jiao Tong University Yongchen Song, Dalian University of Technology Jinliang Xu, North China Electric Power University Mingjiu Ni, University of Chinese Academy of Sciences Lin Cheng, Shandong University Yewei Gui, China Aerodynamics Research and Development Center Jing Liu, Technical Institute of Physics and Chemistry, Chinese Academy of Sciences

Executive Committee

Xing Zhang, Chair, Tsinghua University

Xinxin Zhang, Cochair, University of Science and Technology Beijing Peixue Jiang, Cochair, Tsinghua University

Xingang Liang, Tsinghua University Yinping Zhang, Tsinghua University Yuanyuan Duan, Tsinghua University Huaichun Zhou, Tsinghua University Qun Chen, Tsinghua University Jinjia Wei, Xi’an Jiaotong University Guihua Tang, Xi’an Jiaotong University Huiying Wu, Shanghai Jiao Tong University Linhua Liu, Harbin Institute of Technology Yanhui Feng, University of Science and Technology Beijing Xun Zhu, Chongqing University Xuehu Ma, Dalian University of Technology Shengqiang Shen, Dalian University of Technology

158

Committees

Jing Ding, Sun Yat-sen University Shushen Lv, Sun Yat-sen University Shuangfeng Wang, South China University of Technology Lizhi Zhang, South China University of Technology Qiang Li, Nanjing University of Science and Technology Xinrong Zhang, Peking University Zhenqian Chen, Southeast University Yongping Chen, Suzhou University of Science and Technology Maocheng Tian, Shandong University Baoming Chen, Shandong Jianzhu University Liangbi Wang, Lanzhou Jiaotong University Xiulan Huai, Institude of Engineering Thermophysics, Chinese Academy of Sciences Xiaodong Wang, North China Electric Power University Xiaobing Luo, Huazhong University of Science and Technology Zhiming Xu, Northeast Dianli University Huaqing Xie, Shanghai Second Polytechnic University Bo Yu, Beijing Institute of Petrochemical Technology Minshan Liu, Zhengzhou University Kai Zhu, Tianjin University of Commerce Liqiu Wang, The University of Hong Kong Mo Yang, University of Shanghai for Science and Technology Shixue Wang, Tianjin University

International Scientific Committee

Chinese Scientific Committee (CSC)

Zengyuan Guo, Chair, Tsinghua University

Qiuwang Wang, Cochair, Xi’an Jiaotong University Qiang Liao, Cochair, Chongqing University Ruzhu Wang, Cochair, Shanghai Jiao Tong University

International Scientific Committee (ISC)

Australia Steven Armfield Victoria Timchenko Brazil Luiz F. Milanez Helcio R. B. Orlande Canada Patrick H. Oosthuizen Dominic Groulx China Xing Zhang Qiuwang Wang France Denis Maillet Sebastian Volz Germany Stephan Kabelac Ulrich Gross India Gautam Biswas S. Srinivasa Murthy Israel Neima Brauner Gennady Ziskind Italy Maurizio L. Cumo Paolo Di Marco Japan Yukitaka Kato Yasuyuki Takata Korea Sung Jin Kim Goon Cherl Park Portugal Pedro Coelho Vítor A. F. Costa Russia Alexander I. Leontiev Leonid A. Dombrovsky South Africa Charl G. du Toit Josua P. Meyer Switzerland John R. Thome Dimos Poulikakos The Netherlands Theo H. van der Meer Michel de Paepe UK Francesco Coletti Tassos Karayiannis USA Raj M. Manglik Mohamed S. El-Genk 159

Committees

Secretariat

David M. Christopher, Secretary General, Tsinghua University Dawei Tang, Secretary General, Dalian University of Technology (Institude of Engineering Thermophysics, Chinese Academy of Sciences) Bingyang Cao, Secretary General, Tsinghua University

Qun Chen, Tsinghua University Peng Zhang, Shanghai Jiao Tong University Rong Chen, Chongqing University Zhiguo Qu, Xi’an Jiaotong University Weigang Ma, Tsinghua University Xiaofang Liu, University of Science and Technology Beijing Mengxuan Song, Tongji University

160

Author Index

Name ID Page Name ID Page Abbood, Sahar A. 23071 118 Amer, Mohammed 21165 110 Abdullah, M. Z. 23884 93 An, Guoliang 22182 128 Abe, Toshiro 23877 96 An, Meng 22397 38 Abe, Yuki 24153 116 An, Meng 22405 145 Abe, Yutaka 22464 42 An, Meng 22406 145 Abe, Yutaka 23107 74 An, Meng 22419 87 Abe, Yutaka 23163 54 An, Tong 23486 107 Abolarin, Sogo Mayokun 23213 109 An, Xiangyang 23557 132 Abram, Christopher 23986 57 Anderson, Erik C. 23033 38 Abudula, Abuliti 23784 84 Andredaki, Manolia 23596 108 Abuseada, Mostafa 24296 122 Andredaki, Manolia 23891 127 Adelaja, Adekunle 24154 52 Andredaki, Manolia 23952 80 Adeniyan, Adetunji 20761 104 Andreozzi, Assunta 23991 112 Adera, Solomon 24136 63 Antao, Dion 24136 63 Adewumi, O. O. 20761 104 Antao, Dion S. 23152 35 Adewumi, O. O. 20761 104 Antoun, S. 24664 144 Adewumi, Olayinka 24154 52 Anufriev, Roman 23703 39 Aduralere, Timothy 24154 52 Anufriev, Roman 24037 60 Afanasiev, V. N. 23317 45 Ao, Xianze 22440 122 Agarwal, Akshat 21657 111 Aoki, Kozo 24155 139 Ahlers, Marieke 23802 53 Arai, Takahiro 22146 80 Ai, Bangcheng 23916 115 Arai, Takahiro 23614 89 Ai, Qing 22501 131 Arakawa, Yuki 23376 61 Ai, Wenming 23165 94 Arakawa, Yuki 24129 50 Ait-Saada, Mebrouk 22585 35 Araneo, L. 23891 127 Ait-Saada, Mebrouk 23654 63 Ardron, Keith 23319 64 Ajaev, Vladimir 24306 119 Arjun, J. 23670 94 Albèr, Cathrine 23071 118 Armfield, Steven 22953 50 Albin, Eric 23541 103 Armfield, Steven 23413 103 Al-Esawi, Nawar 20772 136 Artemov, Valerij 23150 89 Alifanov, Oleg 23667 49 Asano, Hitoshi 23156 119 AlKatheeri, Tawadud 23117 131 Asheghi, Mehdi 22782 56 Allahyarzadeh-Bidgoli, Ali 24301 46 Ashok, T. P. 22878 88 Allred, Taylor 22820 91 Askounis, Alexandros 23136 90 Allred, Taylor P. 22684 37 Askounis, Alexandros 23512 88 Almeida, Anderson P. 24583 42 Askounis, Alexandros 23953 35 Almendros-Ibáñez, José A. 24002 128 Atkins, Michael 23002 133 Alrefae, Majed 22647 98 Aute, Vikrant 22642 44 Alvarado, Jorge 22270 76 AuYeung, Nick 23650 121 Al-Zaidi, Ali 20879 136 Avellaneda, Jean-Marc 21341 51 Alzaim, Safa 24171 122 Awad, Afrah Turki 24495 114 Amani, Mohammad 20805 35 Ayel, Vincent 23529 111 Amberg, Gustav 23482 118 Azizian, Reza 22834 51 Ameel, Bernd 23939 74 Azzolin, Marco 24169 118 Amemiya, Fuminori 24116 110 Ba, Qingxin 24186 59 161

Author Index

Name ID Page Name ID Page Babich, Alexander Yu. 22633 56 Batsale, J.C. 23069 68 Badri, Mohd afeef 24216 115 Battaglia, Jean-Luc 22721 56 Baelmans, Martine 22144 72 Battaglia, Jean-Luc 24117 48 Baelmans, Martine 23248 74 Bau, Haim H. 20898 120 Baelmans, Martine 24052 121 Becerra, Laura 23656 89 Baelmans, Martine 24074 83 Behranvand, Elaheh E. 23965 125 Bagnall, Kevin R. 23152 35 Behzadmehr, Amin 22478 77 Bahadur, Prashant 23567 101 Beishuizen, N.A. 23615 94 Bai, Bofeng 24360 144 Belerrajoul, Mohamed 22601 136 Bai, Bofeng 24376 79 Belkerk, Boubakeur 24428 40 Bai, Fengwu 23602 113 Bellan, Selvan 23436 122 Bai, Jianbo 21989 70 Bellan, Selvan 23502 114 Bai, Jianbo 22828 96 Bellan, Selvan 23665 107 Bai, Tingyu 22782 56 Belmonte, Juan F. 24002 128 Bai, Xiaohui 21758 115 Belyaev, I.A 22919 75 Bai, Yu 23539 139 Belyaev, Ivan 22920 103 Bai, Zhang 24219 42 Bender, Achim 22242 137 Baik, Wonkeun 23852 110 Bennacer, Rachid 22247 91 Bakhtier, Farouk 23407 51 Bennett, Katrine 21386 42 Balabani, Stavroula 24061 100 Bennett, Katrine 22639 129 Balaji, C. 22438 55 Berent, Katarzyna 24211 38 Balaji, C. 23145 45 Berndt, Alexander 22104 100 Balaji, Chakravarthy 22659 47 Berrier, Austin 23736 64 Balaji, Chakravarthy 22999 73 Berrier, Austin 23745 88 Balakrishnan, Arcot 21811 86 Bertin, Yves 23529 111 Bamasag, Ahmad 24207 143 Berto, Arianna 24169 118 Bandara, Thilaksiri 23838 108 Bertrand, Weston 24207 143 Bandoła, Dominika 22900 86 Bertsche, Dirk 23485 54 Bang, In Cheol 24127 37 Beyne, Eric 22144 72 Bang, In Cheol 24146 64 Beyne, Wim 23939 74 Bang, In Cheol 24148 84 Beyne, Wim 24132 124 Bang, Soosik 23832 35 Bhati, Jyoti 23509 92 Bao, Hua 22090 38 Bhatia, Bikram 22236 96 Bao, Hua 22971 83 Bhatia, Bikram 23152 35 Bao, Jingjing 23094 72 Bhatia, Bikram 23307 70 Bart, Hans-Jörg 23802 53 Bhimavarapu, Yagna 23567 101 Bartkus, German V. 22909 81 Bhowmick, Sidhartha 24276 51 Bartwal, Naman 23070 132 Biallais, Arnaud 24216 115 Basak, Tanmay 23017 50 Bian, B. 22001 80 Basak, Tanmay 23423 143 Bian, Ji 22448 70 Basaran, Tahsin 23321 132 Bian, Jiang 21557 88 Bashir, Abubakar Idris 23461 76 Bian, Qingfei 23528 106 Bastakoti, Durga 22279 74 Bieder, Ulrich 23148 95 Basu, Dipankar N. 23961 122 Bierman, David M. 23307 70 Bataille, Françoise 21341 51 Billaud, Yann 22812 101 162

Author Index

Name ID Page Name ID Page Biswas, Gautam 23937 106 Cai, Ningsheng 24118 78 Blanco, Stephane 23662 115 Cai, Weihua 22279 74 Blommaert, Maarten 23248 74 Cai, Weihua 22901 103 Blommaert, Maarten 24074 83 Cai, Weihua 23495 50 Bo, Hanliang 21787 53 Cai, Xiaogang 23226 58 Bo, Zheng 22731 78 Cai, Yang 21819 105 Bochkareva, Elena 23583 82 Cai, Yaomin 21877 70 Bondareva, Nadezhda 23642 76 Caliot, Cyril 23662 115 Bonner, Richard 22260 112 Campbell, Nicolas 24207 143 Boreyko, Jonathan 23732 81 Camus, Julien 24428 40 Boreyko, Jonathan 23736 64 Caney, Nadia 21801 36 Boreyko, Jonathan 23742 53 Cao, Bingyang 20599 134 Boreyko, Jonathan 23745 88 Cao, Bingyang 22672 67 Borozdin, Alexander V. 23894 117 Cao, Biye 23403 142 Bortolin, Stefano 24169 118 Cao, Changqing 23252 81 Bortolin, Stefano 24208 53 Cao, Fangyu 22260 112 Bouchenna, Chafea 22585 35 Cao, Hui 23451 73 Bougher, Thomas L. 22782 56 Cao, Jianping 23202 142 Bougher, Thomas L. 23033 38 Cao, Mingkai 23553 69 Boutaous, Mhamed 23562 50 Cao, Taotao 22433 35 Boyard, Nicolas 23118 112 Cao, Xuewen 21557 88 Boyina, Kalyan 24237 89 Cao, Zhen 23071 118 Brandon, Simon 23868 130 Cao, Zhen 23132 68 Brauner, Neima 22002 93 Cao, Zhizhu 22743 90 Brinkerhoff, Joshua 22853 72 Carandang, Gia 21987 98 Brus, Grzegorz 24211 38 Carle, Florian 23515 83 Brutin, David 23515 83 Carneiro, Joao N. E. 24401 137 Buckingham, Sophia 22376 133 Caron, D. 24163 116 Budnik, Sergey 23667 49 Carrillo, Juan David Peña 22179 137 Buonomo, Bernardo 23990 128 Caruso, Gianfranco 24247 107 Buonomo, Bernardo 23991 112 Cascetta, Furio 24016 96 Buonomo, Bernardo 24016 96 Castanet, Guillaume 24557 65 Buschmann, Matthias H. 22834 51 Catarsi, Andrea 24202 101 Buschmann, MatthiasH. 21821 61 Celi, Federico 24215 45 Butcher, Tom 22884 129 Cha, Hyeongyun 22157 88 Butcher, Tom 23393 110 Chai, J. C. 22466 82 Bykova, Natalia G. 23491 130 Chai, John 23612 41 Byon, Chan 22520 127 Chai, John C. 24177 67 Caballina, Ophélie 24557 65 Chamorro, Leonardo 22270 76 Cabeza, Luisa F. 23939 74 Chan, Cho Lik 22742 86 Cadile, Claudia 23862 69 Chandrasekhara, P. G. C. 23016 85 Cagney, Neil 24061 100 Chang, Xinyu 24446 128 Cai, Jie 22555 133 Chang, Zehui 24137 96 Cai, Liang 22690 73 Chapperwal, Gaurav 24433 61 Cai, Ningsheng 22462 79 Charogiannis, Alexandros 24142 81 163

Author Index

Name ID Page Name ID Page Chavan, Shreyas 24237 89 Chen, Kai 22966 73 Chaze, William 24557 65 Chen, Kai 23343 125 Che, Yanjin 24350 59 Chen, Kai-Xuan 23757 145 Cheaito, Ramez 22782 56 Chen, Kuan-Ting 22298 91 Chebakov, Evgeny 23443 48 Chen, Liang 22552 58 Chemartin, L. 22943 131 Chen, Liang 22555 133 Chen, Aiqiang 22247 91 Chen, Liang 22674 103 Chen, Bangju 22268 138 Chen, Liang 23916 115 Chen, Baoming 23433 121 Chen, Lin 22825 133 Chen, Bin 22209 86 Chen, Lin 23460 106 Chen, Bin 22276 86 Chen, Lin 23691 55 Chen, Bin 22308 59 Chen, Long 23207 94 Chen, Bingbing 23237 69 Chen, Miaoru 21165 110 Chen, Bo 23049 144 Chen, Min-Rui 23132 68 Chen, Bohong 23296 144 Chen, Nanshi 23538 116 Chen, Bohong 23405 140 Chen, Qi 22025 127 Chen, Bohong 23410 121 Chen, Qi 23919 42 Chen, Chen-Lin 22421 56 Chen, Qun 23388 109 Chen, Chien-Hua 22260 112 Chen, Qun 23694 127 Chen, Chin-An 20805 35 Chen, Qun 23700 121 Chen, Chuanqi 22873 56 Chen, Renkun 23390 63 Chen, Feng 21787 53 Chen, Rong 23053 136 Chen, Feng 22157 88 Chen, Rong 23184 80 Chen, Gang 22236 96 Chen, Rongjie 21742 66 Chen, Gang 22484 145 Chen, Sarula 22400 114 Chen, Gaofei 22811 89 Chen, Sen 22097 124 Chen, Guanan 22503 109 Chen, Sen 23575 75 Chen, Guanglei 20898 120 Chen, Sheng 21763 84 Chen, Guanjiang 21397 61 Chen, Shenxukai 23687 53 Chen, Haisheng 22081 100 Chen, Shichao 24219 42 Chen, Haisheng 22100 56 Chen, Shuangtao 22552 58 Chen, Hao 22222 107 Chen, Shuangtao 22555 133 Chen, Hao 24049 69 Chen, Tailian 22328 54 Chen, Haowen 23387 91 Chen, Tao 22690 73 Chen, Hua 22483 61 Chen, Tingting 23283 143 Chen, J.J. John 23382 54 Chen, Wei 23135 88 Chen, Jie 21857 56 Chen, Wei 23153 54 Chen, Jie 22180 61 Chen, Wei 23176 89 Chen, Jie 22184 145 Chen, Wen 22121 48 Chen, Jie 22393 131 Chen, X. W. 22395 144 Chen, Jie-Chao 21899 80 Chen, Xi 22716 58 Chen, Jie-Chao 22616 44 Chen, Xi 23694 127 Chen, Jing-Xiang 23170 41 Chen, Xiandong 22397 38 Chen, Jiu-Guo 24121 68 Chen, Xiandong 22419 87 Chen, Junyang 23044 48 Chen, Xiandong 22725 38 164

Author Index

Name ID Page Name ID Page Chen, Xiaobin 22475 122 Cheng, Ling 23693 129 Chen, Xiaoqing 23992 113 Cheng, Peng 23352 140 Chen, Xue 23167 139 Cheng, Ping 23208 81 Chen, Xuemei 22314 91 Cheng, Ping 23717 68 Chen, Xuemei 24122 63 Cheng, Siyuan 22026 56 Chen, Y.Y. 21923 86 Cheng, Wen-Long 22483 61 Chen, Yan 23797 101 Cheng, Xu 23797 101 Chen, Yan-Bin 24162 38 Cheng, Yanhua 22857 125 Chen, Yan-Feng 24162 38 Cheng, Yanhua 23345 49 Chen, Ying 22319 98 Cheng, Yongpan 21785 126 Chen, Ying 22840 101 Cheng, Zhe 22782 56 Chen, Ying 23901 66 Cheng,Jie 23229 79 Chen, Yitung 23180 71 Chennu, Ranganayakulu 22878 88 Chen, Yitung 21386 42 Cheok, Cho Hyun 23502 114 Chen, Yiung 22639 129 Cherief, Wahid 21801 36 Chen, Yixin 21906 143 Cherman, Vladimir 22144 72 Chen, Yixin 22432 56 Chernova, Nadezhda 22357 95 Chen, Yiyi 21962 125 Chernysh, D. Yu 22919 75 Chen, Yongping 23676 119 Cheverda, Vyacheslav 24707 108 Chen, Yu 22432 56 Chi, Cheng 23192 96 Chen, Yu 22978 74 Chi, Haojia 22699 67 Chen, Yu-Bin 20528 130 Chi, Yuan 23501 41 Chen, Yujie 22315 66 Chien, Nguyen Ba 23549 91 Chen, Yunfei 21297 67 Chika, Eze 23302 122 Chen, Zengchao 23622 108 Chikahisa, Takemi 23510 78 Chen, Zhanxiu 22502 125 Chikh, Salah 23654 63 Chen, Zhe 22404 61 Chikh, Salah 22585 35 Chen, Zhe 23584 101 Chinembiri, Kenneth 23314 84 Chen, Zhenqian 23286 90 Chinnov, Evgeny 21582 61 Chen, Zhenqian 23846 143 Cho, H. Jeremy 23315 91 Chen, Zhihao 23120 63 Cho, Honggi 23549 91 Chen, Zhiqiang 23174 115 Cho, Hyoung Kyu 23867 133 Chen, Zhonghao 24304 44 Cho, Hyun Seok 23665 107 Cheng, Hongsheng 22387 122 Cho, Hyun Seok 23436 122 Cheng, Hui 23302 122 Cho, Hyun Woo 23234 104 Cheng, Hui 23790 106 Cho, Hyung Hee 23397 72 Cheng, Jie 23180 71 Cho, Hyung Hee 23399 91 Cheng, Keyong 22968 109 Cho, Wonhee 23100 129 Cheng, Keyong 23711 45 Cho, Yeonjoo 23922 69 Cheng, Keyong 23714 127 Cho, Yeonjoo 23935 58 Cheng, Lin 21255 109 Cho, Young Joon 24314 124 Cheng, Lin 22025 127 Choi, Eun Jung 24123 119 Cheng, Lin 22549 96 Choi, Geehong 23399 91 Cheng, Lin 23342 81 Choi, Jongin 23507 131 Cheng, Lin 24186 59 Choi, Kwang Seong 22037 109 165

