TBIS 2020 International Symposium Webinar

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Special Focused Theme:

Combatting COVID-19 Pandemic with Science and Technology Innovations

Programme Book

The 13th Textile Bioengineering and Informatics Symposium July 7-10, 2020

State Key Laboratory for Modification of Chemical Fibers and Polymer Materials (Donghua University)

State Key Laboratory for Modification of Chemical Fibers and Polymer Materials (SKLFPM) in Donghua University, with the first Chinese major in chemical fibers, was founded under the approval of State Development Planning Commission in 1992. It successfully completed the national acceptance in 1996, and passed the national assessment 4 times since 2003. In 2018, SKLFPM was rated as "Excellent State Key Laboratory". As the first key state-level scientific research center of fibers and textiles in China, it has made great contribution to the development of chemical fiber industry of China.

SKLFPM currently focuses on three research themes, including high performance fibers and composite materials, functional fibers and low-dimensional materials, and environmentally-friendly and biomass Fibers and materials. In 2007, Innovation and Talents Introduction Base of Advanced Fabrication Technology of Fiber Materials was enrolled in the Talents Introducing Program for Disciplinary Innovation of Universities ( “111 Project”). In 2017, the “111 Project” passed the evaluation and got rolling support of State Bureau of Foreign Affairs and Ministry of Education. In 2018, Shanghai Belt and Road Joint Laboratory of Advanced Fiber and Low-Dimension Materials built by SKLFPM was supported by Shanghai Science and Technology Commission. Prof. Xi Zhang (Academician, CAS) is the current director of SKLFPM Academic Committee. The director of SKLFPM is Prof. Meifang Zhu(Academician, CAS). SKLFPM has more than 100 faculty members, which constitutes high-level research team. The facility center of SKLFPM is equipped with more than 300 instruments and 26 pilot plants.

SKLFPM promotes the principle of “openness, communication, cooperation and competition”. In the past 5 years, SKLFPM has conducted nearly 700 scientific and engineering projects. The total amount of the funding is about 480 million Yuan. The laboratory has been awarded 10 National Awards, and 36 first-level prizes at the provincial and ministerial level. More than 2000 academic papers have been published, and more than 1000 patents were authorized.

As a state-level research center, SKLFPM aims at leading the development of fiber science and technology as well as chemical fiber industry, to meet the great demand of strategic fiber materials today and tomorrow, and to be the international first-class academic exchange and research center.

Ⅰ Table of Contents

Welcoming Message 1 TBIS 2020, Organizing Committee and International Scientific Committee 11

Organizing and Supporting Institutions 12 Plenary Medal Lectures 13 Medal Lectures 24 TBIS 2020 Scientific Program

 Wednesday, July 8, 2020 26

 COVID-19 Diagnosis: Infection Testing and Illness Diagnosis 26

 COVID-19 Protection: Personal Protection and Infection Control 26

 Thursday, July 9, 2020 26

 COVID-19 Control: Outbreak Surveillance and Pandemic Control 26

 COVID-19 Sustainability: Sustainable Pandemic Control 27

 Friday, July 10, 2020 27

 Parallel Session A and B: Regular topics 27

 Session C: Covid-19 International Research and Innovation 27 Collaboration Forum

List of Papers 30 About TBIS 32 About JFBI 34 Welcoming Message - TBIS 2022 35 Instruction to the Supporting Organizations 36

Ⅱ

Welcoming Message to Forum

Mr. Yongli Wang

Minister Counsellor (Educational) Embassy of the People's Republic of China

As TBIS 2020 is about to commence, we, on behalf of the Chinese embassy, offer our sincerest blessings to the conference. As the world fights against the coronavirus pandemic, it is heartwarming to see individuals, such as yourselves, face such challenges with vigor and perseverance. To be able to collaborate with such talented people from across the international community is a wonderful opportunity. As such, we offer our greatest respect to Dr. Yi LI and to all those who have gathered here to speak, share, and contribute to this great symposium today.