Author Index

Name ID Page Name ID Page Choi, Sangmi 23935 58 Cui, Xinying 23711 45 Choi, YoungGwan 23785 66 Cui, Xinying 23714 127 Chong, Karen Siew Ling 23441 142 Cui, Yuntao 22573 128 Choo, Fook Hoong 23264 125 Cusumano, Daniel 23732 81 Christopher, David 21773 41 Dafalla, Ahmed Mohmed 23910 78 Chu, Fuqiang 22346 58 Dai, Baomin 23968 59 Chu, Fuqiang 23594 107 Dai, Chao 22309 116 Chu, Huaqiang 23167 139 Dai, Renkun 23528 106 Chu, Huaqiang 24249 131 Dai, Wei 23906 100 Chu, Lilin 23885 111 Dai, Xianwei 23269 83 Chu, Wenxiao 22639 129 Dai, yanjun 22600 109 Chu, Wenxiao 23180 71 Dai, Yan-Jun 21979 55 Chu, Wenxiao 21386 42 Daigo, Kazuki 23674 96 Chudnovsky, Jaroslav 22874 61 Daiguji, Hirofumi 23850 59 Chudnovsky, Yaroslav 22884 129 Daiguji, Hirofumi 23853 58 Chudnovsky, Yaroslav 23393 110 Dalal, Amaresh 23267 131 Cirillo, Luca 24016 96 Dalal, Amaresh 23937 106 Clarie, Nils 23925 41 Dang, Chaobin 24562 136 Clift, Zachary 23394 87 Dang, Lan 23567 101 Clio, Azina 22721 56 Dang, Zhigang 23003 133 Coelho, Pedro 21406 86 Dang, Zhigang 23243 50 Coimbra, Carlos 23041 131 Dao, Thang D. 24220 143 Cola, Baratunde A. 22782 56 Das, Mihir 24196 125 Cola, Baratunde A. 23033 38 Das, MihirKumar 23769 64 Cola, Baratunde A. 23143 130 Das, Ranjan 22793 70 Colaco, Marcelo 22009 48 Das, Ratul 23567 101 Colaço, Marcelo J. 22069 87 Das, Sarit Kumar 23931 140 Colaco, Marcelo Jose 22737 98 Dasindian, Mihir Kumar 23998 119 Coletti, Francesco 23965 125 Dauchet, Jérémi 23662 115 Collignon, Romain 24557 65 Daun, Kyle 21927 57 Combeau, Herve 24595 90 Davaa, Ganbat 22030 38 Cong, Ji 23660 139 Davit, Yohan 22601 136 Cooper, Thomas 22236 96 Dayal, Ram 24433 61 Córcoles-Tendero, Juan I. 24002 128 De Kleine, David 23615 94 Cotta, Renato M. 24583 42 De Paepe, Michel 23530 51 Craig, Ken 23262 83 De Paepe, Michel 23561 81 Cruz, Manuel Ernani C. 22737 98 De Paepe, Michel 23925 41 Cuesta, De Gracia Alvaro 23939 74 De Paepe, Michel 23939 74 Cui, Hongwei 21898 84 De Paepe, Michel 24132 124 Cui, Jin 23666 125 De Paepe, Michel 24349 60 Cui, Naigang 22836 76 De, Arnab Kumar 23932 134 Cui, Wei 22319 98 Debenest, Gerald 23862 69 Cui, Wei 22840 101 Dede, Ercan 22763 73 Cui, Xiaoyu 21954 124 Dedov, Aleksey V. 23894 117 Cui, Xinying 22968 109 Defilippo, Marcelo 22737 98 166

Author Index

Name ID Page Name ID Page Dehdari Ebrahimi, Navid 22381 124 Dietrich, Benjamin 23409 116 Dejima, Kazuhito 23004 55 Dietrich, Benjamin 23421 90 Dejima, Kazuhito 23077 101 Dietrich, Benjamin 24226 76 Dekeyser, Wouter 24052 121 Ding, K. H. 22883 43 Del Col, Davide 24169 118 Ding, Bin 22989 47 Del Col, Davide 24208 53 Ding, Dingqian 22713 137 Delaunay, Didier 23118 112 Ding, Guoliang 23824 44 Dellar, Kyle 23587 127 Ding, Hongru 22436 144 Delsipee, Mathieu 22376 133 Ding, Jing 22170 36 Dembele, Siaka 23303 140 Ding, Jing 23386 127 Deng, Chengcheng 22458 62 Ding, Lin 23748 142 Deng, Hao 22283 78 Ding, Rui 23577 73 Deng, Linjiang 23277 87 Ding, Wei 23121 64 Deng, Linjing 23339 71 Ding, Yuan-Feng 24121 68 Deng, Linjing 23362 40 Ding, Yudong 22457 139 Deng, Li-Sheng 21899 80 Ding, Yudong 23053 136 Deng, Li-Sheng 22616 44 Ding, Yujie 22493 72 Deng, Qihong 23277 87 Ding, Yujie 22573 128 Deng, Qihong 23339 71 Ding, Yulong 23451 73 Deng, Qihong 23362 40 Ding, Zhidong 22406 145 Deng, Shichen 22725 38 Dinh, Hy 24239 142 Deng, Shuai 22657 118 Diriken, Jan 23248 74 Deng, Shuai 23338 96 Dittmeyer, Roland 22961 65 Deng, Shuai 24113 107 Dixit, Desh Deepak 22871 98 Deng, Yangbo 22227 35 Djouadi, Abdou 24428 40 Deng, Yueping 22678 118 Doan, Hong Duc 24367 72 Deng, Zeng 23906 100 Dombrovsky, Leonid 21209 123 Denner, Fabian 24142 81 Dombrovsky, Leonid 22228 54 Deo, Karthik 22438 56 Dombrovsky, Leonid 22357 95 Derevich, Igor 22368 140 Dombrovsky, Leonid 23303 140 Dermer, Pavel 24322 140 Dombrovsky, Leonid A. 23443 48 Desai, Hari 23509 92 Domingues, Gilberto 24216 115 Dev, Kapil 22891 94 Dong, Bo 23803 108 Dezan, Daniel Jonas 24301 46 Dong, Bo 23890 66 Di, Chen 24162 38 Dong, Fei 22433 35 Di Pasqua, Anna 23990 128 Dong, Guangqi 23577 73 Diani, Andrea 22467 89 Dong, Liqiang 22953 50 Diao, Chenghao 22699 67 Dong, Qiang 21983 58 Diao, Yanhua 22095 70 Dong, Wei 22363 127 Diao, Yanhua 22873 56 Dong, Wei 25307 100 Diaz, Julia 23204 39 Dong, Yuan 22699 67 Diaz-Bejarano, Emilio 23965 125 Doretti, Luca 22819 116 Díaz-Heras, Minerva 24002 128 Doretti, Luca 22820 91 Dieb, ThaerM. 23928 67 Doretti, Luca 22844 118 Dietrich, Benjamin 23001 116 Dou, Ruifeng 22691 47 167

Author Index

Name ID Page Name ID Page Doud, Evan A. 23055 39 Duval, Fabien 22601 136 Dover, Coinneach 23512 88 Dyachenco, Aleksey 22580 44 du Toit, Charl G. 22139 51 Ebihara, Ken-Ichi 22464 42 Du, Bingang 24152 53 Effendi, Nico 23466 73 Du, Bowen 22757 61 Egami, Yasuhiro 21918 63 Du, Ji-Yu 22988 128 Egorov, Ivan 22883 43 Du, Shen 22234 104 Egorov, Ivan Vladimirovich 22881 84 Du, Shuai 23713 93 Ehara, Kohei 22416 98 Du, Tingting 22025 127 Eimann, Ferdinand 21456 88 Du, Wang-Fang 22294 118 Eimann, Ferdinand 22052 53 Du, Wenjing 21255 109 Ejiri, Mitsuyoshi 23107 74 Du, Wenjing 22025 127 Ekaid, Ali 23888 51 Du, Wenjing 23797 101 Ekawa, Akira 22935 128 Du, Xiaoze 22355 45 Elangovan, Amritha 23145 45 Du, Xiaoze 22477 113 Elbaz, Giselle 23055 39 Du, Xin 22592 138 Eldeeb, Radia 22642 44 Du, Xu 23044 48 Elmegaard, Brian 22455 88 Du, Yanxia 22454 140 Emery, A. F. 25159 47 Du, Yanxia 22479 94 Endo, Rie 23438 55 Du, Yanxia 23142 84 Ercole, Davide 23990 128 Du, Yanxia 25307 100 Ercole, Davide 23991 112 Du, Zhonglin 22558 116 Ermolaev, Vadim 22368 140 Duan, Chuanhua 23387 91 Everts, Marilize 23020 77 Duan, Chuanhua 23400 143 Everts, Marilize 23021 103 Duan, Fei 22748 118 Everts, Marilize 23022 50 Duan, Fei 23264 125 Everts, Marilize 23024 133 Duan, Fei 23281 36 Ewim, Danie 23113 138 Duan, Fei 23426 64 Eymet, Vincent 23662 115 Duan, Fei 23441 142 Faili, Firooz 22782 56 Duan, Fei 23586 91 Fan, Aiwu 24042 66 Duan, Fei 23977 73 Fan, Aoran 23447 38 Duan, Huiling 21742 66 Fan, Liwu 22255 47 Duan, Liqiang 24021 82 Fan, Liwu 22415 55 Duan, Menghua 22825 133 Fan, Liwu 22417 54 Duan, Xuhui 22175 67 Fan, Liwu 22420 67 Duan, Yuanyuan 23111 84 Fan, Liwu 22421 56 Duan, Zhijian 24183 103 Fan, Simiao 23586 91 Duan, Zhipeng 23173 125 Fan, Tianzhu 22763 73 Duan, Zhipeng 23231 42 Fan, Xueliang 24085 89 Dubey, Swapnil 23264 125 Fan, Yilin 24279 122 Dubil, Konrad 23001 116 Fan, Yinting 23743 76 Dulikravich, George S. 22069 87 Fang, Haisheng 22226 83 Dumoulin, Jean 23896 42 Fang, Qi 24144 57 Duong, Hai 22977 99 Fang, Qiu 22956 69 Dutour, Sébastien 23662 115 Fang, Xiande 22753 81 168

Author Index

Name ID Page Name ID Page Fang, Xiaoming 22613 102 Frekers, Yona 23645 47 Fang, Yingping 23336 39 Frense, Erik 22377 121 Fang, Yuan 22136 89 Fröhlich, Jochen 22377 121 Fang, Yuxin 22121 48 Frohnapfel, Bettina 21429 104 Favennec, Yann 24216 115 Frohnapfel, Bettina 22961 65 Fedorets, Alexander 22228 54 Frumkin, Valeri 22105 139 Fedorov, A.V. 22883 43 Fu, Benwei 24263 64 Fedorov, Ruslan 24392 133 Fu, Bo 22250 144 Feng, Biao 22420 67 Fu, Ceji 22525 131 Feng, Biao 22421 56 Fu, Pei 23190 78 Feng, Daili 23771 112 Fu, Pei 23701 137 Feng, Hao 22725 38 Fu, Qian 24049 69 Feng, Huifang 23452 84 Fu, Rong 21923 86 Feng, Lei 22461 144 Fu, Ronghuan 21992 70 Feng, Lezhou 22157 88 Fu, Ruipeng 23129 69 Feng, Shangsheng 22340 112 Fu, Yu 24311 96 Feng, Shangsheng 22563 116 Fu, Yuan-Xiang 24115 84 Feng, Shangsheng 23341 41 Fu, Zaiguo 24178 113 Feng, Tianli 22539 144 Fugallo, Giorgia 24216 115 Feng, Yanhui 22127 56 Fujioka, Keiko 22952 96 Feng, Yanhui 23238 98 Fujioka, Keiko 23351 70 Feng, Yanhui 23771 112 Fujioka, Kyohei 21498 67 Feng, Yanhui 24018 101 Fujiwara, Kunio 23792 39 Feng, Yongchang 22825 133 Fukuda, Katsuya 21556 51 Feng, Yongchang 23460 106 Fukuda, Katsuya 23064 137 Feng, Yongliang 23912 42 Fukue, Takashi 23957 73 Feng, Zhaozan 23622 108 Fukue, Takashi 24060 74 Filippeschi, Sauro 24202 101 Fukunaga, Takanobu 24286 100 Filippeschi, Sauro 24215 45 Fukushima, Kohei 23856 66 Fioriti, Davide 23891 127 Funatani, Shumpei 24087 100 Fioriti, Davide 24202 101 Funayama, Shigehiko 22952 96 Fischedick, Thomas 23001 116 Furukawa, Nami 22594 113 Fisher, Timothy 22647 98 Furusawa, Taiki 23957 73 Fisher, Timothy 23680 48 Furuya, Masahiro 23614 89 Fokina, Fokina 22368 140 Fushinobu, Kazuyoshi 24367 72 Foley, Brian 22782 56 Fustinoni, Damiano 23149 94 Fond, Benoit 23986 57 Futsuta, Akihiro 23163 54 Fontalvo, E. M. G. 24401 137 Gambaryan-Roisman, T. 22242 137 Forest, Vincent 23662 115 Gambaryan-Roisman, T. 23300 109 Forino, Fabio Massimo 24247 107 Gan Jia Gui, Nicolette 22833 94 Forooghi, Pourya 21429 104 Gan, Yunhua 22740 63 Foroushani, Sepehr 21349 50 Ganeshan, Banu 22524 49 Foulkes, Thomas 24237 89 Gao, Chen 24304 44 Fournier, Richard 23662 115 Gao, Jianshu 21905 134 Freire, João 21406 86 Gao, Ming 23003 133 169

Author Index

Name ID Page Name ID Page Gao, Ming 23078 60 Gong, Liang 22760 72 Gao, Ming 23243 50 Gong, Liang 22762 126 Gao, Qin 23807 129 Gong, Liang 24219 42 Gao, S 23749 124 Gong, Maoqiong 22811 89 Gao, Weikai 23534 103 Gong, Maoqiong 23906 100 Gao, Xuan 22303 80 Gong, Wei 21763 84 Gao, Xuenong 22613 102 Gong, Wei 21911 00 Gao, Yi 23237 69 Gong, Wei 21916 118 García, Alberto 23268 61 Gong, Wenchi 23906 100 Garimella, Suresh V. 22684 37 Goodson, Kenneth E. 22782 56 Garnier, Bertrand 24428 40 Goorsky, Mark 22782 56 Gasow, Stefan 22301 51 Gotoh, Ryohei 24007 112 Gatapova, Elizaveta 24310 118 Gou, Jian-Jun 21979 55 Gatapova, Elizaveta 24466 107 Gradeck, Michel 22179 137 Ge, Jian 22415 55 Graham, Samuel 22782 56 Ge, Minghui 22925 115 Gramazio, Pasqualino 23149 94 Ge, Tianshu 22600 109 Graur, Irina 24466 107 Ge, Tianshu 22701 142 Grekov, Michail A. 22633 56 Ge, Wenjing 22503 109 Grigorjev, Anton 21534 130 Ge, Yijun 23680 48 Grizen, Michael 24032 137 Ge, Yunting 23622 108 Groble, N.J.M. 23262 83 Gembarovic, Jozef 23763 101 Grosjean, Sébastien 22515 84 Geng, Xiaoya 23110 110 Gross, Ulrich 21456 88 Georgoulas, A. 23891 127 Gross, Ulrich 22052 53 Georgoulas, Anastasios 23596 108 Gross, Ulrich 23089 56 Georgoulas, Anastasios 23952 80 Gruss, Jean Antoine 21801 36 Ghoshdastidar, Partha 23036 41 Gschnaidtner, Tobias 24209 119 Giroux-Julien, Stéphanie 23383 75 Gu, Hailin 23422 125 Giustini, Giovanni 23319 64 Gu, Jingchen 23828 48 Giwa, Solomon 23927 61 Gu, Mingyan 23167 139 Glantz, Tony 22179 137 Gu, Mingyan 24249 131 Glezer, Ari 23653 76 Gu, Xi 23394 87 Gluchko, Sergei 24037 60 Gu, Xiaokun 22399 145 Gnadt, Marisa 22264 119 Gu, Xiaokun 23044 48 Gnanasekaran, N. 22659 47 Gu, Yunfeng 21297 67 Gnanasekaran, N. 23865 62 Gu, Zhao-Lin 23786 78 Go, Min-Geon 22824 54 Guan, Guoqing 23784 84 Goetze, Pitt 23089 56 Gui, Lin 22862 66 Goharzadeh, Afshin 24177 67 Gui, Nan 22353 95 Gokon, Nobuyuki 23436 122 Gui, Yewei 22048 136 Gokon, Nobuyuki 23502 114 Gui, Yewei 22454 140 Gokon, Nobuyuki 23665 107 Gui, Yewei 22479 94 Goldstein, Richard J. 21359 52 Gui, Yewei 23142 84 Goncalves, Diogo 24190 97 Gui, Yewei 25307 100 Gong, Feng 22977 99 Gulec, Semih 23567 101 170

Author Index

Name ID Page Name ID Page Gunay, A. Alperen 22264 119 Han, Dongmei 22293 95 Guo, Chaxiu 22404 61 Han, Dongxu 22315 66 Guo, Jiangfeng 22968 109 Han, Ho-Seung 22824 54 Guo, Jiangfeng 23711 45 Han, Huaizhi 23014 45 Guo, Jiangfeng 23714 127 Han, J. 22141 59 Guo, Jun 23128 48 Han, Je-Chin 23727 74 Guo, Liejin 23203 75 Han, Liang 23960 39 Guo, Liejin 23232 140 Han, Van Cuong 23376 61 Guo, Liejin 23252 81 Han, Van Cuong 24129 50 Guo, Liejin 23452 84 Han, Xinyue 22475 122 Guo, Liejin 23672 136 Han, Yang Seok 23397 72 Guo, Ruiheng 23153 54 Han, Zhimin 23110 110 Guo, Ruiheng 23170 41 Hanamura, Katsunori 23381 83 Guo, Ruiheng 23176 89 Hanamura, Katsunori 23823 78 Guo, Rulei 22419 87 Hangi, Morteza 22800 115 Guo, Rulei 22725 38 Hänichen, Philipp 22242 137 Guo, Xiaoyu 22189 57 Hanisch, Tobias 22377 121 Guo, Xilong 23277 87 Hannink, M. J. M. 23615 94 Guo, Yali 22612 135 Hao, Junhong 23388 109 Guo, Yuxuan 22605 51 Hao, Junhong 23700 121 Guo, Zeng-Yuan 21771 112 Hao, Kai 21865 122 Guo, Zeng-Yuan 22994 47 Hao, Min 23188 142 Guo, Zhigang 23368 81 Hara, Shumpei 23930 103 Guo, Zhiqiang 22363 127 Haramura, Yoshihiko 22705 91 Guo, Zhixiong 21877 70 Hardick, Sean 22884 129 Guo, Zhixiong 22485 112 Hardick, Sean 23393 110 Gusakov, Andrey A. 22633 56 Harish, Sivasankaran 23430 101 Gustafsson, Andreas 23498 124 Haruki, Naoto 21496 134 Guyot, Meghan 22818 136 Haruna, Maje 24447 140 Gwebu, Excellent 22766 109 Hasegawa, Yosuke 22700 44 Gyotoku, Shunya 22886 38 Hasegawa, Yosuke 23670 94 Ha, Man Yeong 23234 104 Hatakeyama, Tomoyuki 24060 74 Ha, Sumin 23723 47 Hatakeyama, Tomoyuki 24140 124 Habte, Bereket Tsegai 23907 126 Hattori, Hirofunmi 23921 103 Hadad, Waseen Al 21381 110 Haussener, Sophia 24556 45 Hadida, Shir 23868 130 Hayashi, Miyuki 23438 55 Hafi, Mouna El 23662 115 He, Fei 23577 73 Hagani, Fouad 23562 50 He, Fei 23916 115 Haglind, Fredrik 22455 88 He, Guoqiang 22340 112 Haider, Syed Abbas 24230 134 He, Guoxi 22713 137 Hamamura, Satoki 23810 49 He, Guoxi 24191 143 Hammond, Robert B. 24443 43 He, Jixiong 22524 49 Hampel, Uwe 23121 64 He, Jundi 23265 134 Han, Chaoling 23286 90 He, Kelun 23694 127 Han, Dong 22713 137 He, Kelun 23700 121 171