As we consider the coronavirus pandemic, due to its potency, speed and spread radius, it has proven to be difficult to control and suppress, thus presenting itself as a great threat against humanity that can only be overcome if we work together as a united force. Countries around the world have since dedicated their resources in addressing this unprecedented threat and we have seen great strides in our fight against the virus. We are pleased to say that TBIS’s dedication to international collaboration and continued strive for innovation is exactly what we need as a society – in our quest to continue to endeavor for scientific research exchange, cooperation and uniting in our contributions for the common well-being for all mankind.

China as the world’s largest developing country, in the past 40 years, has implemented national policies in reform and opening. The society has since made rapid progress; the people’s living conditions have greatly improved, and significant achievements have been made in fields such as the social economy. Recently, the Chinese government has successively issued "Opinions on Accelerating and Enlarging the Opening of Education in the New Era", and promulgated a series of new policies to expand opening up, including the "Overall Plan for the Construction of Hainan Free Trade Port". This is a demonstration of the Chinese government devotions to the people and their determination and confidence in communication and cooperation! I believe that TBIS will make novel contributions to the promotion of Chinese science and technology international education and cooperation in the new era!

I sincerely wish TBIS 2020 every success, all esteemed scholars and delegates good health and career success!

Welcoming Message

Academician Mu Yao Honorary Chairman, ISC TBIS 2020 Chinese Academy of Engineering Xi’an Polytechnic University China

The outbreak of COVID-19 is an unprecedented tragedy on a global scale; within the space of six months, we have witnessed over 10 million confirmed cases of and over 500 thousand deaths around the world. Some countries, particularly the United States, account for 4.2% of the world's population yet the cumulative number of its diagnoses and death toll make up more than 25% of the global totally, which has caused immense damage to its economy, as well as to the economies of other countries due to a severe reduction in global trade. In contrast, despite being home to one-fifth of the world's population, China’s confirmed cases and death rate both make up less than 1% of the whole world in the past six months. In addition to the State Administration attaching great importance to the strict implementation of epidemic prevention, science and technology workers have also made a significant contribution in the fight against the epidemic. This includes the effective execution of disease prevention strategies such as wearing masks, washing hands, andthe implementation of social distancing etc. Masks are adequately provided and various medical protective suits are available to medical workers which are comfortable to wear in all temperatures, sweat-conducting and moisture-permeable to reduce the infection rate among medical workers. Our university have had suspended offline classes and some meetings for several months. Four school family areas have been under strict control with key measures being taken, ranging from regular personal body temperature checks and house-to-house inquiries on any potential development of related symptoms. Over the past six months, no one has been infected in these four areas since the implementation of said strategies. At the same time, infection detection technology has played an important role. A large number of equipment (such as ventilators, oxygen supply, etc.) and materials have been provided. Not only did this allow medical professionals to rescue critical patients, the application of Chinese traditional medicine, with its diverse and effective treatments, was useful in managing various symptoms caused by viruses and diseases (such as fever, cough, high blood pressure, etc.); alleviating patients’ deterioration and reduced death toll. On top of their efforts to develop viral vaccines, research is being done on developing protective gear and improving detection, enabling a wearable method for the detection of blood pressure, breathing, heart rate, blood oxygen and other health-based benchmarks for more accurate patient diagnosis. This development is crucial in improving the process of detecting COVID-19 in asymptomatic patients. As asymptomatic parents only have a small amount of virus particles within their bodies, thus resulting in minimal corrosion of the lung cells. This, in turn, makes abnormal blood pressure, breathing and other reactions difficult to identify or undetectable. Therefore, when we study viruses, not only must we focus on how to catch and kill them, stopping virus reproduction and rapid virus aging are both important aspects to consider. Simultaneously, this virus has a catastrophic effect on most countries in the world. We need international cooperation under the leadership of the International Health Organization. Only with international cooperation can we solve the difficulties and move forward together.