Author Index

Name ID Page Name ID Page He, Ronghui 23960 39 Ho, Chun-Hsing (Jun) 21435 117 He, Shuisheng 23265 134 Ho, Jin Yao 23874 88 He, Shuisheng 23314 84 Ho, Mark 21240 81 He, Shuisheng 23324 41 Hodes, Marc 24239 142 He, Tao 22884 129 Hokamoto, Kazuyuki 24153 116 He, Tao 23393 110 Honda, Itsuro 21918 63 He, Xianhui 23167 139 Hong, Fangjun 22116 110 He, Xian-Yan 22989 47 Hong, Sihui 23343 125 He, Xuefeng 23184 80 Hong, Su Hyeon 22037 109 He, Ya-Ling 22200 137 Honma, Yuto 23107 74 He, Ya-Ling 22234 104 Hooman, Kamel 22819 116 He, Ya-Ling 22237 38 Horibe, Akihiko 21496 134 He, Ya-Ling 22244 84 Horibe, Akihiko 22231 36 He, Ya-Ling 23690 68 Horiki, Sachiyo 23082 82 He, Yan 23135 88 Hou, Danyang 21557 88 He, Yan 23153 54 Hou, Liqiang 23724 112 He, Yan 23170 41 Hou, Liuwendi 22433 35 He, Yan 23176 89 Hou, Youmin 23476 53 He, Yan 23543 48 Hou, Youmin 23481 88 He, Yan 24252 44 Hou, Yu 22552 58 He, Zhaohong 23539 139 Hou, Yu 22555 133 He, Zhaohong 22616 44 Hou, Yu 22674 103 He, Zhaoyu 22477 113 Hou, Yuze 22283 78 Hefele, Martin 23089 56 Houra, Tomoya 22864 50 Helbig, Klaus 21874 47 Houra, Tomoya 23921 103 Helcig, Christian 23000 134 Hsu, Wei-Lun 23850 59 Heng, Yi 23974 90 Hsu, Wei-Lun 23853 58 Heng, Yi 24115 84 Hu, Bin 25307 100 Henry, J. F. 24163 116 Hu, Chengzhi 23960 39 Heo, Jaehyok 23852 110 Hu, Dinghua 24122 63 Hering, Wolfgang 21277 104 Hu, Haitao 23824 44 Herz, Fabian 22104 100 Hu, Henry 23294 43 Heyes, Andrew 23986 57 Hu, Jinghu 21773 41 Hidaka, Sumitomo 23482 118 Hu, Junhu 23468 106 Hidema, Ruri 22545 112 Hu, Kang 23120 63 Hidema, Ruri 22579 113 Hu, Ming 23960 39 Hidema, Ruri 22594 113 Hu, Mingke 22440 122 Higashi, Hiroyuki 23082 82 Hu, Peng 23271 106 Hihara, Eiji 24562 136 Hu, Run 22859 125 Hirai, Shuichiro 23088 110 Hu, Run 22863 90 Hirakata, Hideo 22842 86 Hu, Run 23681 48 Hirasawa, Mamoru 22176 145 Hu, Shiqian 22180 61 Hirose, Koichi 23957 73 Hu, Weinan 22116 110 Hirose, Koichi 24060 74 Hu, Wenting 22630 43 Hirota, Masafumi 22935 128 Hu, Xizhuo 23866 83 172

Author Index

Name ID Page Name ID Page Hu, Xu 23362 40 Huang, Yanping 23552 110 Hu, Xuegong 22487 60 Huang, Ying 23058 72 Hu, Xuejiao 23049 144 Huang, Yuankai 22417 54 Hu, Yanxin 22427 123 Huang, Yueming 24102 116 Hu, Yingxue 23368 81 Huang, Yun 24049 69 Hu, Yongjie 23204 39 Huang, Zhifeng 23162 130 Hu, Yongjie 23680 48 Huang, Zhiyong 21787 53 Hu, Yuanchen 23633 124 Huang, Zhiyong 22157 88 Hu, Yuanchen 23708 125 Huang, Zhongwei 21812 48 Hu, Yudong 23847 66 Huang, Zhongwei 21891 36 Hu, Zhanchao 22654 103 Huang, Zhongwei 23269 83 Hua, Lingji 22686 58 Huang, Zijian 22170 36 Hua, Lingji 22701 142 Huang, Ziqiang 22828 96 Hua, Yu-Chao 21771 112 Huhe, Taoli 23539 139 Hua, Yu-Chao 22994 47 Hui, Geng 21954 124 Huai, Xiulan 22968 109 Huo, Sen 22385 78 Huai, Xiulan 23711 45 Huo, Yutao 22704 73 Huai, Xiulan 23714 127 Hussain, Safeer 22151 44 Huai, Ying 22214 93 Hussain, Safeer 22153 104 Huang, Baoling 22405 145 Huynh, Phuoc Hien 24353 109 Huang, Baoling 23192 96 Ibarrart, Loris 23662 115 Huang, Baoling 23197 59 Iceri, Daiane Mieko 24247 107 Huang, Chingwei 23328 104 Ichimiya, Koichi 24087 100 Huang, Guanzheng 22116 110 Iguchi, Fumitada 23877 96 Huang, Haojie 23971 107 Iguchi, Hiroshi 23351 70 Huang, Haojie 24101 134 Iiri, Takumi 23510 78 Huang, Hongyu 21899 80 Il, Choi 23549 91 Huang, Hongyu 22616 44 Im, Ik-Tae 23782 43 Huang, Hongyu 23539 139 Imai, Ryoji 23899 104 Huang, Houxue 23648 134 Imai, Takashi 23088 110 Huang, Hulin 22476 134 Imtiaz, H 21477 76 Huang, Jin 22427 123 Ina, Takashi 22545 112 Huang, Junwei 23807 129 Inaba, Katsunori 23899 104 Huang, Kuo 21964 112 Inoue, Kyo 22842 86 Huang, Nianzhi 22549 96 Isaev, Sergey 22874 61 Huang, Qian 22552 58 Ishiguro, Shuhei 23415 95 Huang, Qiyu 24191 143 Ishiguro, Shuhei 23590 121 Huang, Ruilian 22409 64 Ishii, Takanori 23287 45 Huang, Si-Min 21937 44 Ishikawa, Yutaro 22705 91 Huang, Teng 24186 59 Ishizuka, Masaru 24060 74 Huang, Tiancheng 22393 131 Ishizuka, Masaru 24140 124 Huang, Xiaoming 22458 62 Islam, A.K.M. Nazrul 23228 94 Huang, Xing 22293 95 Isono, Shojiro 23287 45 Huang, Xing 23551 130 Issakhov, Alibek 23947 81 Huang, Xizhe 23974 90 Itahana, Yuki 22886 38 173

Author Index

Name ID Page Name ID Page Ito, Daisuke 23967 80 Jia, Pengpeng 23341 41 Ito, Tsugue 23082 82 Jia, Shnegkun 21341 51 Ivanov, Igor 23830 137 Jia, Yuemei 22757 61 Ivanov, Nikolay 23638 109 Jiang, Fangming 23907 126 Iverson, Brian 23600 130 Jiang, Fangming 23910 78 Iwai, Hiroshi 23640 78 Jiang, Feifei 21851 80 Iwai, Hiroshi 24211 38 Jiang, Haifeng 23049 144 Iwamoto, Kaoru 23228 94 Jiang, Jin 21906 143 Iwamoto, Kaoru 23780 125 Jiang, Lanlan 22893 142 Jackson, Michael 23394 87 Jiang, Lanlan 23743 76 Jacob, Jérome 23912 42 Jiang, Li-Jia 22483 61 Jacobi, Anthony 22297 93 Jiang, Peixue 22423 142 Jacobi, Anthony 24160 117 Jiang, Peixue 22567 50 Jadal, Mariam 23118 112 Jiang, Peixue 22605 51 Jaeger, Wadim 21277 104 Jiang, Peixue 23324 41 Jahnke, Stefan 20902 36 Jiang, Rui 23396 119 Jain, Ankur 23597 112 Jiang, Rui 23803 108 Jambal, Odgerel 22030 38 Jiang, Shengyao 22353 95 Jang, Dong Soo 23100 129 Jiang, Wei 23119 98 Jang, Hyejin 22520 127 Jiang, Wenming 21557 88 Jannot, Yves 21381 110 Jiang, Yi 23775 45 Jayapragasam, P. 24428 40 Jiang, Yiqiang 22901 103 Jean-Pierre, Fradin 23862 69 Jiang, Yuyan 22167 110 Jeffers, Nick 21657 111 Jiang, Yuyan 22335 73 Jena, Akash 23567 101 Jiang, Yuyan 23584 101 Jeong, Jae-Jun 23966 53 Jiang, Yuyan 23632 91 Jeong, Ji Hwan 22837 89 Jiao, Kui 22283 78 Jeong, Yeong Shin 24146 64 Jiao, Kui 22385 78 Jeong, Yeong Shin 24148 84 Jiao, Long 23184 80 Jha, Sourabh 23653 76 Jin, Hui 23203 75 Ji, Can 23342 81 Jin, Hui 23232 140 Ji, Can 23840 119 Jin, Hui 23252 81 Ji, Changchun 22563 116 Jin, Hui 23452 84 Ji, Chenzhen 23264 125 Jin, Hui 23672 136 Ji, Jie 21459 70 Jin, Liang 22529 140 Ji, Pengfei 21385 67 Jin, Liwen 23749 124 Ji, Wentao 22117 64 Jin, Shiping 23886 145 Ji, Xianbing 22309 116 Jin, Shun 22837 89 Ji, Yulong 23704 61 Jin, Xin 24183 103 Ji, Yulong 23885 111 Jin, Yan 22301 51 Jia, Hongwei 24048 137 Jin, Yan 22529 140 Jia, Lisi 22319 98 Jin, Zelin 22405 145 Jia, Lisi 22840 101 Jin, Zelin 22406 145 Jia, Lisi 23901 66 Jin, Zicheng 23566 35 Jia, Long 23458 72 Jog, Milind A. 24221 45 174

Author Index

Name ID Page Name ID Page Jog, Milind A. 24222 60 Kanin, Pavel K. 22322 36 Joly, Frédéric 22515 84 Kanin, Pavel K. 22327 92 Joshi, Yogendra 23633 124 Kapitz, Marek 23000 134 Joubert, Patrice 23273 134 Karamanis, Georgios 24239 142 Ju, HwiIn 23785 66 Karapetsas, George 24179 35 Ju, Shenghong 23928 67 Karayiannis, Tassos 20879 136 Ju, Sungtaek 22112 95 Karchevsky, Andrey 24707 108 Ju, Sungtaek 22381 124 Kariya, Jun 22952 96 Julia, Enrique 22834 51 Kariya, Keishi 24353 109 Jung, Jae Hoon 22711 44 Karpov, Pavel 23903 137 Kaas, Alexandra 23089 56 Karvinen, Reijo 23247 44 Kabelac, Stephan 24079 89 Kashinsky, Oleg 23942 104 Kabov, Oleg 24306 119 Kato, Yukitaka 22952 96 Kabov, Oleg 24310 118 Kato, Yukitaka 23335 113 Kabov, Oleg 24435 63 Kato, Yukitaka 23351 70 Kabov, Oleg 24466 107 Katsuki, Masashi 23774 133 Kabov, Oleg 24707 108 Katz, Reuven 22738 98 Kai, Reo 22496 139 Kaur, Sumanjeet 21085 145 Kajishima, Takeo 23828 48 Kawabata, Yosuke 23930 103 Kajiwara, Shintaro 24060 74 Kawaguchi, Tomohisa 23640 78 Kakac, Sadic 23628 128 Kawaguchi, Touru 21496 134 Kakuta, Naoto 23376 61 Kawaguchi, Yasuo 23930 103 Kakuta, Naoto 23920 66 Kawaji, Masahiro 22146 80 Kakuta, Naoto 24129 50 Kawakami, Ryoichi 23693 129 Kalinina, Karina 24136 63 Kawakami, Ryoichi 23716 137 Kalita, Vasily 22936 118 Kawanami, Osamu 21918 63 Kalliadasis, Serafim 24142 81 Kawara, Zensaku 22238 91 Kametani, Yukinori 22700 44 Kawara, Zensaku 23750 119 Kametani, Yukinori 23670 94 Kawashima, Daisuke 23920 66 Kan, Yinhui 22392 145 Kaya, Alihan 23561 81 Kanatani, Kentaro 23787 54 Kaya, Alihan 24349 60 Kanatani, Kentaro 23794 71 Ke, Hanbing 24630 128 Kanda, Yuki 23691 55 Ke, Junhao 23413 103 Kandasamy, Ranjith 23977 73 Ke, Ming 23204 39 Kaneda, Masayuki 21817 104 Ke, Peng 23904 94 Kaneda, Masayuki 23050 134 Ke, Peng 23911 60 Kaneko, Akiko 22464 42 Kefayati, Gholamreza 22933 51 Kaneko, Akiko 23107 74 Kelsall, Colin C. 23152 35 Kaneko, Akiko 23163 54 Kelsall, Colin C. 23307 70 Kang, Bin-peng 23446 124 Kempe, Tobias 22834 51 Kang, Dae Hoon 23955 58 Kenig, Eugeny 24081 106 Kang, Joon Sang 23204 39 Kenig, Eugeny Y. 23300 109 Kang, Joon Sang 23680 48 Khabirova, Liya R. 20918 98 Kang, Seok-Won 24051 126 Khan, P. V. 22898 90 Kang, Yong Tae 22711 44 Khan, Tariq Amin 23170 41 175

Author Index

Name ID Page Name ID Page Khodakov, Konstantin A. 23598 64 Kim, Tongbeum 23002 133 Ki, Seokkan 23833 73 Kim, Yeong Hwan 23199 110 Kibushi, Risako 23683 115 Kim, Yongchan 23100 129 Kibushi, Risako 24100 64 Kim, Yoong Ahm 23723 47 Kibushi, Risako 24140 124 Kim, Young Jin 23390 63 Kibushi, Risako 24153 116 Kim, Youn-Jea 23705 41 Kienhofer, Frank 23002 133 Kinefuchi, Ikuya 23305 119 Kikugawa, Gota 22176 145 Kinzer, Bryan 23330 96 Kikugawa, Gota 23336 39 Kirchner, S. 23069 68 Kikura, Hiroshige 23787 54 Kirichenko, Dmitry 24306 119 Kikura, Hiroshige 23794 71 Kirkpatrick, Michael 22953 50 Kim, Byoung Guk 23466 73 Kirkpatrick, Michael 23413 103 Kim, Chanjoong 23935 58 Kirsanova, Natalya 22266 97 Kim, Chan-Soo 23867 133 Kiselev, N. A. 21878 127 Kim, Hannah 23655 130 Kiselev, Nickolay 23015 60 Kim, Hyo-Chan 23697 99 Kiseleva, Sophia 22357 95 Kim, Hyun Tak 22037 109 Kishimoto, Akihiro 22496 139 Kim, Jaehee 23705 41 Kishimoto, Masashi 23640 78 Kim, Jaehyun 23669 56 Kita, Yutaku 23512 88 Kim, Jin Sub 23199 110 Kita, Yutaku 23953 35 Kim, Jungho 23953 35 Kitamura, Keisuke 24286 100 Kim, Kyoung Joon 23466 73 Kitamura, Kenzo 22661 51 Kim, Kyoungjin 21987 98 Kitaoka, Kenji 23850 59 Kim, Kyung Mo 24148 84 Kitaoka, Kenji 23853 58 Kim, Kyunghoon 22484 145 Klausner, James 23650 121 Kim, Kyunghoon 22524 49 Kneer, Reinhold 23645 47 Kim, M. Y. 23858 42 Knikker, Ronnie 23541 103 Kim, Min Soo 23955 58 Knikker, Ronnie 23562 50 Kim, Min Soo 24123 119 Knipper, Paul 23485 54 Kim, Mingeon 23507 131 Kobayashi, Noriyuki 22616 44 Kim, Minsung 23922 69 Kobayashi, Noriyuki 23539 139 Kim, Minsung 23935 58 Kobayashi, Takuya 24116 110 Kim, Moo Hwan 24128 51 Kodama, Atsushi 23693 129 Kim, Nae-Hyun 22824 54 Kodama, Atsushi 23716 137 Kim, Philip 23055 39 Kodama, Tatsuya 23436 122 Kim, Sangwon 23723 47 Kodama, Tatsuya 23502 114 Kim, Sang-Woo 23785 66 Kodama, Tatsuya 23665 107 Kim, SeolHa 23632 91 Kohara, Kimio 23670 94 Kim, Sin-Yeob 23867 133 Kohlhepp, Andreas 24209 119 Kim, Soyeon 23922 69 Kohno, Masamichi 23430 101 Kim, Su-Ho 24051 126 Kohno, Masamichi 23482 118 Kim, Sung Jin 23835 110 Kohno, Masamichi 23953 35 Kim, Sung Jin 24013 127 Kokubo, Kousuke 23082 82 Kim, Sung Jin 24072 128 Kokui, Daisuke 24087 100 Kim, Tae Yun 23785 66 Kolobaeva, Polina 21371 69 176

Author Index

Name ID Page Name ID Page Koloszar, Lilla 22376 133 Kumar, Harsha 22659 47 Komiya, Atsuki 22825 133 Kumar, Vikas 21961 143 Komiya, Atsuki 23460 106 Kumar, Pradeep 23016 85 Komiya, Atsuki 23691 56 Kumar, Pradeep 23070 132 Komlev, Dmitry 22936 118 Kumar, Pramod 24078 128 Komoda, Yoshiyuki 22545 112 Kumar, Rakesh 22891 94 Komoda, Yoshiyuki 22579 113 Kumar, Sourabh 24055 76 Komov, Alexander T. 23894 117 Kunugi, Tomoaki 22238 91 Komuro, Yoshiteru 23693 129 Kunugi, Tomoaki 23750 119 Komuro, Yoshiteru 23716 137 Kurata, Kosaku 24286 100 Kondo, Katsuya 23376 61 Kurdyumov, Aleksandr 23942 104 Kondo, Katsuya 24129 50 Kuriyama, Reiko 22842 86 Kondo, Yoshio 24220 143 Kuriyama, Reiko 23287 45 Kondo, Yoshiyuki 23693 129 Kuroda, Naoki 22594 113 Kondo, Yoshiyuki 23716 137 Kurose, Ryoichi 22496 139 Kong, Dehai 23317 45 Kuwahara, Fujio 21758 115 Kong, Dejuan 25156 90 Kuwahara, Fujio 22702 60 Kong, Jing 22731 78 Kuwata, Yusuke 21817 104 Kong, Lingjian 23840 119 Kuwata, Yusuke 22401 104 Kong, Zhaowen 23068 43 Kuzenov, Victor V. 20916 121 Konist, Alar 24075 93 Kuzenov, Victor V. 20918 98 Kortsenshteyn, N. M. 24068 54 Kuznetsov, Andrey V. 22301 51 Kotresha, Banjara 23865 62 Kuznetsov, Andrey V. 23328 104 Kotzé, J.C. 23262 83 Kuznetsov, Denis 22930 36 Kovalnogov, Vladislav 24392 133 Kuznetsov, Denis 22936 118 Koyama, Kazuya 22464 42 Kuznetsov, Vladimir 22906 91 Koyuncuoglu, Aziz 21973 67 Kuznetsov, Vladimir 22907 40 Kozak, Yoram 23580 113 Kuznetsov, Vladimir 22909 81 Kozlov, Pavel V. 23491 130 Kwak, Ho 21987 98 Kozulin, Igor A. 22907 40 Kwok, Ngai Ming 22158 95 Krainova, Irina V. 23443 48 Kwok, Ngai Ming 22832 126 Kreider, Peter B. 22948 70 Kwon, Hyuk Il 24314 124 Kryukov, Alexei 23474 64 Kwon, Oh Jin 22711 44 Kuan, Ang 24104 75 Li Yanghui 23453 140 Kuang, Hailang 23885 111 Laarab, Adel 20583 102 Kuang, Yangmin 23108 137 Labergue, Alexandre 22179 137 Kuball, Martin 23451 73 Lai, Zhancheng 23824 44 Kubiak, Krzysztof 22466 82 Lamarache, Louis 21542 70 Kubiak, Krzysztof 24177 67 Lamien, Bernard 22947 86 Kubiak, Krzysztof 23612 41 Lampio, Kaj 23247 44 Kukulka, David 23153 54 Lan, Aiqing 22853 72 Kulah, Haluk 21973 67 Lan, Wei 22859 125 Kumano, Hiroyuki 23186 113 Lan, Zhong 23396 119 Kumar, Abhay 23510 78 Lan, Zhong 24152 53 Kumar, Abhishek 22793 70 Laneryd, Tor 23498 124 177

Author Index

Name ID Page Name ID Page Lang, Chen 23453 140 Leitner, Amiram 22738 98 Lankri, Rafik 23654 63 Lemanov, Vadim V. 23057 94 Lao, Jiewei 23386 127 Lemoine, Fabrice 24557 65 Lapina, Irina 21534 130 Lemonnier, Denis 22812 101 Lattery, Dustin 23044 48 Lemonnier, Denis 23273 134 Laube, Tim 24226 76 Lenert, Andrej 23655 130 Laughman, Christopher 23630 83 Leng, J. 23069 68 Lazova, Marija 23561 81 Leong, Kai Choong 23874 88 Lazova, Marija 24349 60 Leontiev, Alexander 21244 75 Le Touz, Nicolas 23896 42 Leontiev, Alexander 21878 127 Lea, P. 24163 116 Leontiev, Alexander 24138 93 Lecompte, Steven 23561 81 Leontiev, Alexander 22874 61 Lee, Ann 22158 95 Leroy, Arny 23152 35 Lee, Ann 22832 126 Leroy, Arny 23307 70 Lee, Bong Jae 23507 131 Levashov, Vladimir 23474 64 Lee, Bong Jae 23677 96 Levashov, Vladimir Yu. 23491 130 Lee, Chan 23697 99 Levchenya, Alexander 22916 94 Lee, D. K. 23858 42 Levin, A. A. 22898 90 Lee, Donghwi 23399 91 Lexin, Maxim A. 22322 36 Lee, Ernest 23600 130 Lezzi, Adriano 24111 69 Lee, Ga-Ram 23778 71 Li, Bangjun 22686 58 Lee, JaeHo 23955 58 Li, Baokuan 24606 141 Lee, Jaeseon 23816 118 Li, Baowen 22180 61 Lee, Jaeseon 23818 128 Li, Baowen 22184 145 Lee, Jin Ho 22037 109 Li, Bingxi 22558 116 Lee, JongSeok 23785 66 Li, Bingxi 23014 45 Lee, Jooyoung 23833 73 Li, Bo 21962 125 Lee, Junbeom 23816 118 Li, Bo 21964 112 Lee, Junbeom 23818 128 Li, Calvin 20898 120 Lee, Jungho 23199 110 Li, Chen 22198 37 Lee, Junyeob 23966 53 Li, Chen 24121 68 Lee, Justina 22471 106 Li, Chun 23919 42 Lee, Namkyu 23399 91 Li, Cuicui 22726 58 Lee, Sung-UK 23697 99 Li, Da 23468 106 Lee, Yung-Cheng 23634 90 Li, Dezhao 23192 96 Léger, Jérémie 22452 121 Li, Dezheng Darson 22832 126 Leh, Aisha 23567 101 Li, Di 23115 126 Lei, C.W. 22411 105 Li, Di 23116 98 Lei, Le 22172 37 Li, Dong 22209 86 Lei, Shenghui 21657 111 Li, Dong 22244 84 Lei, Shurong 22331 80 Li, Dong 22276 86 Lei, Yan 23389 42 Li, Dong 22448 70 Lei, Yonggang 22562 127 Li, Dongyang 23299 104 Leidich, Frank Udo 21874 47 Li, Entian 22348 42 Leiroz, Albino J. 22737 98 Li, Fan 22486 39 178

Author Index

Name ID Page Name ID Page Li, Fengchen 22279 74 Li, Longnan 21787 53 Li, Fengchen 23299 104 Li, Longnan 22157 88 Li, Fengchen 23495 50 Li, Man 23204 39 Li, Gensheng 23171 121 Li, Man 23680 48 Li, Gensheng 23269 83 Li, Mengying 23041 131 Li, Gesheng 23341 41 Li, Mingjia 22234 104 Li, Gesheng 23352 140 Li, Mingjia 22244 84 Li, Guohua 22753 81 Li, Min-Shan 23757 145 Li, Guoqing 22561 136 Li, Minxia 23338 96 Li, Haibo 23480 53 Li, Mo 23044 48 Li, Hailong 23992 113 Li, Panpan 23846 143 Li, Haiwang 22645 100 Li, Peihua 23382 54 Li, Hang 21787 53 Li, Penglai 23296 144 Li, Hao 23338 96 Li, Penglai 23405 140 Li, He-Ping 23119 98 Li, Qiang 22222 107 Li, Hongru 23797 101 Li, Qiang 22314 91 Li, Hongxu 23162 130 Li, Qiang 22592 138 Li, Hongyou 23219 81 Li, Qiang 23692 137 Li, Huafeng 22828 96 Li, Qiang 24122 63 Li, Hui-Xiong 22294 118 Li, Qing 23701 137 Li, Jia 22572 49 Li, Qinglian 24048 137 Li, Jiacheng 23171 121 Li, Qinyi 21756 67 Li, Jiacheng 23177 95 Li, Ran 21812 48 Li, Jiankang 23314 84 Li, Ran 21891 36 Li, Jianye 24137 96 Li, Ri 22303 80 Li, Jiaqi 22417 54 Li, Ri 22853 72 Li, Jiayu 23420 131 Li, Ruiyang 22405 145 Li, Jing 22103 70 Li, Ruiyang 22461 144 Li, Jing 23389 42 Li, Sha 23692 137 Li, Jing 23392 144 Li, Shang 22480 95 Li, Jing 23499 140 Li, Shaodan 24630 128 Li, Jinjing 23687 53 Li, Shaodan 24631 107 Li, Jun 22319 98 Li, Shen 22081 100 Li, Jun 22616 44 Li, Shen 22100 56 Li, Jun 23539 139 Li, Shijie 23539 139 Li, Junye 23622 108 Li, Shijie 22616 44 Li, Kai 22294 118 Li, Shouhang 22971 83 Li, Ke 23906 100 Li, Shuang-Fei 20651 36 Li, Lei 24121 68 Li, Tian-Fu 23349 93 Li, Lei 24162 38 Li, Tie 22167 110 Li, Like 23650 121 Li, Wei 23153 54 Li, Lingtong 24178 113 Li, Wei 23170 41 Li, Liyan 23047 59 Li, Wei 23176 89 Li, Long 21898 84 Li, Wei 23622 108 Li, Longjian 22319 98 Li, Wei 24252 44 179

Author Index

Name ID Page Name ID Page Li, Weizhong 23803 108 Li, Yourong 21899 80 Li, Weizhong 23890 66 Li, Yourong 23748 142 Li, Wendong 22503 109 Li, Yuanping 23525 80 Li, Wenlong 24137 96 Li, Yuhua 22167 110 Li, Wenming 22198 37 Li, Yuhua 22335 73 Li, Wenqiang 22340 112 Li, Yun 23396 119 Li, Wenye 22417 54 Li, Z. 22200 137 Li, Wenying 22462 79 Li, Zehuan 22175 67 Li, X. Y. 23845 109 Li, Zeng-Yao 22117 64 Li, Xiang 22566 54 Li, Zeng-Yao 23115 126 Li, Xiaobo 22175 67 Li, Zeng-Yao 23116 98 Li, Xiaobo 22419 87 Li, Zeng-Yao 23119 98 Li, Xiaobo 22484 145 Li, Zhen 23227 142 Li, Xiaobo 22725 38 Li, Zhen-Huan 22512 134 Li, Xiaodong 24021 82 Li, Zhigang 22167 110 Li, Xiao-Lei 22501 131 Li, Zhixin 20788 36 Li, Xiao-Lei 22512 134 Lian, Zisheng 21898 84 Li, Xiaowei 22511 76 Liang, Jialin 22740 63 Li, Xiaowei 23534 103 Liang, Junjie 23341 41 Li, Xin 22492 60 Liang, Junjie 23352 140 Li, Xingbo 22893 142 Liang, Li 22873 56 Li, Xinlong 23422 125 Liang, Lu 23918 51 Li, Xuefang 22025 127 Liang, Peng 23173 125 Li, Xuefang 24186 59 Liang, Peng 23231 42 Li, Xueqiang 23992 113 Liang, Y.T. 22466 82 Li, Xujun 23203 75 Liang, Yongfu 23584 101 Li, Yan 23238 98 Liang, Yongtu 22713 137 Li, Yang 22103 70 Liang, Yongtu 24191 143 Li, Yang 22501 131 Liao, Mengyin 21459 70 Li, Yang 23192 96 Liao, Qiang 22457 139 Li, Yansong 22713 137 Liao, Qiang 22989 47 Li, Yansong 24191 143 Liao, Qiang 23053 136 Li, Yantao 23064 137 Liao, Qiang 23184 80 Li, Yanxia 23047 59 Liao, Qiang 24049 69 Li, Yazi 22562 127 Liao, Yuxuan 22406 145 Li, Yiang 22319 98 Liao, Zhouyi 23041 131 Li, Yiang 22840 101 Liao, Zihao 23910 78 Li, Yifei 22250 144 Lim, Byung-Ju 23778 71 Li, Yihuai 23392 144 Lim, Hyunjeong 23922 69 Li, Yingling 23338 96 Lim, Hyunjeong 23935 58 Li, Yinshi 23917 119 Lim, Jonghyun 24013 127 Li, Yinxiao 23387 91 Lim, Junyub 23100 129 Li, Yiqin 23859 104 Lim, Kihoon 23816 118 Li, Yong 24631 107 Lin, Chai 22247 91 Li, Yongtong 22760 72 Lin, Jian 22699 67 180

Author Index

Name ID Page Name ID Page Lin, Kuan-Ting 24222 60 Liu, Jinhui 23847 66 Lin, M. H. 22713 137 Liu, Ji-Ping 22628 53 Lin, Tsiang-Fa 20805 35 Liu, Joseph 22214 93 Lin, Wenxian 22953 50 Liu, Jun 22484 145 Lin, Yuyu 23167 139 Liu, Jun 22524 49 Lin, Zhimin 22031 45 Liu, L. 22466 82 Linares, Cristina Martin 21435 117 Liu, L. H. 24135 116 Lindqvist, Karl 24036 42 Liu, L. H. 24195 131 Ling, Jiazhen 22642 44 Liu, Lande 23612 41 Ling, Kong 22172 37 Liu, Lande 24177 67 Ling, Ziye 22613 102 Liu, Lei 22454 140 Lipinski, Wojciech 22800 115 Liu, Lei 22494 57 Lipinski, Wojciech 22948 70 Liu, Lei 23142 84 Liu, B.K. 24195 131 Liu, Lin 22616 44 Liu, Bin 21477 76 Liu, Linhua 23288 38 Liu, Bin 22247 91 Liu, Linhua 23933 136 Liu, Bin 24321 64 Liu, M. Q. 22395 144 Liu, Bo 23538 116 Liu, Minghou 23422 125 Liu, C. 22001 80 Liu, Minshan 23607 93 Liu, C. 22001 80 Liu, Naian 23660 139 Liu, Changyu 22448 70 Liu, Peng 22294 118 Liu, Chao 22502 125 Liu, Peng 23479 45 Liu, Chuanping 22648 106 Liu, Q. 23845 109 Liu, Di 23694 127 Liu, Qi 22566 54 Liu, Dong 21785 126 Liu, Qiancheng 24152 53 Liu, Dong 23692 137 Liu, Qiao 23083 39 Liu, Dongdong 24033 107 Liu, Qiao 23096 67 Liu, Dongdong 24043 142 Liu, Qingming 23918 51 Liu, Fang 21819 105 Liu, Qiusheng 21556 51 Liu, Feng 22717 75 Liu, Qiusheng 23064 137 Liu, Fengshan 24249 131 Liu, Qiwei 22457 139 Liu, Guangxu 23552 110 Liu, Rui 22268 138 Liu, Guoqing 23543 48 Liu, Rui 22471 106 Liu, Hang 23971 107 Liu, Shang-Qing 23170 41 Liu, Huan 22335 73 Liu, Sheng 21989 70 Liu, Huaqiang 23570 136 Liu, Shengchun 21983 58 Liu, Jian 22151 44 Liu, Shenghui 23552 110 Liu, Jian 22153 104 Liu, Shezhan 23501 41 Liu, Jiaping 23724 112 Liu, Shuyang 23501 41 Liu, Jing 22097 124 Liu, Tenghui 21954 124 Liu, Jing 22493 72 Liu, Wei 22962 42 Liu, Jing 22573 128 Liu, Wei 23215 129 Liu, Jing 23103 73 Liu, Wei 23479 45 Liu, Jing 23394 87 Liu, Wei 23729 106 Liu, Jing 23575 75 Liu, Wei 24042 66 181

Author Index

Name ID Page Name ID Page Liu, Weiguo 23453 140 Longo, Giovanni A. 22500 88 Liu, Weiqiang 23486 107 Longo, Giovanni A. 22844 118 Liu, Weitong 22480 95 Longtin, Jon P. 22884 129 Liu, Xiang 23049 144 Longtin, Jon P. 23393 110 Liu, Xiangdong 23676 119 Lorreyte, C. 24163 116 Liu, Xianglei 23295 130 Lou, Chun 23571 100 Liu, Xiaobing 23271 106 Lougou, Bachirou Guene 22293 95 Liu, Xiaokang 23729 106 Lounes, Tadrist 22585 35 Liu, Xiaokang 23886 145 Lounes, Tadrist 23654 63 Liu, Xicheng 23030 60 Lounes, Tadrist 24466 107 Liu, Xin 23531 81 Lounes, Tadrist 24595 90 Liu, Xin 24001 47 Low, Zhenghua 23264 125 Liu, Xunliang 22691 47 Lowry, Michael 22471 106 Liu, Ya 22717 75 Lozano, Francesc Madrid 21801 36 Liu, Yan 23724 112 Lu, Hong 24121 68 Liu, Yang 22812 101 Lu, Hong 24162 38 Liu, Yang 24137 96 Lu, Hui 22762 126 Liu, Yanghe 22763 73 Lu, Jia 23513 131 Liu, Yi 22043 35 Lu, Jianfeng 22170 36 Liu, Yiwen 24104 75 Lu, Jianfeng 23386 127 Liu, Yu 22893 142 Lu, Jiaxin 23159 48 Liu, Yu 23191 139 Lü, Jingtao 22406 145 Liu, Yu 23743 76 Lu, Jin-You 23117 131 Liu, Yuanbin 23288 38 Lu, Jin-You 24171 122 Liu, Yun 22167 110 Lu, Mingchang 21165 110 Liu, Yuyang 21397 61 Lu, Mingchang 22043 35 Liu, Yuyang 22829 72 Lu, Ming-Hui 24121 68 Liu, Zaixing 23453 140 Lu, Ming-Hui 24162 38 Liu, Zeqin 23097 76 Lu, Pei 22657 118 Liu, ZhanBin 22234 104 Lu, Pei 24113 107 Liu, Zhenhua 20651 36 Lu, Tao 23079 83 Liu, Zhenyu 23710 39 Lu, Tao 23124 47 Liu, Zheyuan 23416 100 Lu, Tianjian 22563 116 Liu, Zhichun 22962 42 Lu, Tingyu 22484 145 Liu, Zhichun 23215 129 Lu, Xiaochen 23445 48 Liu, Zhichun 23479 45 Lu, Xiaochen 23870 95 Liu, Zhichun 23729 106 Lu, Xing 23673 61 Liu, Zhigang 23342 81 Lu, Yi 23904 94 Liu, Zhigang 23840 119 Lu, Yi 23911 60 Liu, Zhongliang 23047 59 Lu, Yongfeng 22721 56 Liu, Zhongyi 22226 83 Lu, Yuanshu 23079 83 Liu, Zunchao 23607 93 Lu, Z.Y. 21923 86 Lobanov, Pavel 23942 104 Lu, Zelong 22605 51 Longo, Giovanni A. 22819 116 Lu, Zhao 23749 124 Longo, Giovanni A. 22820 91 Lu, Zhengmao 23305 119 182

Author Index

Name ID Page Name ID Page Lu, Zhengmao 23315 91 Ma, Dengke 22405 145 Lu, Zhengmao 23656 89 Ma, Dengke 22429 144 Lu, Zijian 22427 123 Ma, Fei 22207 70 Luan, Yong-xian 23446 124 Ma, Guoyuan 22726 58 Lubner, Sean 21085 145 Ma, Haibo 22471 106 Luchinkin, N. A 22919 75 Ma, Hao 23173 125 Lucio Araneo 23952 80 Ma, Hao 23231 42 Luczynski, Piotr 21874 47 Ma, Hongbin 22227 35 Lukose, Leo 23017 50 Ma, Hongbin 23704 61 Luo, Chenglong 21459 70 Ma, Hongbin 23885 111 Luo, Feng 24186 59 Ma, Hongbin 24263 64 Luo, Jiali 23974 90 Ma, Jiaxuan 22198 37 Luo, Jiu 24115 84 Ma, Niya 23173 125 Luo, Jun 23586 91 Ma, Niya 23231 42 Luo, Kang 23349 93 Ma, Qianli 22226 83 Luo, Kui 23232 140 Ma, Rong 23445 48 Luo, Lingai 23118 112 Ma, Rong 23870 95 Luo, Lingai 24279 122 Ma, T. 23845 109 Luo, M. G. 24135 116 Ma, Ting 22639 129 Luo, Xiaobing 22857 125 Ma, Ting 23673 61 Luo, Xiaobing 22859 125 Ma, Ting 23839 58 Luo, Xiaobing 22861 113 Ma, Weigang 22026 56 Luo, Xiaobing 22863 90 Ma, Weigang 22345 101 Luo, Xiaobing 23345 49 Ma, Weigang 22617 55 Luo, Xiaobing 23681 48 Ma, Weigang 23447 38 Luo, Xiaowei 22511 76 Ma, Xiang 24252 44 Luo, Xing 22878 88 Ma, Xiaofan 22690 73 Luo, Xing 24079 89 Ma, Xuehu 23396 119 Luo, Yu 22462 79 Ma, Xuehu 24152 53 Luo, Zhuqing 22442 113 Ma, Yongmei 23159 48 Lushchik, Valery 24138 93 Ma, Yupu 23681 48 Lv, Fengyong 23496 89 Ma, Zhongyu 22227 35 Lv, Jinyi 23479 45 Macchietto, Sandro 23965 125 Lv, Mingming 23840 119 Madamopoulos, Nicholas 21877 70 Lv, Shuchen 23890 66 Madanan, Umesh 21359 52 Lv, Yan 22560 146 Madhumitha, R. 21811 86 Lv, Yang-Yang 24162 38 Maeda, Yota 23496 89 Lv, Yuanwei 23030 60 Magagnoto, Franco 21429 104 Lyu, Shushen 23974 90 Mahfouz, F. M. 21477 76 Lyu, Shushen 23757 145 Mahmoud, Mohamed 20879 136 Lyu, Shushen 24115 84 Maillet, Denis 21381 110 Lyu, Yongkang 22562 127 Maillet, Denis 24557 65 Ma, Chaoqun 23243 50 Maire, Jeremie 23703 39 Ma, Chongfang 23719 143 Maitra, Tanmoy 24032 137 Ma, Danping 24350 59 Makarov, Maksim 22710 133 183