Welcoming Message

Academician Professor Meifang Zhu Conference Chair, OC TBIS 2020 Member, Chinese Academy of Sciences Director, State Key Laboratory for Modification of Chemical Fibers and Polymer Materials Dean, College of Materials Science and Engineering of Donghua University Director, Innovation Base of Advanced Fabrication Technology of Fiber Materials Director, Shanghai Belt and Road Joint Laboratory of Advanced Fiber and Low-Dimension Materials Chairwoman, Division of Fiber Materials and Composite Technology, Chi- nese Materials Research Society (FMCT, CMRS)

As the director of the State Key Laboratory for Chemical Fiber and Polymer Materials (SKLFPM, Donghua University, China), it is our great honor to co-organize the 13th International Conference of TBIS with the International Society of Textile Bioengineering and Information. TBIS has been successfully held for 12 consecutive sessions since 2008, which is an international grand event in textile and clothing technology research. And the theme of each session is closely related to the global hot topics. In light of the critical challenges arising from the global COVID-19 outbreak, textile industry plays an extremely important role in providing personal protective equipment for combatting coronavirus infections. Responding to these urgent global epidemic prevention needs, the conference aims to explore sustainable “healthy and green” solutions for combatting the global COVID-19 pandemic and future potential pandemics with science and technological innovations. By applying and integrating the latest progress in functional materials, personal protective equipments (PPEs), biosensors, smart materials and e-fibres, e-yarns and e-fabrics, nano- microelectronics with clinical medicine, epidemiology, wearable electronics, information technology and big data, we will work together to develop advanced cost-effective and practical technical solutions, as well as establish technology platforms for monitoring and controlling pandemics. We are in the same boat, we should and we can fight together to manage the crisis! As the only key state-level scientific research institution of fibers and textiles in China, the StateKey Laboratory for Chemical Fiber and Polymer Materials (SKLFPM, Donghua University, China) has made great contributions to the development of chemical fiber industry in China. The SKLFPM was founded under the approval of State Development Planning Commission in 1992. In 2018, SKLFPM was rated as "Excellent State Key Laboratory". In order to rapidly deal with the outbreak of novel coronavirus, the SKLFPM initiated Emergency Project aiming at PPEs for COVID-19” (PPE-COVID-19) on February 8, 2020. One of the main purposes of the project is to develop fiber-based materials to protect human from coronavirus. And this project have achieved great practical effects in the prevention and the control of the epidemic, and providing scientific and technological support for the front-line. Such as the developed dual- electrotype, high efficient and low-resistant melt-spray filter material has greatly improved the filtration efficiency, reached the protective performance of KN95 and KN99, and realized the serialization of products. A reusable protective suit for limited times was successfully developed using polymer micro-nano fibrillar aggregates with high wear resistance, high isolation performance and high vapor permeability. In this epidemic, 1,000 pieces of protective suit were donated to Wuhan Fangcang Hospital. Electrospun nanofiber based masks were also developed and donated to Wuhan for front-line medical workers to against the coronavirus. In addition, professional science popularization published in social media could guide the public to fine protect themselves scientifically using fiber-based protective materials. Here, we sincerely invite you to join and actively contribute your expertise and networking resources for the benefit of the world and humanity. At the same time, I call for the establishment of International Digital Health and Intelligent Fibre Science and Technology Innovation Organization to promote interdisciplinary, cross-industry, cross-national and regional joint innovation of industry, education and research, and to build a collaborative platform for the international industrial ecological chain of mathematical, healthy, and intelligent materials. We are waves of the same sea, leaves of the same tree, flowers of the same garden! Finally, I want to say, SKY we share, togeter we stand. Many thanks for your participation and contributions!