Author Index

Name ID Page Name ID Page Makarova, Mariia 24138 93 Matsui, Kenshiro 23792 39 Malen, Jonathan A. 23055 39 Matsumoto, Hiroaki 23417 39 Mallya, Nithin 24556 45 Matsumoto, Koji 22416 98 Mameli, Mauro 24202 101 Matsumoto, Mitsuhiro 22230 64 Mameli, Mauro 24215 45 Matsumoto, Ryosuke 23774 133 Manca, Oronzio 23990 128 Matsumoto, Ryosuke 23967 80 Manca, Oronzio 23991 112 Maulbetsch, John 23649 121 Manca, Oronzio 24016 96 Mayer, Joseph 24237 89 Mancin, Simone 22500 88 Medale, Marc 23515 83 Mancin, Simone 22819 116 Mehendale, Sunil 22945 63 Mancin, Simone 22820 91 Mehrabi, Mehdi 23147 54 Mancin, Simone 22844 118 Mehrizi, Abbasali Abouei 23083 39 Mandal, Deepak Kumar 21961 143 Mehrizi, Abbasali Abouei 23096 67 Mangini, Daniele 23891 127 Mehta, Balkrishna 23439 124 Mangini, Daniele 23952 80 Mei, Renwei 22255 47 Manglik, Raj M. 24221 45 Mei, Renwei 23650 121 Manglik, Raj M. 24222 60 Meinicke, Sebastian 23409 116 Manna, Rafiq 22634 75 Meitzner, Claudia 22104 100 Mao, Chenkun 21297 67 Melnikov, Ivan 22920 103 Mao, Jianhui 23392 144 Ménézo, Christophe 23383 75 Mao, Jiani 24144 57 Ménézo, Christophe 23859 104 Mao, Yi 22200 137 Meng, Fanlong 22742 86 Marco, Paolo Di 24202 101 Meng, Han 22405 145 Marco, Paolo Di 24215 45 Meng, Hua 23542 93 Marengo, M. 23891 127 Meng, Ji'an 20788 36 Marengo, Marco 23596 108 Meng, Xiangzhao 23749 124 Marengo, Marco 23952 80 Meyer, Josua Petrus 23235 76 Markides, Christos N. 24142 81 Meyer, Josua Petrus 23262 83 Marocco, Luca 24226 76 Meyer, Josua Petrus 23927 61 Marri, Girish Kumar 22999 73 Meyer, Josua Petrus 24154 52 Marsh, Charles 22270 76 Meyer, Josua Petrus 21949 82 Martínez-Cuenca, Raul 22834 51 Meyer, Josua Petrus 23020 77 Martins, Nelson 24190 97 Meyer, Josua Petrus 23021 103 Martucci, Alessandro 24208 53 Meyer, Josua Petrus 23022 50 Maruyama, Shigenao 21869 122 Meyer, Josua Petrus 23024 133 Maruyama, Shigenao 23460 106 Meyer, Josua Petrus 23113 138 Maruyama, Shigenao 23691 55 Meyer, Josua Petrus 23213 109 Maruyama, Yushi 23780 125 Meyer, Josua Petrus 23461 76 Masaaki, Hashimoto 23497 86 Meyer, Josua Petrus 23587 127 Matar, Omar K. 24179 35 Meyer, Josua Petrus 24010 97 Matsubara, Hiroki 23336 39 Meyer, Josua Petrus 23147 54 Matsubara, Koji 23436 122 Miao, Yuan 22716 58 Matsubara, Koji 23502 114 Miao, Yubo 22442 113 Matsubara, Koji 23665 107 Miao, Yufeng 23339 71 Matsuda, Yu 21918 63 Miao, Yufeng 23362 40 184

Author Index

Name ID Page Name ID Page Miao, Z. 22001 80 Mohr, Wolfgang 21874 47 Miché, Nicolas 23891 127 Moita, Ana 22252 37 Miché, Nicolas 23952 80 Moita, Ana 23596 108 Miljkovic, Nenad 21787 53 Molina, Antonio E. 24002 128 Miljkovic, Nenad 22157 88 Moll, Wilhelm 23262 83 Miljkovic, Nenad 22264 119 Mondal, Pranab Kumar 23439 124 Miljkovic, Nenad 22637 54 Monier-Vinard, Eric 22515 84 Miljkovic, Nenad 24237 89 Montazeri, Kimia 24267 116 Millan, Pierre 24117 48 Moon, Seok Hwan 22037 109 Milman, Oleg 23150 89 Mooney, Arun 23938 76 Min, Jingchun 23531 81 Moore, Matt 22268 138 Min, Jingchun 24001 47 Morales, Ken 22268 138 Minami, Naoki 23336 39 Mordkovich, Vladimir 22368 140 Minamoto, Yuki 23975 139 Moreira, Antonio 22252 37 Minamoto, Yuki 24155 139 Moreira, Antonio 23596 108 Mine, Tomosuke 23482 118 Moreira, Antonio 24165 133 Miner, Mark 24207 143 Moreira, Tiago 21908 36 Minko, Konstantin 23150 89 Morimoto, Takashi 23186 113 Miranda, Jose Ordonez 23810 49 Morita, Hideyuki 23693 129 Mirnov, Sergey V. 23894 117 Morita, Hideyuki 23716 137 Mishra, Pankaj Kumar 23932 134 Morokuma, Takayuki 23417 39 Miskiv, Nikolay 23583 82 Moronuki, Tatsuya 23975 139 Mitoma, Ryoya 23856 66 Mou, Linwei 22417 54 Mitsuishi, Akihiko 22661 51 Moya, José D. 24002 128 Mitsuo, Maho 23351 70 Mozdianfard, M. R. 23965 125 Mityakov, Andrey V. 22633 56 Mu, Yu-Tong 23786 78 Mityakov, S. Z. S. V. Y. 22633 56 Mu, Zhiyu 23710 39 Miyara, Akio 24353 109 Mukasa, Shinobu 23225 69 Miyazaki, Koji 23810 49 Mukherjee, Ranit 23745 88 Miyazaki, Koji 23962 36 Mulford, Rydge B. 23600 130 Mo, Dongchuan 23757 145 Muñoz, José 23268 61 Mo, Dongchuan 23974 90 Murata, Akira 23228 94 Mo, Dongchuan 24115 84 Murata, Akira 23780 125 Mo, Shenqiu 22406 145 Murphy, Kevin 23742 53 Mo, Shenqiu 22436 144 Murphy, Kevin 23745 88 Mo, Songping 22840 101 Murray, Darina 23938 76 Mo, Songping 23901 66 Musakulova, Gulderayim 23947 81 Mo, Yang 23068 43 Mutailipu, Meiheriayi 23191 139 Mo, Zhengyu 23094 72 Muto, Masaya 22496 139 Mobarakeh, Hooman 24207 143 Myers, Corey 22437 139 Mobedi, Moghtada 22702 60 Myoga, Arata 23674 96 Moghaddam, Sina Talebi 21927 57 Na, Sun-Ik 23955 58 Mohammadian, S. 24145 79 Naess, Erling 24036 42 Mohanty, Rajiva L. 23769 64 Nagano, Hosei 24446 128 Mohanty, Rajiva lochan 23998 119 Nagao, Tadaaki 24220 143 185

Author Index

Name ID Page Name ID Page Nagasaka, Keisuke 23004 55 Nerovny, Nikolay 21534 130 Nagasawa, Yoshiki 23967 80 Neshumayev, Dmitri 24075 93 Nagata, Harunori 24007 112 Nesreddine, Hakim 21542 70 Nagayama, Gyoko 21498 67 Neveu, Alain 22515 84 Nagayama, Gyoko 22886 38 Neveu, Pierre 21341 51 Nagayama, Gyoko 23856 66 Ng, Tiniao 21262 41 Nagayama, Gyoko 23953 35 N'guessan, Hartmann E. 23567 101 Nakabe, Kazuyoshi 22842 86 Nguyen, Binh Thien 24033 107 Nakabe, Kazuyoshi 23287 45 Nguyen, Binh Thien 24043 142 Nakabeppu, Osamu 23004 55 Nguyen, Huuduy 23204 39 Nakabeppu, Osamu 23077 101 Ni, Mingjiu 23207 94 Nakagaki, Takao 22437 139 Nieckele, Angela 24401 137 Nakagawa, Masamichi 23381 83 Niimi, Tomohide 21918 63 Nakakura, Mitsuho 23436 122 Nikulin, Artem 24165 133 Nakamura, Hajime 22949 104 Ning, Jinghong 21983 58 Nakamura, Kohei 22545 112 Ning, Xiaoru 23173 125 Nakamura, Tomohiko 23156 119 Ning, Xiaoru 23231 42 Nakamura, Yuto 23004 55 Nir, Amit 23580 113 Nakano, Takeo 22176 145 Niro, Alfonso 23149 94 Nakanouchi, Minori 23823 78 Nishida, Keisuke 23335 113 Nakao, Yuki 22935 128 Nishijima, Keisuke 23376 61 Nakayama, Akira 21758 115 Nishijima, Keisuke 24129 50 Nakayama, Akira 22702 60 Nishikawa, Yoshito 23716 137 Nakoryakov, V. E. 22710 133 Nishiwaki, Shinji 24060 74 Nalbandian, Hamid 22298 91 Nishiyama, Takashi 22210 39 Nam, Youngsuk 23832 35 Niu, Jianlei 22442 113 Nam, Youngsuk 23833 73 Niu, Xiaojuan 24352 107 Narato, P. 23884 93 Noguchi, Atsushi 24037 60 Nardini, Sergio 23990 128 Noh, Hyung Yun 23835 110 Nardini, Sergio 24016 96 Nomura, Masahiro 23703 39 Nariai, Toshifumi 23693 129 Nomura, Masahiro 24037 60 Nariai, Toshifumi 23716 137 Nomura, Shinfuku 23225 69 Nascimento, Francisco 21908 36 Nonneman, Jasper 23925 41 Natarajan, Ganesh 23267 131 Nonneman, Jasper 24132 124 Nath, Saurabh 23732 81 Norris, Stuart 23382 54 Naumkin, Viktor 22710 133 Norris, Stuart 23413 103 Navarro, Maria Elena 23451 73 Nouar, C. 23950 77 Naveira-Cotta, Carolina P. 24583 42 Nourafkan, Ehsan 24447 140 Nawaz, Kashif 22297 93 Nowak, Andrzej 22900 86 Nawaz, Kashif 24160 117 Nuntadusit, Chayut 23884 93 Naylor, David 21349 50 Obayopo, Sirajudeen 24154 52 Nazarov, Alexandr 23903 137 Oda, Yutaka 23774 133 Nemoto, Mitsuru 23336 39 Ogawa, Keita 22230 64 Nenarokomov, Aleksey 23443 48 Ogbonna, Nkem 20761 104 Nenarokomov, Aleksey 23667 49 Oh, Dong-Wook 23155 83 186

Author Index

Name ID Page Name ID Page Oh, Jinho 23424 75 Ostrowski, Ziemowit 22900 86 Oh, Jong-Taek 23549 91 Otanicar, Todd 23330 96 Oh, Junho 22157 88 Otsubo, Takumu 22579 113 Oh, Junho 22264 119 Otsuka, Yoshihiko 24328 76 Oh, K. C. 23858 42 Ou, Cuiyun 23277 87 Ohadi, Michael M. 23685 110 Ou, Guobiao 23672 136 Ohara, Takashi 23417 39 Ou, Zhisong 23252 81 Ohara, Taku 22176 145 Oura, Kazuki 23921 103 Ohara, Taku 23336 39 Ouyang, Li 22163 115 Ohata, Toshiya 23920 66 Oyabu, Tomoya 22135 56 Ohnishi, Masato 23752 145 Oyediran, Ayowole 20761 104 Oho, Katsumi 23228 94 Ozalp, Nesrin 24296 122 Ohtake, Hiroyasu 23658 119 Pabiou, Hervé 23859 104 Ohtaki, Takuma 23351 70 Pacheco, César C. 22069 87 Ohtomi, Koichi 24060 74 Pacheco, César C. 22737 98 Ojo, Anthony 23986 57 Padilha, Ricardo 22009 48 Okajima, Junnosuke 22825 133 Pagnoni, Fillippo 23529 111 Okajima, Junnosuke 23460 106 Pakhomov, Maksim 22131 106 Okajima, Junnosuke 23691 55 Palchekovskaya, N. V. 22881 84 Okano, Yasunori 23335 113 Paley, Daniel 23055 39 Okazaki, Yuki 21817 104 Pallares, Jordi 23469 66 Okita, Yoji 23780 125 Pan, Jiahui 24162 38 Okubo, Hiroji 23590 121 Pan, Liang 23666 125 Okumura, Yukihiko 22290 121 Pan, Liangming 23971 107 Okuno, Yousuke 24286 100 Pan, Liangming 24101 134 Okutucu, Ozyurt H.Tuba 21973 67 Pan, Qinghui 23869 67 Olakoyejo, Olabode 24154 52 Pan, Ruming 23869 67 Oliveira, Monica 24190 97 Pan, Shuai 24350 59 Ong, Kian Soo 23441 142 Pan, Ting 23901 66 Ong, Wee-Liat 23055 39 Pan, Zhihao 22413 113 Oosthuizen, E. 23262 83 Pandey, Manmohan 23961 122 Oosthuizen, Patrick H. 22634 75 Pandey, Vinod 23937 106 Ophoff, Cédric 24296 122 Pandey, Vivek 24078 128 Oprins, Herman 22144 72 Pang, Liping 24021 82 Orejon, Daniel 22096 64 Papavassiliou, Dimitrios 22977 99 Orejon, Daniel 23430 101 Paradis, Pierre-Luc 21542 70 Orejon, Daniel 23496 89 Parin, Riccardo 24208 53 Orlande, Helcio R. B. 22069 87 Park, Chang-Dae 23778 71 Orlande, Helcio R. B. 22947 86 Park, Goon-Cherl 23867 133 Ormiston, Scott 22818 136 Park, Haechan 23044 48 Oron, Alexander 22105 139 Park, Hyun Sun 24128 51 Osaka, Yugo 22616 44 Park, Il Seouk 23424 75 Osakabe, Masahiro 23082 82 Park, Jae Wan 22385 78 O'Shaughnessy, Seamus 23938 76 Park, Jeongmoon 22270 76 Osman, Sohaib 23235 76 Park, Jin Young 24123 119 187

Author Index

Name ID Page Name ID Page Park, Joonhwi 24155 139 Pontes, Pedro 22252 37 Park, Jun-Yub 23155 83 Popov, Igor 22874 61 Park, Sehjin 23397 72 Popovich, Sergey 21244 75 Park, Yeongcheol 23723 47 Portnikov, Dmitry 23580 113 Park, Yong Gap 23234 104 Pottas, Johannes 22948 70 Parmananda, Mukul 23267 131 Pradère, C. 23069 68 Parmigiani, Simone 24111 69 Pramuanjaroenkij, Anchasa 23628 128 Paruya, Swapan 23509 92 Prasher, Ravi 21085 145 Patel, Meet 24230 134 Preger, Calle 23071 118 Pattamatta, Arvind 22871 98 Premachandran, B. 23412 35 Paul, Soumyadeep 23850 59 Premachandran, B. 24055 76 Paul, Soumyadeep 23853 58 Preston, Daniel J. 23305 119 Pavlenko, Aleksandr 22930 36 Preston, Daniel J. 23315 91 Pavlenko, Aleksandr 22936 118 Preston, Daniel J. 23656 89 Pecherkin, Nikolay 22930 36 Preston, Daniel J. 24136 63 Pei, Gang 22440 122 Preußer, Niklas 23300 109 Pekdogan, Tugce 23321 132 Pribaturin, Nikolay 23942 104 Peles, Yoav 22002 93 Prokop, Tomasz 24211 38 Peng, Bo 23753 146 Pron, H. 24163 116 Peng, Guilong 22436 144 Pu, Jian 23446 124 Peng, Kui 23162 130 Punathil, Lineesh 23423 143 Peng, Yu-Hang 22483 61 Pyatnickaya, Natalia 22920 103 Peng, Zhan 22397 38 Qi, Baojin 22274 90 Peng, Zhan 22419 87 Qi, Bo 23410 121 Peng, Zhan 22725 38 Qi, Dong 22658 131 Peremans, Bart 23248 74 Qi, Hanbing 22560 146 Pérez-García, Jose 23268 61 Qi, Hong 23551 130 Petrocelli, Domenico 24111 69 Qi, Hong 23557 132 Petrov, Leonid 24068 54 Qi, Jingwei 23701 137 Pham, Anh Duc 23071 118 Qi, Xingang 23203 75 Phankhoksoong, Siriluk 23628 128 Qi, Yingxia 24350 59 Phelan, Patrick 24207 143 Qi, Yu 22275 93 Philipp, Christian 21456 88 Qian, Jin-Yuan 23132 68 Philipp, Christian 22052 53 Qian, Pei 23355 45 Piau, Jean-Michel 23896 42 Qian, Peng 23422 125 Pierson, Jean-François 24557 65 Qiao, Hongtao 23630 83 Pietrasanta, Luca 23891 127 Qiao, Yuhao 23724 112 Pietrasanta, Luca 23952 80 Qin, Caiyan 23677 96 Pihu, Tõnu 24075 93 Qin, Fei 22340 112 Piskunov, Maxim 22803 36 Qin, Jiang 22492 60 Planquart, Philippe 22376 133 Qin, Jiang 22836 76 Polikarpov, Alexey 24466 107 Qin, Zhen 23264 125 Polonini, Luigi 24111 69 Qin, Zhen 23426 64 Pomeroy, J.W 23451 73 Qin, Zhi 23933 136 Ponomarenko, Tatyana 24707 108 Qiu, Huihe 24287 65 188

Author Index

Name ID Page Name ID Page Qiu, Jun 23288 38 Ren, Changsheng 23252 81 Qiu, Lin 22127 56 Ren, Changsheng 23672 136 Qiu, Lin 24018 101 Ren, Chengqin 21890 128 Qiu, Lu 22748 118 Ren, Fei 24249 131 Qiu, Lu 23426 64 Ren, Junheng 23441 142 Qiu, Qinggang 22592 138 Ren, Luyang 23294 43 Qiu, Qinggang 22612 135 Ren, Qinlong 22742 86 Qiu, Qinggang 23707 107 Ren, Quanyao 23971 107 Qu, Jingguo 23458 72 Ren, Tingting 24262 69 Qu, Xiaohang 23480 53 Ren, Wei 22996 100 Qu, Zhiguo 23128 48 Ren, Xing-Jie 21979 55 Qu, Zhiguo 23129 69 Ren, Zhenhua 23232 140 Qu, Zhiguo 23592 116 Ren, Zhenhua 23672 136 Quan, Chen 24352 107 Reulet, Philippe 24117 48 Quan, Wenpeng 24144 57 Reviznikov, Dmitry 21209 123 Quan, Xiaojun 23687 53 Reviznikov, Dmitry 23443 48 Qubeissi, Mansour 20772 136 Reviznikov, Dmitry 23830 137 Quintard, Michel 22601 136 Ribatski, Gherhardt 21908 36 Rabbi, Kazi 24237 89 Ribatski, Gherhardt 24247 107 Radermacher, Reinhard 22642 44 Rieck, Albert 23204 39 Rahim, Ismail 23225 69 Rieks, Sebastian 23300 109 Ramadan, Zaher 23782 43 Righetti, Giulia 22819 116 Ramana, M. K. 22878 88 Righetti, Giulia 22500 88 Ramanathan, Shriram 23680 48 Righetti, Giulia 22820 91 Ramiere, Aymeric 23703 39 Righetti, Giulia 22844 118 Ramissetti, Srinivasa 24443 43 Riofrio, Maria Cristina 21801 36 Rammal, Mohammad 24428 40 Ris, Vladimir 23638 109 Randhir, Kelvin 23650 121 Rittmeier, Tim 20902 36 Randrianalisoa, J. 24163 116 Rivi`ere, Ph. 22943 131 Rangarajan, Srikanth 22999 73 Rizk-allah, R. M. 21477 76 Rangarajan, Srikanth 23145 45 Robbins, Shane 23262 83 Rao, Sameer R. 23152 35 Roberts, C. 21923 86 Rao, Wei 23394 87 Rodiet, Christophe 24428 40 Rao, Yu 21397 61 Rodio, Maria Giovanna 23148 95 Rao, Yu 22829 72 Rodriguez-Sanchez, David 23963 99 Rao, Zhonghao 22704 73 Rodríguez-Sánchez, David 24002 128 Rao, Zixiong 23960 39 Roh, Chang Jae 23785 66 Rath, Prasenjit 24196 125 Rojczyk, Marek 22900 86 Raza, Aikifa 23117 131 Rong, Yiming 21385 67 Raza, Aikifa 24171 122 Rongione, Nicolas 23204 39 Razuvanov, N. G. 22919 75 Rosengarten, Gary 22833 94 Redmond, Matthew 21973 67 Rosengarten, Gary 23838 108 Reinecke, Arne 20732 140 Rosengarten, Gary 23963 99 Reizes, John A. 23383 75 Roseveare, Matthew 23736 64 Remy, Benjamin 21381 110 Rosis, Alessandro De 22464 42 189

Author Index

Name ID Page Name ID Page Rossetto, Luisa 22467 89 Satoh, Koyu 23660 139 Rousse, Daniel R. 21542 70 Saury, Didier 22812 101 Rousse, Daniel R. 22452 121 Saury, Didier 23273 134 Rousseau, Pieter 22766 109 Sazhin, Sergei 20772 136 Roux, Willem Gabriel 24010 97 Sazhin, Sergei 22138 108 Roux, Willem Le 23587 127 Schatte, Gerrit A. 24209 119 Roux, Willem Le 24185 122 Schick, Vincent 21381 110 Roy, Xavier 23055 39 Schlimpert, Stephan 23925 41 Roychowdhury, Somasree 23931 140 Schlüter, Michael 22301 51 Ruan, Li-Ming 22518 130 Scholl, Stephan 20902 36 Ruan, Li-Ming 23551 130 Schulte, Helen 21874 47 Ruan, Li-Ming 23557 132 Scoletta, Edoardo 23529 111 Ruan, Xiulin 22539 144 Scotto, Piero 23763 101 Rüdiger, Frank 22377 121 Seetharaman, S. 21811 86 Ruzgas, Tautgirdas 23071 118 Sefiane, K. 22247 91 Ryu, Seunggeol 23832 35 Sefiane, Khellil 22096 64 Ryu, Seunggeol 23833 73 Sefiane, Khellil 23136 90 Ryzhkov, Sergei V. 20916 121 Sefiane, Khellil 23512 88 Sadeghpour, Abolfazl 22112 95 Sefiane, Khellil 23953 35 Sadfi, Hosein 22819 116 Sefiane, Khellil 24179 35 Sadhal, Satwindar 25156 90 Segal, Vered 22002 93 SÁEnz, Pedro J. 24179 35 Seidenbecher, Jakob 22104 100 Sagaut, Pierre 23912 42 Seinosuke, Azuma 23693 129 Saghir, M. Z. 24664 144 Seinosuke, Azuma 23716 137 Saha, Suvash C. 24276 51 Seki, Yohji 23674 96 Sahoo, Santosh 24196 125 Semenov, Sergey 23515 83 Saito, Motohiro 23640 78 Sen, Dipak 22891 94 Saito, Shimpei 22464 42 Senda, Tomohiro 22579 113 Saito, Yasushi 23967 80 Seo, Seok Bin 24127 37 Saito, Yukiko 23502 114 Seol, Jae Hun 23723 47 Sakama, Satoru 23381 83 Seppälä, Ari 22834 51 Sakamoto, Junnki 22416 98 Serdyukov, Vladimir 22936 118 Sakashita, Hiroto 22954 91 Sergeant, Peter 23925 41 Sakurai, Atsushi 24220 143 Sergent, Anne 23273 134 Salenbien, Robbe 24074 83 Seroshtanov, Vladimir V. 22633 56 Salosina, Margarita 23667 49 Serov, Anatoly 23903 137 Sano, Yoshihiko 21758 115 Sett, Soumyadip 21787 53 Santos, Hugo F. L. 22737 98 Sett, Soumyadip 22157 88 Saraceno, Luca 24247 107 Sett, Soumyadip 22264 119 Sarker, Debasish 23121 64 Sett, Soumyadip 22637 54 Satake, K. 23510 78 Shah, Mirza M. 22823 37 Satake, Shin-Ichi 23674 96 Shamim, Jubair 23850 59 Satake, Shin-ichi 24100 64 Shamim, Jubair Ahmed 23853 58 Sato, Toru 23784 84 Shamirzaev, Alisher S. 22906 91 Sato, Yoshiaki 24153 116 Shang, Bofeng 22857 125 190

Author Index

Name ID Page Name ID Page Shang, Bofeng 22859 125 Shi, Youan 22494 57 Shang, Bofeng 22861 113 Shi, Youan 23142 84 Shang, Bofeng 22863 90 Shi, Yu 23171 121 Shang, Bofeng 23345 49 Shi, Yu 23177 95 Shang, Wei 22566 54 Shibahara, Makoto 21556 51 Shang, Yuhe 23476 53 Shibahara, Masahiko 22135 56 Shang, Yuhe 23481 88 Shibahara, Masahiko 23792 39 Shankar, Daya 23961 122 Shibata, Hiroki 24328 76 Shao, Hezhu 23753 146 Shiga, Takuma 22461 144 Shao, Xue-Feng 22421 56 Shim, Dong Il 23399 91 Shao, Yawei 22657 118 Shimada, Takashi 23823 78 Shao, Yawei 24113 107 Shimizu, Makoto 23877 96 Sharif, Asal 23530 51 Shimura, Masayasu 23975 139 Sharif, Syed 21240 81 Shimura, Masayasu 24155 139 Sharifpur, Mohsen 23235 76 Shin, Chang-Hwan 23697 99 Sharifpur, Mohsen 23927 61 Shin, Dong Hwan 23199 110 Sharma, Ram Vinoy 24371 134 Shin, Dong-Ho 23867 133 Shcherbakov, Dmitry 22228 54 Shiomi, Junichiro 22406 145 Sheikhnejad, Yahya 24190 97 Shiomi, Junichiro 22461 144 Shen, Biao 23482 118 Shiomi, Junichiro 23482 118 Shen, Du 22237 38 Shiomi, Junichiro 23752 145 Shen, Jiadong 23295 130 Shiomi, Junichiro 23928 67 Shen, Jun 23906 100 Shirakawa, Hidemi 23957 73 Shen, Shengqiang 22612 135 Shirizly, Amnon 22738 98 Shen, Shengqiang 23219 81 Shishkova, Irina 23474 64 Shen, Shengqiang 23707 107 Shockner, Tomer 23580 113 Shen, Yaju 23229 79 Shoji, Eita 23691 55 Sheng, Qiang 23031 38 Shooshtari, Amir 23685 110 Sheremet, Mikhail 23642 76 Shou, Binan 25307 100 Sherif, S.A. 24252 44 Shu, Liangsuo 23729 106 Shi, Dantong 24221 45 Shu, Liangsuo 23886 145 Shi, Hao-ning 23839 58 Shuai, Yong 22293 95 Shi, Jianxin 22191 119 Shuai, Yong 23869 67 Shi, Juan 23846 143 Shyam, Sudip 23439 124 Shi, Lei 22613 102 Siddhartha, Kumar 23975 139 Shi, Li 23669 55 Siirde, Andres 24075 93 Shi, Meng 22563 116 Sikic, Ivan 23303 140 Shi, Shaoyi 22617 55 Silaen, Armin 22268 138 Shi, Wanyuan 22860 75 Silaen, Armin 22471 106 Shi, Weiwei 23736 64 Silva Renata, Rendy 24318 122 Shi, Xuguo 22617 55 Silvain, Jean-François 22721 56 Shi, Yanni 23571 100 Simonin, Olivier 22601 136 Shi, Yixiang 22462 79 Simsek, Eylul 21973 67 Shi, Yixiang 24118 78 Singer, Farah 23685 110 Shi, Yong 22331 80 Singh, Atinder 23036 41 191

Author Index

Name ID Page Name ID Page Singh, Nikhil Kumar 23412 35 Spliethoff, Hartmut 24209 119 Singh, Ramesh Kumar 21961 143 Sposobin, Andrey 23830 137 Slootweg, Marcel 23262 83 Srikanth, Vishal 23328 104 Smirnov, Evgueni M. 22916 94 Srinivasan, S. 24664 144 Smith, Kirk 23330 96 Srivastava, Ankur 24433 61 Smorchkova, Yuliya V. 23894 117 Stanley, Cameron 22833 94 Smulsky, Yaroslav 22580 44 Steinhoff, Ruben 24079 89 Sohn, Ho-Seong 23397 72 Stephan, Peter 22242 137 Solano, Juan Pedro 23268 61 Stephan, Peter 23300 109 Soliman, Hassan 22818 136 Stetsyuk, Viacheslav 22466 82 Solomonik, Igor 22368 140 Stetsyuk, Viacheslav 23612 41 Soma, Shu 22238 91 Stetsyuk, Viacheslav 24177 67 Sommier, A. 23069 68 Storch, Thomas 23089 56 Song, Decai 22433 35 Strizhak, Pavel 22803 36 Song, He 23215 129 Strobach, Elise 22236 96 Song, Kewei 24304 44 Stroh, Alexander 22961 65 Song, Kunqing 23078 60 Strongin, Mark 21244 75 Song, Kyeongsoo 23100 129 Strongin, Mark 21878 127 Song, MengXuan 22956 69 Strongin, Mark 23015 60 Song, Qichen 22397 38 Studennikov, Eugeni S. 20918 98 Song, Qichen 22405 145 Su, Fengmin 22227 35 Song, Qinglu 22811 89 Su, Guanghui 23180 71 Song, Xianzhi 23171 121 Su, Hao 23916 115 Song, Xianzhi 23177 95 Su, Liangbin 23173 125 Song, Yindong 23226 58 Su, Liangbin 23231 42 Song, Yingru 22699 67 Su, Ruixia 22345 101 Song, Yongchen 22893 142 Su, Timothy S. 23328 104 Song, Yongchen 23108 137 Su, Yan 21262 41 Song, Yongchen 23188 142 Su, Yanchen 22348 42 Song, Yongchen 23191 139 Su, Yu 23197 59 Song, Yongchen 23237 69 Subbarao, P. M. V. 24055 76 Song, Yongchen 23416 100 Subhash, Chordia Jayesh 24371 134 Song, Yongchen 23453 140 Suga, Kazuhiko 21817 104 Song, Yongchen 23501 41 Suga, Kazuhiko 22401 104 Song, Yongchen 23525 80 Suga, Kazuhiko 23050 134 Song, Yongchen 23743 76 Sugita, Naoko 22842 86 Song, Youngsup 23315 91 Sui, Yang 24273 79 Song, Zhihang 24170 83 Sun, Baozhi 22191 119 Sood, Aditya 22782 56 Sun, Chuan 22518 130 Sora, Jeon 22520 127 Sun, Chuang 22501 131 Sorokin, Andrey 21371 69 Sun, Chuang 22512 134 Soto, Jerome 23118 112 Sun, Chuang 23538 116 Soufiani, A. 22943 131 Sun, Chuang 23566 35 Sousa Martins, R. 22943 131 Sun, Dan 21459 70 Specht, Eckehard 22136 89 Sun, Donghan 23553 69 192

Author Index

Name ID Page Name ID Page Sun, Dongliang 22743 90 Suzuki, Takahiro 24076 142 Sun, Dongliang 23917 119 Suzuki, Takahiro 24274 78 Sun, Fangyuan 22798 101 Suzuki, Takashi 22661 51 Sun, Fangyuan 22993 56 Suzuki, Yutaka 23163 54 Sun, Fangyuan 23159 48 Sviridov, Evgeniy 22920 103 Sun, Fangyuan 23584 101 Sviridov, Valentin 22920 103 Sun, Feiyang 23422 125 Swain, Abhilas 23769 64 Sun, Fengxian 23566 35 Swain, Abhilas 23998 119 Sun, Fengxian 22518 130 Szel, Attila 24314 124 Sun, Hai-Feng 22512 134 Szmyd, Janusz 24211 38 Sun, Jianfei 22713 137 Tabe, Yutaka 23510 78 Sun, Jie 22859 125 Tada, Shigeru 24087 100 Sun, Jie 23031 38 Tadmor, Rafael 23567 101 Sun, Jie 23345 49 Tagawa, Masato 22864 50 Sun, Jingli 23452 84 Tagawa, Masato 23921 103 Sun, Li 23119 98 Tagawa, Toshio 24328 76 Sun, Licheng 23094 72 Takahashi, Koji 21756 67 Sun, Liying 24191 143 Takahashi, Koji 22118 40 Sun, Mingman 22572 49 Takahashi, Koji 22210 39 Sun, Qie 22549 96 Takahashi, Koji 23136 90 Sun, Quan 24168 96 Takahashi, Koji 23482 118 Sun, Shanyouming 22563 116 Takai, Kio 23683 115 Sun, Xiangyu 22600 109 Takamatsu, Hiroshi 22118 40 Sun, Xing 23542 93 Takamatsu, Hiroshi 24286 100 Sun, Yuanzhi 21910 63 Takata, Yasuyuki 22096 64 Sun, Zhi-chuan 23135 88 Takata, Yasuyuki 22210 39 Sun, Zhi-chuan 23176 89 Takata, Yasuyuki 23136 90 Sun, Zhiwei 23202 142 Takata, Yasuyuki 23430 101 Sun, Zhizhong 23294 43 Takata, Yasuyuki 23482 118 Sundararajan, T. 23931 140 Takata, Yasuyuki 23496 89 Sunden, Bengt 22151 44 Takata, Yasuyuki 23512 88 Sunden, Bengt 22153 104 Takata, Yasuyuki 23953 35 Sunden, Bengt 22502 125 Takeda, Tetsuaki 23415 95 Sunden, Bengt 22834 51 Takeda, Tetsuaki 23590 121 Sunden, Bengt 23071 118 Takenaka, Kenichiro 22496 139 Sunden, Bengt 23111 84 Takeuchi, Shintaro 23828 48 Sunden, Bengt 23132 68 Takeyama, Mao 23750 119 Surtaev, Anton 22936 118 Tamaura, Yutaka 23794 71 Susa, Masahiro 23438 55 Tan, Gang 23770 131 Suzaki, Kai 23186 113 Tan, Guofeng 23607 93 Suzuki, Fumiya 22864 50 Tan, Guofeng 23616 110 Suzuki, Hiroshi 22545 112 Tan, Heping 22293 95 Suzuki, Hiroshi 22579 113 Tan, Heping 23869 67 Suzuki, Hiroshi 22594 113 Tan, Heping 22501 131 Suzuki, Koichi 24100 64 Tan, Jian 23352 140 193

Author Index

Name ID Page Name ID Page Tan, Sichao 23299 104 Tao, Wenquan 22244 84 Tan, Sicong 22493 72 Tao, Wenquan 23786 78 Tan, Si-Cong 23103 73 Tao, Yang 23420 131 Tan, Yu 22989 47 Tao, Yubing 23690 68 Tan, Zhikai 23701 137 Tao, Zhi 22645 100 Tanahashi, Mamoru 24155 139 Tao, Zhi 23866 83 Tanaka, Hozutaka 23225 69 Tapio, Ala-Nissilä 22834 51 Tanaka, Shigeru 24153 116 Tatsumi, Kazuya 22842 86 Tanaka, Takanori 23962 36 Tatsumi, Kazuya 23287 45 Tang, Dawei 22127 56 Teigler, Christian 23000 134 Tang, Dawei 22167 110 Teimouri, Hamid 22478 77 Tang, Dawei 22335 73 Teng, Ying 23743 76 Tang, Dawei 22798 101 Teo, Hang Tong Edwin 23977 73 Tang, Dawei 23044 48 Teodori, Emanuele 22252 37 Tang, Dawei 23159 48 Teodori, Emanuele 23596 108 Tang, Dawei 23582 146 Teramoto, Katsuyuki 23640 78 Tang, Dawei 23584 101 Terauchi, Takayuki 23351 70 Tang, Dawei 23960 39 Terekhov, Victor I. 23057 94 Tang, Guihua 22250 144 Terekhov, Viktor I. 22131 106 Tang, Hui 22933 51 Terekhov, Viktor I. 22580 44 Tang, Jiguo 23094 72 Terekhov, Viktor I. 23888 51 Tang, Jinchen 22487 60 Terekhov, Viktor I. 23903 137 Tang, Liangliang 21742 66 Terekhov, Vladimir 23583 82 Tang, Longsheng 23577 73 Terekhov, Vladimir V. 23057 94 Tang, Ni 22419 87 Tervo, Eric 23143 130 Tang, Ni 22725 38 Teshima, Hideaki 22210 39 Tang, Sirui 23567 101 Thebault, Martin 23383 75 Tang, Wei 22454 140 Thome, John 23648 134 Tang, Wei 23094 72 Tian, Bohan 23704 61 Tang, Weiyu 24252 44 Tian, Bohan 24263 64 Tang, Xiaoli 23528 106 Tian, Chunping 24104 75 Tang, Xinchun 23919 42 Tian, Ke 22502 125 Tang, Xing 23904 94 Tian, Maocheng 23480 53 Tang, Xing 23911 60 Tian, Rui 23468 106 Tang, Yingchun 23188 142 Tian, Shuaiqi 22415 55 Tang, Yong 21385 67 Tian, Xing 23368 81 Tang, Yuanliang 22959 86 Tian, Yuan 25099 80 Tang, Yuanzheng 23543 48 Timchenko, Victoria 21240 81 Taniguchi, Jun 23674 96 Timchenko, Victoria 23383 75 Tao, Mo 24631 107 Timchenko, Victoria 23394 87 Tao, Wenquan 21979 55 Tiwari, Manish 24032 137 Tao, Wenquan 22117 64 Tiwari, Manish 24061 100 Tao, Wenquan 22172 37 Tiwari, Sumit 24207 143 Tao, Wenquan 22200 137 T'jollyn, Ilya 23925 41 Tao, Wenquan 22234 104 T'Jollyn, Ilya 24132 124 194

Author Index

Name ID Page Name ID Page Tkachenko, Egor 24435 63 Ullmann, Amos 22002 93 Toebben, Dennis 21874 47 Unno, Noriyuki 23674 96 Tokuda, Jumpei 23225 69 Unno, Noriyuki 23683 115 Tomimura, Toshio 24153 116 Unno, Noriyuki 24100 64 Tomo, Yoko 23136 90 Unno, Noriyuki 24140 124 Tong, Lige 22648 106 Unno, Noriyuki 24153 116 Tong, Wei 23426 64 Upot, Nithin Vinod 24237 89 Tong, Wei 23586 91 Usami, Koji 24037 60 Tong, Zhen 22971 83 Utaka, Yoshio 23120 63 Tongkratoke, Amarin 23628 128 Utaka, Yoshio 23417 39 Torii, Shuichi 22733 77 Vadasz, Peter 21435 117 Toriyama, Koji 24087 100 Vadasz, Peter 22265 70 Toriyama, Koji 24116 110 Vadasz, Peter 22266 97 Totani, Tsuyoshi 24007 112 Valluri, Prashant 24179 35 Totani, Tsuyoshi 24220 143 Van Antwerpen, Herman J. 22139 51 Tougri, Inoussa 22009 48 Van der Meer, Theo H. 23615 94 Tov, Idan Shem 22002 93 Van Ghele, Loïc 24117 48 Tran, Tuan 24033 107 Van-Wachem, Berend 23986 57 Tran, Tuan 24043 142 Varava, Alexander N. 23894 117 Tranchant, Laurent 23810 49 Vare´, T. 23950 77 Tranchant, Laurent 24037 60 Varonl, Leonardo A. B. 22069 87 Travancic, Sead 23498 124 Vasiliev, Nikolay V. 23598 64 Tregan, Jean-Marc 23662 115 Vass-VarnaiAndras 24314 124 Trinca, Cosimo 23314 84 Venkatesan, Muniyandi 21811 86 Trojanowski, Rebecca 22884 129 Vera, Karine 22515 84 Trojanowski, Rebecca 23393 110 Verant, Jean-Luc 24117 48 Tsang, Tony Siu Hon 23977 73 Verissimo, Gabriel L. 22737 98 Tschur, Nikolay 23638 109 Vessakosol, P. 23884 93 Tsuchiya, Tomohiro 23004 55 Vidya, Mahening Citra 23615 94 Tsuda, Koji 23928 67 Viegas, Domingos 23660 139 Tsukahara, Takahiro 23930 103 Vieitez, Joshua 23736 64 Tsuruta, Takaharu 21498 67 Vieitez, Joshua 23745 88 Tsuruta, Takaharu 22886 38 Viglione, Alessandro 24215 45 Tsuruta, Takaharu 23856 66 Vincarevich, Artem V. 22633 56 Tsushima, Shohji 24076 142 Vinod, Appu 23567 101 Tsushima, Shohji 24274 78 Vinogradov, Yurii 21244 75 Tu, Jiyuan 22353 95 Vinogradov, Yurii 21878 127 Udayraj 23455 130 Vinogradov, Yurii 23015 60 Uechi, Takuma 23967 80 Vishnevetsky, Irina 22002 93 Ueda, Jun 22416 98 Vitali, Luigi 23149 94 Ueda, Mitsutoshi 23438 55 Vitovsky, Oleg 22710 133 Ueda, Osamu 23397 72 Vlaskin, Mikhail 22357 95 Ueki, Yoshitaka 22135 56 Volkov, Roman 22803 36 Ueki, Yoshitaka 23792 39 Volodin, Oleg 22930 36 Uemura, Suguru 23088 110 Volz, Sebastian 23810 49 195