Welcoming Message

Professor Hongbiao Dong Vice President of Association of British Chinese Professors (ABCP) Professor of Materials Engineering Research Chair of Royal Academy of Engineering Director of EPSRC CDT in Innovative Metal Process Director of NISCO UK Research Centre School of Engineering University of Leicester University Road, Leicester LE1,7RH, UK

Please allow me to extend my congratulations to TBIS 2020 as “Combating COVID-19 Pandemic with Science and Technology Innovations” on behalf of the Association of British Chinese Professors (ABCP).

TBIS has been a unique cross-disciplinary symposium by combining materials, biology, textile engineering, and information technology, and provided a platform for the discussions on those cross-disciplinary subjects with the scientists and engineers from different backgrounds. I am glad to see many experts from different fields have gathered and will present their research outcomes here. TBIS 2020 has proved how quickly the scientists can respond to on-going societal needs. The topic of this symposium is therefore timely, as the coronavirus continues to spread.

ABCP is an independent and non-profitable association dedicated to increasing its members’impact and engaging academic collaborations, in particular collaborations between UK and China. ABCP members represent the highest caliber of Chinese academics in the UK across many fields, to this regard, ABCP has much in common with TBIS. ABCP aims:  to promote academic excellence in education, engineering, social and physical sciences, medicine and emerging areas;  to stimulate academic collaborations between members and beyond;  to develop and new talents and provide mentorship to young academics;  to promote Sino-UK communications and collaborations in a wide range of disciplines;  to advance bilateral relations for the benefits of peoples of both countries.

Year 2020 has been a strange time so far and I wish you all stay well and healthy.

Welcoming Message

Professor Guangwei Fu Vice president of China Textile Engineering Society China

Dear honorary speakers and delegates.

Please allow me to extend my gratitude on behalf of the China Textile Engineering Society. As China is currently besieged by the simultaneous threat posed by the Sino-US trade war and the Covid-19 pandemic, we have seen its economy decline, which has put great pressure on employment. Within the first half of 2020, China’s textile industry has been crucial in fighting against this pandemic through the development and provision of medical equipment on a global scale. The topic of this symposium is therefore timely, as COVID- 19 continues to spread worldwide in an unprecedented scale, and we find ourselves in need for the cultivation of technologies related to medical-based textiles and protective clothing.

These technologies in China are under developmental stages and are in need of reorganization, development, and subsequent expansion. Therefore, it is my sincere wish that this conference and its speakers to remain steadfast in its focus and support for the development of China’s medical textile industry through a continued confluence of ideas, participation in relevant projects, and pushing application of innovative technologies.

We have absolute faith in our future perseverance against this viral threat, as the second wave of infections within China begins to fall under control. We must continue to equip ourselves by learning more about this virus, while maintaining our vigilance and protect ourselves and our loved ones from the still ongoing threat. May this TBIS 2020 webinar bring us further enlightenment and success in combating this pandemic.

Thank you for your attention, and let us work together in combatting the COVID-19 Pandemic with innovations in Science and Technology.

Welcoming Message

President Ling Gao Xi'an Polytechnic University Shaanxi, China

I would like to take this opportunity to extend my sincere appreciation for everyone’s effort in the establishment of International Digital Health and Intelligent Fibre Science and Technology Innovation Organization. The spread of COVID-19 makes public health and disease prevention technology a global concern. The digital health industry as an internationally recognized future major strategic development area is becoming a promising field in future research and development. The establishment of International Digital Health and Intelligent Fibre Science and Technology Innovation Organization (IDH-IF-STIO) will be providing an important platform for international collaboration in scientific and technological innovations for combating global pandemics and addressing global health challenges identified by WHO in the fields of intelligent fibers, textile functional materials, electronic textile materials and wearable devices, digital health technology, which can be applied in disease prevention, public health system, plague emergency response system for health care and public health institutions, as well as the construction of global health community. The establishment of IDH-IF-STIO is definitely a manifestation of our joint efforts to combat global public health challenge in this community with a shared future for mankind.