Author Index

Name ID Page Name ID Page Volz, Sebastian 24037 60 Wang, Gang 22355 45 Von Wachem, B. G. M. 24142 81 Wang, Gaosheng 23171 121 Vu, Pham Quang 23549 91 Wang, Gaosheng 23177 95 Wae-hayee, M. 23884 93 Wang, Ge 23771 112 Wagner, Robert 23000 134 Wang, Hai 22427 123 Wagner, Timothy 22884 129 Wang, Haidong 22118 40 Wagner, Timothy 23393 110 Wang, Haidong 24286 100 Waisbord, Nicolas 24239 142 Wang, Han 22658 131 Wakita, Masashi 24007 112 Wang, Hao 23083 39 Walas, Wojciech 22900 86 Wang, Hao 23096 67 Wald, Anna 23886 145 Wang, Heng 23763 101 Walker, Simon 23319 64 Wang, Hong 22348 42 Wan, Hao 22340 112 Wang, Hong 22989 47 Wan, Yangda 21890 128 Wang, Hong 23053 136 Wang, Ao 21871 70 Wang, Hongzhao 24287 65 Wang, B. X. 22395 144 Wang, Hua 23807 129 Wang, Baoying 22713 137 Wang, Huasheng 23031 38 Wang, Baoying 24191 143 Wang, Jiabing 24102 116 Wang, Bo 22948 70 Wang, Jiacheng 22319 98 Wang, Boxiang 22390 145 Wang, Jianhua 23446 124 Wang, Changhong 23918 51 Wang, Jianhua 23577 73 Wang, Chao 23445 48 Wang, Jianhua 23916 115 Wang, Chao 23870 95 Wang, Jianjun 24104 75 Wang, Chen 23771 112 Wang, Jianli 21297 67 Wang, Chichuan 21165 110 Wang, Jian-Ping 23044 48 Wang, Chunyang 22702 60 Wang, Jiansheng 22502 125 Wang, D. 22141 59 Wang, Jifen 22485 112 Wang, Dayong 23191 139 Wang, Jin 22502 125 Wang, Di 22560 146 Wang, Jingtao 23110 110 Wang, Evelyn N. 22236 96 Wang, Jingyu 23355 45 Wang, Evelyn N. 23152 35 Wang, Jinshan 23968 59 Wang, Evelyn N. 23305 119 Wang, Jinshan 24161 86 Wang, Evelyn N. 23307 70 Wang, Jun 22486 39 Wang, Evelyn N. 23315 91 Wang, Jun 22956 69 Wang, Evelyn N. 23384 45 Wang, Junbo 22962 42 Wang, Evelyn N. 23656 89 Wang, Junfeng 23552 110 Wang, Evelyn N. 24136 63 Wang, Kai 22857 125 Wang, Faming 23455 130 Wang, Kai 23396 119 Wang, Fang 24606 141 Wang, Ke 22415 55 Wang, Fei 22925 115 Wang, Ke 23607 93 Wang, Feng 22612 135 Wang, Ke 23616 110 Wang, Feng 23296 144 Wang, Lei 22151 44 Wang, Feng 23405 140 Wang, Lei 22153 104 Wang, Feng 23410 121 Wang, Li 22648 106 Wang, Fengnan 23511 56 Wang, Liangbi 22630 43 196

Author Index

Name ID Page Name ID Page Wang, Liangbi 24304 44 Wang, Tao 22335 73 Wang, Liangbi 22031 45 Wang, Tao 23632 91 Wang, Liangbi 22631 94 Wang, Tengyue 22873 56 Wang, Liping 24207 143 Wang, Tianshi 22860 75 Wang, Liqiu 21819 105 Wang, Wei 22757 61 Wang, Liwei 22182 128 Wang, Wei 23265 134 Wang, Long 23296 144 Wang, Wei 23324 41 Wang, Long 23405 140 Wang, Wei 23446 124 Wang, Long 23410 121 Wang, Weibin 22674 103 Wang, Lu 23708 125 Wang, Wen 23031 38 Wang, Luying 21985 107 Wang, Xiaofei 24237 89 Wang, Mingshuang 23553 69 Wang, Xiaohui 22477 113 Wang, Moran 23080 39 Wang, Xiaojia 23044 48 Wang, Moran 23174 115 Wang, Xinwei 22798 101 Wang, Naihua 23342 81 Wang, Xinwei 22993 56 Wang, Nan 23727 74 Wang, Xinwei 23584 101 Wang, Ping-Yang 20651 36 Wang, Xueli 22274 90 Wang, Qi 22956 69 Wang, Xueli 22678 118 Wang, Qian 22411 105 Wang, Xuwen 23874 88 Wang, Qian 23014 45 Wang, Yabo 23968 59 Wang, Qiang 22996 100 Wang, Yabo 23992 113 Wang, Qiliang 21898 84 Wang, Yabo 24161 86 Wang, Qinggong 23870 95 Wang, Yan 22312 116 Wang, Qingyang 23390 63 Wang, Yan 23602 113 Wang, Qiuwang 22639 129 Wang, Yangang 21962 125 Wang, Qiuwang 23190 78 Wang, Yanning 23917 119 Wang, Qiuwang 23355 45 Wang, Yaqiao 23974 90 Wang, Qiuwang 23368 81 Wang, Ye 22630 43 Wang, Qiuwang 23528 106 Wang, Yi 22315 66 Wang, Qiuwang 23673 61 Wang, Yi 22630 43 Wang, Qiuwang 21386 42 Wang, Yifei 23700 121 Wang, Qiuwang 23839 58 Wang, Ying 23273 134 Wang, Qiuwang 23845 109 Wang, Ying 23511 56 Wang, Ran 24170 83 Wang, Yingying 22002 93 Wang, Robert 24207 143 Wang, Yongqing 23607 93 Wang, Ruzhu 22600 109 Wang, Yuan 21762 81 Wang, Ruzhu 22686 58 Wang, Yuan 23486 107 Wang, Ruzhu 22701 142 Wang, Yuan 24048 137 Wang, Ruzhu 23403 142 Wang, Yuanyuan 23392 144 Wang, Ruzhu 23713 93 Wang, Yuhe 24350 59 Wang, Shixue 22925 115 Wang, Yu-Sheng 24121 68 Wang, Shuangfeng 22966 73 Wang, Yushu 22573 128 Wang, Shuangfeng 23343 125 Wang, Z. 22001 80 Wang, Shuangfeng 23373 84 Wang, Z. H. 22295 50 Wang, Sijia 23743 76 Wang, Zenglin 24219 42 197

Author Index

Name ID Page Name ID Page Wang, Zepeng 23500 143 Weinstein, Lee A. 22236 96 Wang, Zeyu 22873 56 Weinstein, Oleg 23868 130 Wang, Zhao 21890 128 Weise, Sonja 23421 90 Wang, Zhaoliang 22572 49 Wen, Bao 22836 76 Wang, Zhaolong 23717 68 Wen, Boyao 24360 144 Wang, Zhen 22996 100 Wen, Dongsheng 22127 56 Wang, Zhenchuan 22567 50 Wen, Dongsheng 24438 113 Wang, Zhen-guo 21762 81 Wen, Dongsheng 24442 97 Wang, Zhenying 22096 64 Wen, Dongsheng 24443 43 Wang, Zhi 23116 98 Wen, Dongsheng 24447 140 Wang, Zhibin 23184 80 Wen, Dongsheng 24495 114 Wang, Zhifeng 23602 113 Wen, Jennifer 23303 140 Wang, Zhi-Hong 23115 126 Wen, Qingmei 23277 87 Wang, Zhiyun 23068 43 Wen, Qingmei 23339 71 Wang, Zongyu 23704 61 Wen, Rongfu 23634 90 Wang, Zuankai 22314 91 Wen, Shuang 23557 132 Wang, Kai 24102 116 Wen, Zhi 22691 47 Wasnik, Priyanka 23567 101 Weng, Jianhua 21954 124 Watanabe, Hirotatsu 23823 78 Wennersten, Ronald 22549 96 Watanabe, Ippei 22594 113 Wetzel, Thomas 23409 116 Watanabe, Noriyuki 24446 128 Wetzel, Thomas 23421 90 Watanabe, Takuya 22864 50 Wetzel, Thomas 23485 54 Wei, Dong 21851 80 Wetzel, Thomas 24226 76 Wei, Dong 22454 140 Whang, Seokwon 24128 51 Wei, Dong 22494 57 Wheeler, Vincent M. 22800 115 Wei, Dong 23142 84 Wheeler, Vincent M. 22948 70 Wei, Gaosheng 22355 45 Wieland, Christoph 24209 119 Wei, Jingya 23524 143 Wiesche, Stefan Aus Der 23000 134 Wei, Jinjia 22274 90 Wilde, LisaM. 21821 61 Wei, Jinjia 22678 118 Wilke, Kyle 23305 119 Wei, Jinjia 22743 90 Wilke, Kyle 23384 45 Wei, Jinjia 24321 64 Wilke, Kyle 23656 89 Wei, Li 23135 88 Wilke, Kyle 24136 63 Wei, Lichuan 23749 124 Williams, Adam G. L. 24179 35 Wei, Lin 23910 78 Williamson, Nicholas 22953 50 Wei, Min 23480 53 Williamson, Nicholas 23413 103 Wei, Min 24279 122 Winterbach, T.J. 23262 83 Wei, Tiwei 22144 72 Wirsum, Manfred 21874 47 Wei, Tongzhou 23495 50 Wirtz, Siegmar 22104 100 Wei, X. L. 23289 142 Wlazlak, Agnieszka 21821 61 Wei, Xiang 23748 142 Wolf, Ingrid De 22144 72 Wei, Zhiguo 24631 107 Wolff, Tamryn 24010 97 Weibel, Justin 22684 37 Wong, Shwin-Chung 22988 128 Weibel, Justin 22820 91 Wong, Teck Neng 23874 88 Weibel, Justin 23666 125 Wong, Teck Neng 23977 73 198

Author Index

Name ID Page Name ID Page Worek, William 22884 129 Wu, Yu 22411 105 Worek, William 23393 110 Wu, Yunhui 24037 60 Wright, John 21349 50 Wu, Yuting 22189 57 Wu, Alex 22637 54 Wu, Yuting 23719 143 Wu, Bohao 22893 142 Wu, Zan 22834 51 Wu, Bohao 23191 139 Wu, Zan 23071 118 Wu, Chenlong 23426 64 Wu, Zan 23132 68 Wu, Chuansong 23238 98 Wu, Zhenqun 23452 84 Wu, Chunmei 23748 142 Wu, Zhiyu 21910 63 Wu, Di 24121 68 Wu, Zhizheng 21297 67 Wu, Guozhong 22560 146 Wu, Zihua 22103 70 Wu, Hao 22353 95 Wu, Zihua 23392 144 Wu, Hongwei 22645 100 Wu, Zitian 23078 60 Wu, Hongwei 23866 83 Wulf, Rhena 23089 56 Wu, Huan 23204 39 Xi, Guannan 23354 75 Wu, Huiying 23710 39 Xia, Ao 24049 69 Wu, Jian 23349 93 Xia, Dawei 22977 99 Wu, Junjun 22996 100 Xia, Guodong 22486 39 Wu, Ke 22294 118 Xia, Liang 21985 107 Wu, Qingyu 24273 79 Xia, Tian 22829 72 Wu, Rui 22414 115 Xia, Xin-Lin 22501 131 Wu, Ruikang 22859 125 Xia, Xin-Lin 22512 134 Wu, Ruikang 22861 113 Xia, Xin-Lin 22518 130 Wu, Ruikang 22863 90 Xia, Xin-Lin 23538 116 Wu, Ruikang 23345 49 Xia, Xintong 22630 43 Wu, Ruikang 23681 48 Xia, Xu 22828 96 Wu, Shenghao 22731 78 Xia, Yudong 22716 58 Wu, Shuai 24304 44 Xian, Yaoqi 23131 56 Wu, Suchen 23676 119 Xiang, Mengru 23711 45 Wu, Tao 22363 127 Xiang, Mengru 23714 127 Wu, Wanze 22191 119 Xiang, Siyi 22121 48 Wu, Wei 23343 125 Xiang, Xiong 24042 66 Wu, Wei 23373 84 Xiao, Chunhua 22048 136 Wu, Weixiong 23343 125 Xiao, Guangming 22454 140 Wu, Weixiong 23373 84 Xiao, Guangming 22479 94 Wu, Xiang 22031 45 Xiao, Guangming 22494 57 Wu, Xiaohu 22525 131 Xiao, Guangming 23142 84 Wu, Xiaomin 22346 58 Xiao, Heng 23271 106 Wu, Xiaomin 23531 81 Xiao, Hui 22962 42 Wu, Xiaomin 23594 107 Xiao, Min 23229 79 Wu, Xinghui 23111 84 Xiao, Min 24311 96 Wu, Xinxin 22511 76 Xiao, Qi 24630 128 Wu, Xinxin 23534 103 Xiao, Qi 24631 107 Wu, Yiyang 24118 78 Xiao, Qingtai 23807 129 Wu, Yong-He 22031 45 Xiao, Siyang 23400 143 199

Author Index

Name ID Page Name ID Page Xiao, Xin 24438 113 Xu, Chao 22477 113 Xiao, Xuan 24085 89 Xu, Dike 22230 64 Xiao, Zong 22628 53 Xu, Dongyan 22043 35 Xie, Bin 22857 125 Xu, Fei 22558 116 Xie, Bin 22859 125 Xu, Feng 22563 116 Xie, Bin 22861 113 Xu, Feng 24276 51 Xie, Bin 22863 90 Xu, Guoqiang 22529 140 Xie, Bin 23345 49 Xu, Hongtao 22442 113 Xie, Danmei 21905 134 Xu, Huijin 22312 116 Xie, Gongnan 22153 104 Xu, Jiahui 23354 75 Xie, Gongnan 22565 68 Xu, Jianxin 23807 129 Xie, Gongnan 24183 103 Xu, Jin 23543 48 Xie, Guo 23094 72 Xu, Jingren 24562 136 Xie, Huaqing 22103 70 Xu, Jinliang 21785 126 Xie, Huaqing 22275 93 Xu, Jinliang 21910 63 Xie, Huaqing 22485 112 Xu, Jinliang 22309 116 Xie, Huaqing 23392 144 Xu, Jinliang 22566 54 Xie, Jian 22566 54 Xu, Jiujun 24263 64 Xie, Jianfei 20599 134 Xu, Keke 23542 93 Xie, Jingzhe 22565 68 Xu, Lijie 21459 70 Xie, Jinlong 23977 73 Xu, Minghai 22760 72 Xie, Quan 23400 143 Xu, Minghai 22762 126 Xie, Xiaoyun 23775 45 Xu, Peng 22189 57 Xie, Yanqi 23968 59 Xu, Qiaobian 22623 39 Xie, Yanqi 24161 86 Xu, Ruina 22423 142 Xie, Zehua 21906 143 Xu, Ruina 22567 50 Xie, Zehua 22432 56 Xu, Shanshan 23634 90 Xin, Gongming 23797 101 Xu, Shen 24273 79 Xin, Hui 22308 59 Xu, Shuo 22573 128 Xin, Shengchao 22713 137 Xu, Wei 24152 53 Xin, Shihe 23541 103 Xu, Weidong 22993 56 Xin, Shihe 23562 50 Xu, Xin-Lin 22097 124 Xing, Haifeng 22529 140 Xu, Xu 22415 55 Xing, Jiaojiao 23392 144 Xu, Yanru 21906 143 Xing, Wei 22002 93 Xu, Yanru 22432 56 Xiong, Chao 23269 83 Xu, Yantong 22371 63 Xiong, Mengya 23771 112 Xu, Yu 22753 81 Xiong, Ping 23124 47 Xu, Yuanpei 22285 145 Xiong, Wei 23208 81 Xu, Zhenyuan 23384 45 Xiong, Xue 23584 101 Xu, Zhiguo 22409 64 Xiong, Yangheng 21905 134 Xu, Zhiming 23110 110 Xiong, Yaxuan 22189 57 Xu, Zhiming 23282 60 Xu, Ao 22694 115 Xuan, Yimin 21871 70 Xu, Chang 21742 66 Xuan, Yimin 22285 145 Xu, Chao 22355 45 Xue, B. 23289 142 200

Author Index

Name ID Page Name ID Page Xue, Dengshuai 22475 122 Yan, Yuying 21916 118 Xue, Hanwen 22811 89 Yan, Yuying 21962 125 Xue, Juan 23543 48 Yan, Yuying 21964 112 Xue, Rong 22674 103 Yan, Yuying 21985 107 Yabuki, Tomohide 23962 36 Yan, Yuying 21989 70 Yadav, Ashwini Kumar 23697 99 Yan, Yuying 22331 80 Yadav, Preeti 23567 101 Yan’kov, Georgij 23150 89 Yadav, Sakshi B. 23567 101 Yanagihara, Jurandir Itizo 24301 46 Yagi, Takashi 23438 55 Yanagisawa, Ryoto 24037 60 Yagov, Victor 22327 92 Yanamoto, Atsunori 22842 86 Yagov, Victor V. 22322 36 Yang, Baohai 23053 136 Yamada, Hikaru 23460 106 Yang, Bei 23602 113 Yamada, Masayuki 23482 118 Yang, Bo 21763 84 Yamada, Shunsuke 22949 104 Yang, Charles 22451 88 Yamada, Takayuki 24060 74 Yang, Chen 21865 122 Yamada, Yutaka 21496 134 Yang, Cheng-Shi 22628 53 Yamada, Yutaka 22231 36 Yang, Chien-Yuh 22298 91 Yamaguchi, Hiroki 21918 63 Yang, Chun 23985 53 Yamamoto, Shohei 23228 94 Yang, Dong 23528 106 Yamamoto, Shohei 23780 125 Yang, Fei 22549 96 Yamamoto, Takashi 23794 71 Yang, Haie 24447 140 Yamamoto, Yusuke 21498 67 Yang, Huachao 22731 78 Yamamoto, Yusuke 22842 86 Yang, Huiyun 23904 94 Yamazaki, Tatsuro 23774 133 Yang, Jiajia 22457 139 Yan, Changqi 24104 75 Yang, Jian 23190 78 Yan, Changqi 24262 69 Yang, Jian 23355 45 Yan, Hongbin 22565 68 Yang, Jian 23368 81 Yan, Hongjie 23701 137 Yang, Juekuan 21297 67 Yan, Huilong 23704 61 Yang, Kuan 24262 69 Yan, Jun 22413 113 Yang, Kun 24102 116 Yan, Junjie 23265 134 Yang, Lei 23108 137 Yan, Junjie 23324 41 Yang, Lijun 22477 113 Yan, Junjie 22628 53 Yang, Liu 23724 112 Yan, Meiyue 24262 69 Yang, Luopeng 23219 81 Yan, Rungang 24101 134 Yang, Mingjun 23237 69 Yan, Terry 24230 134 Yang, Mingjun 23416 100 Yan, Wei-Mon 20805 35 Yang, Mingjun 23453 140 Yan, Xianghui 22726 58 Yang, Mingjun 23525 80 Yan, Xiao 21787 53 Yang, Minlin 21937 44 Yan, Xiao 22157 88 Yang, Nuo 22397 38 Yan, Xue-Jun 24121 68 Yang, Nuo 22405 145 Yan, Xue-Jun 24162 38 Yang, Nuo 22406 145 Yan, Y.Y. 21923 86 Yang, Nuo 22419 87 Yan, Yuying 21763 84 Yang, Nuo 22429 144 Yan, Yuying 21911 00 Yang, Nuo 22436 144 201