As one of the initiators, Xi’an Polytechnic University, the only university specializing in textile and apparel in western China, has been committed to scientific research on intelligent textile materials and digital health area, and will be dedicated to the activities of IDH-IF-STIO and in-depth international collaboration and cooperation in this field with other universities, research institutes and enterprises through scientific research, faculty and students exchange etc.

I believe that the establishment of IDH-IF-STIO will greatly enhance cooperation among members in the fields of talent cultivation, scientific research and technology innovations. Xi’an Polytechnic University is looking forward to more constructive proposal about the establishment of IDH-IF-STIO through this round table discussion and we are also looking forward to more fruitful collaborations with members of IDH-IF-STIO in the future.

Welcoming Message

Dr. Kanji Kajiwara Vice Chairman, ISC TBIS 2020 Research Fellow Faculty of Textile Science and Technology Shinshu University Ueda, Japan

This is an extraordinary timing to have TBIS 2020 as “Combating COVID-19 Pandemic with Science and Technology Innovations” and I would like to pay a deep respect to organizers working hard to realize this important symposium via internet. TBIS 2020 has proved how quickly the scientists and engineers can respond to on-going problems. This is not only an occasion to indicate a symbolic significance in organizing a symposium via internet as a countermeasure for on-going problems in real time but also an occasion for opening the symposium to much wider scope of audiences and societies. TBIS has been a unique cross- disciplinary symposium by combining materials, biology, textile engineering, and information technology, and provided a platform for the discussions on those cross-disciplinary subjects with the scientists and engineers from different backgrounds. In this context, TBIS is a forerunner of symposia with respect to itsmulti- disciplinary presentations and harmony in diversity. Many experts from different fields have gathered and presented their achievements. In consequence several new projects were emerged based on the discussions among the experts from the different fields.

I recall one occasion when the comfort of the face mask was discussed. At that time, nobody thought the significance of face masks, and now the face mask is regarded as a simple yet vital PPE against coronavirus. We may further investigate to make face masks smarter to monitor our health by measuring vital signs of breathing/temperature/smell and even infections. Who imagined the face mask could be a vital tool for us to protect from the coronavirus infection? There are many other examples at TBIS symposia where we could not notice the significance of the presentations at that time but the topics inspired the scientist from other fields. However, still I miss the chance to encounter new young people face-to-face and have discussions on their achievements and ways of thinking. Hope we will have a real TBIS 2021 in the next year.

7 Welcoming Message

Professor Xianyi Zeng Co-Chairman, OC TBIS 2020 Ecole Nationale Supérieure des Arts et Industries Textiles (ENSAIT) Roubaix, France

Welcome to TBIS 2020.

TBIS, an acronym for Textile Bioengineering and Informatics Symposium, is a well-established international research forum to exchange scientific views and new technology developments as well as promote cross- disciplinary research from material sciences, nanotechnology, fiber sciences, textile engineering, eco technology, textile and clothing CAD, with more emphasis on interactions of human/material/environment.

TBIS 2020 was initially planned to be physically held in ENSAIT, Roubaix, France in July 2020. However, the sudden outbreak of COVID19 has highly impacted all aspects of our daily work and life due to numerous infected people in different countries and related lockdown measures. In this severe situation, as scientific workers, it is our duty to use our professional knowledge and competences for combatting this worldwide pandemic. It is for this reason that I fully support the proposal of Textile Bioengineering and Informatics Society and Donghua University (China) to transform TBIS2020 into an online video conference with a focus theme of “Combating COVID-19 Pandemic with Science and Technology Innovations”. As Co-Chair of TBIS2020, I wish to express my welcome to all the participants of the Conference and hope that we can have deep exchanges and collaborations on our common interests.