Author Index

Name ID Page Name ID Page Yang, Nuo 22458 62 Yao, Shuhuai 22314 91 Yang, Nuo 22461 144 Yao, Shuhuai 23476 53 Yang, Nuo 22725 38 Yao, Shuhuai 23481 88 Yang, Qing-Qing 24115 84 Yao, Wei 23445 48 Yang, Ronggui 23044 48 Yao, Wei 23870 95 Yang, Ronggui 23634 90 Yap, Yit Fatt 22466 82 Yang, Ronggui 23673 61 Yap, Yit Fatt 24177 67 Yang, Ronggui 23770 131 Yassin, Khalil 23888 51 Yang, Shuai 23683 115 Yates, Luke 22782 56 Yang, Sungwoo 22236 96 Yates, Stephen 23938 76 Yang, Wenbin 22977 99 Ye, S. 23289 142 Yang, Xiao 22081 100 Ye, Yanyong 23389 42 Yang, Xiao 22100 56 Ye, Zi 22862 66 Yang, Xiaofeng 22454 140 Yee, Jingzu 23780 125 Yang, Xiaofeng 22494 57 Yeoh, Guan 21240 81 Yang, Xiaofeng 23142 84 Yeoh, Guan Heng 22832 126 Yang, Xiaohong 23468 106 Yi, Baokui 23797 101 Yang, Xiao-Hu 22097 124 Yi, Hong-Liang 23349 93 Yang, Xiao-Hu 23103 73 Yin, Junshan 22275 93 Yang, Xiao-Hu 23575 75 Yin, Pengbo 21557 88 Yang, Xiaoxi 21937 44 Yin, Qian 21255 109 Yang, Xingtuan 22353 95 Yin, Shaowu 22648 106 Yang, Yan 23219 81 Yin, Shimou 22476 134 Yang, Yang 21890 128 Yin, Xiaobo 23770 131 Yang, Yang 22091 114 Yin, Ying 23592 116 Yang, Yanping 22355 45 Yin, Yonggao 23283 143 Yang, Yanxia 23499 140 Ying, He 22959 86 Yang, Yong-Jian 22421 56 Yoda, Osamu 23590 121 Yang, Yongping 24021 82 Yoichi, Murakami 24412 144 Yang, Yongyong 24262 69 Yokomine, Takehiko 22238 91 Yang, Yuankai 23080 39 Yokomine, Takehiko 23750 119 Yang, Yuanru 23438 55 Yokomori, Takeshi 23975 139 Yang, Yueting 23775 45 Yokomori, Takeshi 23975 139 Yang, Zhen 23111 84 Yoo, Jee-Min 23966 53 Yang, Zhi 23901 66 Yoon, Aejung 24072 128 Yang, Zhiqiang 22811 89 Yoshida, Hideo 23640 78 Yang, Zhiqiang 23906 100 Yoshida, Tatsuya 23670 94 Yao, Bowei 24168 96 Yoshihiro, Taguchi 23497 86 Yao, Guice 24447 140 Yoshimura, Shozo 23088 110 Yao, Huan 23389 42 Yoshinaga, Yuki 24562 136 Yao, Ling 23296 144 You, Ruquan 22645 100 Yao, Shouguang 23226 58 You, Xinyu 23031 38 Yao, Shouguang 23229 79 Yu, Bin 23971 107 Yao, Shouguang 24311 96 Yu, Bo 22315 66 Yao, Shu-Hua 24162 38 Yu, Bo 22743 90 202

Author Index

Name ID Page Name ID Page Yu, Bo 24178 113 Yue, Qiang 24170 83 Yu, Chunrong 23885 111 Yue, Yanan 21905 134 Yu, Dengmei 23571 100 Yue, Yanan 21906 143 Yu, Hanru 24562 136 Yue, Yanan 22121 48 Yu, Jia-Jia 21899 80 Yue, Yanan 22432 56 Yu, Junjie 21910 63 Yugami, Hiroo 23877 96 Yu, Lei 21890 128 Yuki, Kazuhisa 23674 96 Yu, Shengzhi 24262 69 Yuki, Kazuhisa 23683 115 Yu, Tao 23784 84 Yuki, Kazuhisa 24100 64 Yu, Ting 22274 90 Yuki, Kazuhisa 24140 124 Yu, Wei 22275 93 Yuki, Kazuhisa 24153 116 Yu, Xiang 22191 119 Yun, Byong-Jo 23966 53 Yu, Xiaoling 23749 124 Yun, Rin 23852 110 Yu, Xiaolong 23919 42 Zabelinsky, Igor E. 23491 130 Yu, Xiaoxiang 22405 145 Zabirov, Arslan 22327 92 Yu, Xiaoxiang 22458 62 Zabirov, Arslan 22322 36 Yu, Xiaoxiang 22461 144 Zaepffel, C. 22943 131 Yu, Xingjian 22857 125 Zaitsev, Dmitry 24306 119 Yu, Xingjian 22859 125 Zaitsev, Dmitry 24435 63 Yu, Xingjian 22861 113 Zajaczkowski, Bartosz 21821 61 Yu, Xingjian 22863 90 Zak, Anton 22738 98 Yu, XingJian 23345 49 Zakharenkov, A. V. 23894 117 Yu, Yang 22182 128 Zamengo, Massimiliano 22952 96 Yu, Yaojie 22717 75 Zamengo, Massimiliano 23335 113 Yu, Yingying 22487 60 Zamoum, Mohammed 24595 90 Yu, Yinsheng 23690 68 Zan, Yuanfeng 23552 110 Yu, Zitao 22255 47 Zang, Jianfeng 22397 38 Yu, Zitao 22415 55 Zang, Jianfeng 22419 87 Yuan, Biao 22340 112 Zang, Jianfeng 22725 38 Yuan, Chao 23451 73 Zang, Jinguang 23552 110 Yuan, Huaijie 24352 107 Zasimova, Marina 23638 109 Yuan, Kunpeng 22798 101 Zaynullina, Elza R. 22633 56 Yuan, Kunpeng 23582 146 Zditovets, Andrey 21878 127 Yuan, Kunpeng 23960 39 Zditovets, Andrey 23015 60 Yuan, Lei 23511 56 Zeigarnik, YuryA. 23598 64 Yuan, Peng 23131 56 Zeiny, Aimen 24442 97 Yuan, Xiaoyan 22387 122 Zeng, Kecheng 22423 142 Yuan, Xigang 21341 51 Zeng, Min 23528 106 Yuan, Yanping 22479 94 Zeng, Yi 22420 67 Yuan, Yinnan 24085 89 Zeng, Zezhi 22112 95 Yuan, Yuliang 22753 81 Zeng, Zezhi 22381 124 Yuan, Zhiping 23594 107 Zhai, Siping 23131 56 Yuan, Zhong-Xian 22336 122 Zhai, Yao 23770 131 Yuasa, Tomohisa 23107 74 Zhang, Aifeng 23153 54 Yue, Peng 22081 100 Zhang, Aili 22590 87 203

Author Index

Name ID Page Name ID Page Zhang, Aiping 23282 60 Zhang, L. Y. 22295 50 Zhang, Beichen 24048 137 Zhang, Lei 22335 73 Zhang, Bin 22480 95 Zhang, Lei 23632 91 Zhang, Bo 21785 126 Zhang, Lenan 23152 35 Zhang, Chengbin 23676 119 Zhang, Lenan 23384 45 Zhang, Chengcheng 21891 36 Zhang, Li 24178 113 Zhang, Chengcheng 23269 83 Zhang, Liang 22255 47 Zhang, Cun 23960 39 Zhang, Liang-Heng 21865 122 Zhang, Dejian 23953 35 Zhang, Litong 22494 57 Zhang, Delin 23044 48 Zhang, Liyu 23749 124 Zhang, Dongxiang 21819 105 Zhang, Mingjie 23727 74 Zhang, Duo 22340 112 Zhang, Nan 22479 94 Zhang, F. 22141 59 Zhang, Pei 22648 106 Zhang, Fangfang 23958 84 Zhang, Pei 23566 35 Zhang, Fushun 23500 143 Zhang, Peng 22207 70 Zhang, Gan 23451 73 Zhang, Peng 23496 89 Zhang, Guang 22371 63 Zhang, Peng 24048 137 Zhang, Guohua 23869 67 Zhang, Ping 23131 56 Zhang, Guohua 24183 103 Zhang, Qian 22561 136 Zhang, Guojun 22448 70 Zhang, Qian 23501 41 Zhang, Guoyu 22853 72 Zhang, Qiang 24304 44 Zhang, H. 23845 109 Zhang, Qunli 23553 69 Zhang, Haiyan 22968 109 Zhang, Renchang 22862 66 Zhang, Haiyan 23711 45 Zhang, Rongzhang 22691 47 Zhang, Haiyan 23714 127 Zhang, Shasha 21905 134 Zhang, Hang 21954 124 Zhang, Shengbao 22363 127 Zhang, Hang 23584 101 Zhang, Shigang 24061 100 Zhang, Hanlin 23692 137 Zhang, Shikun 23269 83 Zhang, Hao 23753 146 Zhang, Shun-De 22518 130 Zhang, Haochun 22529 140 Zhang, Silong 22492 60 Zhang, Hengyun 24273 79 Zhang, Silong 22836 76 Zhang, Hong 24049 69 Zhang, Tao 23803 108 Zhang, Hongna 22279 74 Zhang, Tiejun 23117 131 Zhang, Hongna 23299 104 Zhang, Tiejun 23602 113 Zhang, Huacheng 23953 35 Zhang, Tiejun 24171 122 Zhang, Hui 23985 53 Zhang, Tongyun 21954 124 Zhang, Ji 22455 88 Zhang, Wei 21910 63 Zhang, Jiajia 23129 69 Zhang, Wenbo 22613 102 Zhang, Jianfei 23458 72 Zhang, Wenjun 23354 75 Zhang, Jianfei 23592 116 Zhang, Wen-Kai 21937 44 Zhang, Jianqiang 24048 137 Zhang, Wenwen 23551 130 Zhang, Jing 23807 129 Zhang, Xiang 23685 110 Zhang, Jingzhou 23030 60 Zhang, Xiangrong 23724 112 Zhang, Kangwei 22590 87 Zhang, Xiaoliang 23582 146 Zhang, L. S. 23289 142 Zhang, Xiaoliang 23960 39 204

Author Index

Name ID Page Name ID Page Zhang, Xiaosong 23283 143 Zhang, Yuwen 24145 79 Zhang, Xiaoyu 22863 90 Zhang, Zhen 21989 70 Zhang, Xiaoyue 23227 142 Zhang, Zhen 23680 48 Zhang, Xin 23173 125 Zhang, Zhengguo 22613 102 Zhang, Xin 23231 42 Zhang, Zhenhao 23229 79 Zhang, Xing 21756 67 Zhang, Zhihui 24376 79 Zhang, Xing 21992 70 Zhang, Zhongnong 23571 100 Zhang, Xing 22026 56 Zhang, Zhongwei 22180 61 Zhang, Xing 22118 40 Zhang, Zhongwei 22184 145 Zhang, Xing 22345 101 Zhang, Zhongyin 22798 101 Zhang, Xing 22617 55 Zhang, Zhongyin 22993 56 Zhang, Xing 23447 38 Zhang, Zhongyin 23582 146 Zhang, Xing 23847 66 Zhang, Zhongyin 23584 101 Zhang, Xinni 22387 122 Zhang, Zhuomin 22392 145 Zhang, Xinrong 22654 103 Zhang, Zhuomin 23143 130 Zhang, Xinxin 22127 56 Zhang, Zhuomin 23717 68 Zhang, Xinxin 23238 98 Zhang, Zunhua 23341 41 Zhang, Xinxin 23771 112 Zhang, Zunhua 23352 140 Zhang, Xinxin 24018 101 Zhao, Bin 22440 122 Zhang, Xiaocui 23707 107 Zhao, Changying 22312 116 Zhang, Xiuhai 23128 48 Zhao, Changying 22390 145 Zhang, Xu 23524 143 Zhao, Changying 22392 145 Zhang, Xuan 22704 73 Zhao, Changying 22393 131 Zhang, Xuan 23531 81 Zhao, Changying 22395 144 Zhang, Xuan 24001 47 Zhao, Changying 22399 145 Zhang, Xudong 23103 73 Zhao, Changying 22409 64 Zhang, Xuefeng 23511 56 Zhao, Changying 22411 105 Zhang, Yaning 22558 116 Zhao, Changying 22413 113 Zhang, Yi 22429 144 Zhao, Changying 22414 115 Zhang, Yi 23097 76 Zhao, Changzhong 23501 41 Zhang, Yi 23501 41 Zhao, Changzhong 23511 56 Zhang, Yi 23511 56 Zhao, Chaofan 23866 83 Zhang, Ying 23282 60 Zhao, Chuangyao 22117 64 Zhang, Yingying 22429 144 Zhao, Dan 20732 140 Zhang, Yinping 23202 142 Zhao, Dan 22953 50 Zhang, Yinping 23524 143 Zhao, Dongliang 23673 61 Zhang, Yonghai 22274 90 Zhao, Dongliang 23770 131 Zhang, Yonghai 24321 64 Zhao, Dongpeng 24113 107 Zhang, Yongheng 22031 45 Zhao, Ertao 22117 64 Zhang, Yongheng 22631 94 Zhao, H. 22141 59 Zhang, Yue 22209 86 Zhao, Hangyu 23097 76 Zhang, Yue 23282 60 Zhao, He 20732 140 Zhang, Yun 23911 60 Zhao, J. M. 24135 116 Zhang, Yuwen 21385 67 Zhao, J. M. 24195 131 Zhang, Yuwen 23283 143 Zhao, Jiafei 23108 137 205

Author Index

Name ID Page Name ID Page Zhao, Jiafei 23453 140 Zhao, Zongxiang 23500 143 Zhao, Jianfu 22294 118 Zhdanov, Valery 22580 44 Zhao, Jianfu 24321 64 Zheng, Feifei 23958 84 Zhao, Jiaqing 22511 76 Zheng, Hongfei 24137 96 Zhao, Jin 24443 43 Zheng, Jianan 23525 80 Zhao, Jinping 23339 71 Zheng, Kun 23159 48 Zhao, Jinping 23362 40 Zheng, Mei 21851 80 Zhao, Jiuyun 23203 75 Zheng, Mei 22363 127 Zhao, Jiyun 23302 122 Zheng, Mengyi 24367 72 Zhao, Jiyun 23570 136 Zheng, Rui 23171 121 Zhao, Jiyun 23790 106 Zheng, Rui 23177 95 Zhao, Jun 21819 105 Zheng, Shaofei 21456 88 Zhao, Jun 23338 96 Zheng, Shaofei 22052 53 Zhao, Junlong 22901 103 Zheng, Xinghua 22081 100 Zhao, Junming 23933 136 Zheng, Xinghua 22100 56 Zhao, Li 22657 118 Zheng, Yi 23396 119 Zhao, Li 24113 107 Zheng, Ying 22260 112 Zhao, Liang 24352 107 Zheng, Yuan 21742 66 Zhao, Lin 22236 96 Zhong, Dawen 20788 36 Zhao, Lin 23152 35 Zhong, Jingjun 22348 42 Zhao, Lingqian 23047 59 Zhong, Wei 22884 129 Zhao, Nannan 22227 35 Zhong, Wei 23393 110 Zhao, Nannan 24263 64 Zhong, Xin 23281 36 Zhao, Qiang 23433 121 Zhong, Xin 23441 142 Zhao, Ran 22832 126 Zhou, Bingcheng 22637 54 Zhao, Shuaishuai 22090 38 Zhou, Binkan 23339 71 Zhao, Shupei 23607 93 Zhou, Chenn 22268 138 Zhao, T. S. 22694 115 Zhou, Chenn 22471 106 Zhao, Tian 21771 112 Zhou, Chunpeng 22116 110 Zhao, Yajing 23656 89 Zhou, D. 25099 80 Zhao, Yao 22600 109 Zhou, Feng 22726 58 Zhao, Yaohua 22095 70 Zhou, Feng 22763 73 Zhao, Yaohua 22873 56 Zhou, Hang 23237 69 Zhao, Yibo 22276 86 Zhou, Hang 23525 80 Zhao, Yuanbin 22503 109 Zhou, Huaichun 23513 131 Zhao, Yuechao 23108 137 Zhou, Jian 24162 38 Zhao, Yuechao 23188 142 Zhou, Jie 23354 75 Zhao, Yufeng 21297 67 Zhou, Jingwei 24144 57 Zhao, Yugang 22451 88 Zhou, Jun 22484 145 Zhao, Yugang 23985 53 Zhou, Kan 23622 108 Zhao, Yulong 22925 115 Zhou, Leping 22623 39 Zhao, Yunhui 23229 79 Zhou, Liliang 23681 48 Zhao, Z. 22001 80 Zhou, Meiling 22993 56 Zhao, Zhenxing 24630 128 Zhou, Ping 23701 137 Zhao, Zhirui 22191 119 Zhou, Shengjun 22645 100 206

Author Index

Name ID Page Name ID Page Zhou, Shuling 23681 48 Zhu, Xun 22989 47 Zhou, Wen 23119 98 Zhu, Xun 23053 136 Zhou, Wenxiong 23971 107 Zhu, Xun 23184 80 Zhou, Xingxing 24311 96 Zhu, Xun 24049 69 Zhou, Xun 23890 66 Zhu, Yangying 23152 35 Zhou, Yan 21865 122 Zhu, Yangying 23315 91 Zhou, Yang 23003 133 Zhu, Yangying 24136 63 Zhou, Yang 23243 50 Zhu, Yinhai 22605 51 Zhou, Yang 24052 121 Zhu, Zhiqiang 24104 75 Zhou, Yipeng 22237 38 Zhu, Ziqin 22420 67 Zhou, Yixin 23103 73 Zhu, Ziqin 22421 56 Zhou, Yuanyuan 23669 56 Zhuang, Yafang 23159 48 Zhou, Zhifu 22308 59 Zhukovskaya, Varvara 22916 94 Zhu, Cheng 22691 47 Zibart, Alexander 24081 106 Zhu, Guiping 22476 134 Zilio, Claudio 22500 88 Zhu, Heyuan 23753 146 Zilio, Claudio 22820 91 Zhu, Jianqin 23866 83 Zilio, Claudio 22844 118 Zhu, Jie 23044 48 Zin, Htoo Kyaw 24353 109 Zhu, Jie 23159 48 Ziskind, Gennady 23580 113 Zhu, Jie 23622 108 Zou, Deyong 24219 42 Zhu, Kai 23968 59 Zou, Hanying 24018 101 Zhu, Kai 23992 113 Zou, Jian 23003 133 Zhu, Kai 24161 86 Zou, Jihang 22672 67 Zhu, Li 22091 114 Zou, Jincheng 22590 87 Zhu, Li 22400 114 Zou, Lei 23053 136 Zhu, Qunzhi 21819 105 Zou, Lulu 23719 143 Zhu, Qunzhi 24168 96 Zou, Qifan 24630 128 Zhu, Shixing 23252 81 Zou, Yu 22315 66 Zhu, Tingting 22095 70 Zsembinszki, Gabriel 23939 74 Zhu, Wanpeng 22726 58 Zu, Yingqing 22978 74 Zhu, Xiaojing 22592 138 Zummo, Giuseppe 24247 107 Zhu, Xiaojing 23707 107 Zuo, Jiaqiang 24219 42 Zhu, Xiule 23807 129 Zuo, Jingying 22836 76 Zhu, Xun 22457 139

207

Statistics

Statistics Abstracts and Papers submitted and presented at IHTC-16 Abstract Full paper Finally Papers Region Member(s) submitted submitted accepted presented Australia* Australia, New Zealand, Indonesia, Malaysia, Singapore 40 31 26 25 Brazil, other South American countries not specified Brazil* 26 15 8 8 elsewhere Canada* Canada 12 11 10 10 China* China, Chinese Taipei 891 615 487 461 France* France, African countries not specified elsewhere 53 43 33 32 Germany* Germany, Austria 42 29 27 27 India, other South Asian countries not specified India* 93 49 31 30 elsewhere Israel* Israel 7 6 6 6 Italy* Italy, Spain 32 27 19 19 Japan, Pakistan, other East Asian countries not Japan* 169 144 123 120 specified elsewhere Korea* Korea 64 47 43 42 Portugal* Portugal 6 6 6 6 Russia, Ukraine, Republic of Belarus, Moldova, Georgia, Russia* 74 62 55 53 Armenia, Azerbaijan South Africa* South Africa 36 22 20 20 Switzerland* Switzerland 2 2 2 2 The The Netherlands, Belgium, Luxembourg, Norway, 25 20 19 19 Netherlands* Sweden, Finland and Denmark UK, Ireland, Greece, Turkey, Egypt, Other Middle East countries not specified elsewhere, Serbia, Croatia, UK* Slovenia, Bosnia and other Balkan countries, Estonia, 81 50 40 40 Latvia and Lithuania, Czech Republic and Slovakia, Hungary, Romania, Poland, Bulgaria and Albania USA* USA, Mexico, other Central American countries 165 113 87 80 1292 1042 1000 Total 1818 (71%) (57%) (55%)

208

China National Convention Center 1st Floor (Registration, Opening ceremony, Plenary lectures, Lunch on August 12-14, Banquet on August 14)

(Lunch on August 11 in the Exhibition Hall 4A, 1st floor and Gallery Café & Gallery Foyer, 2nd floor) (Lunch on August 15 in the Gallery Café & Gallery Foyer, 2nd floor) 3rd Floor (Keynotes, Posters, Meetings, Coffee Breaks, Exhibition Areas, Closing Ceremony, Panel Sessions)

(Welcome Reception on August 10 in the Plenary Hall A, 4th floor)