Founded in 1881, ENSAIT is a fashion and technology-oriented French higher education and research institution training engineers at master level. Its research activities cover MTC (Mechanics andTextile Composites), MTP (Multifunctional Textiles and Processes) and HCD (Human Centred Design). Especially, as an active member of SFR-TSM (a research federation in Lille specialized in healthcare and drug technologies), ENSAIT has been working through various European and national projects on smart textile and multifunctional textile materials with medical applications. Some key research outcomes include personalized protective facemasks with nonwovens, intelligent wearables systems applied to online monitoring of human physical activities, fatigue status and pregnant women’s health, flexible textile light diffuser for photodynamic therapy, nanostructured biodegradable filaments by spinning to improve cell adhesion. Most of the themes proposed by TBIS2020 are consistent with the research activities of ENSAIT. With the experiences and competences acquired through the past research activities, we can effectively contribute to combatting COVID-19.

8 Welcoming Message

Professor Wei Lin Xu Vice Chairman, ISC TBIS 2020 Wuhan Textile University Vice President of China Textile Engineering Society Changjiang Scholar China

Welcome, my fellow honorable experts and scholars. First, please allow me to express my sincere gratitude to the TBIS conference group, the organization holding this meeting, for providing such a precious opportunity for us to interact with each other in this delicate time. Half a year ago, both our school and the city of Wuhan were forced to lock down our operations. Over the past few months, we have all walked through a long journey of uncertainty and uneasiness to hope and cooperation. Along the journey, many people and things have moved us, and many unforgettable experiences have been engraved in our hearts. One thing I would like to share today is that in-light-of this pandemic, we can see all types of textile materials have quickly gained the spotlight are playing a pivotal role in our battle against the virus. Take the disposable surgical masks as an example. Disposable surgical masks can effectively block the virus transmission through droplets. Disposable masks therefore have transformed to become a daily necessity. Another example that demonstrates the importance of textile materials is the use of medical personal protective equipment. They can effectively prevent the contraction of bacteria and viruses; and are of great significance in protecting our medical staff and officials working in public. Hospital use alcohol prep pad is another example; it can be used for disinfection before carrying out injection and emergency surgery. They can also be used for the cleaning and disinfecting household items and toys, etc. Moreover, during the construction of the Leishenshan and Huoshenshan temporary hospitals, the non- woven geotextile was used to block the sharp particles in the solum and protect the geomembrane. Finally, the extra-corporeal membrane oxygenation, which comprises of hollow fiber membrane, can be used to provide prolonged cardiac and respiratory support to patients who suffer from severe cardiopulmonary dysfunc- tion from contracting the virus. Thus, from the above examples, we can see the power of the modern textile technology and its strategic significance. In addition, as a participant and witness of this challenging test of pandemic, I have experienced the warmth of the people in offering their hands to each other and together, combatting the virus. In this moment, when the whole world is struggling to fight the pandemic, we have no choice but to build a global line of defense against the pandemic together with unprecedented solidarity and sturdy actions. Before I end my speech, I would like to offer my best wishes to the great success of this conference to all your good health and success. Thank you!

Welcoming Message

Professor Yi Li Chairman, ISC TBIS 2020 Professor and Chair of Textile Science and Engineering Department of Materials, School of Natural Sciences The University of Manchester Manchester, M13 9PL, UK

I am delighted to welcome you all to TBIS 2020. TBIS (Textile Bioengineering and Informatics Symposium) is a well-known international forum exploring the cross-disciplinary interfaces of materials, biology, textile science and engineering, computer science and informatics, and life sciences. This year, TBIS has a focused theme “Combating COVID-19 Pandemic with Science and Technology Innovations. The COVID-19 pandemic, which has led to devastating human cost, created huge impact on global economies and disrupted the lives of every human beings. In the Situation Report 161 on 29-June-2020, WHO reported that the COVID19 pandemic has resulted in over 10 million cases infected cases and 499,913 deaths globally in total with 178,328 new cases confirmed in 24 hours. Up-to now, no effective treatment is available. Vaccine need several months tobe developed for applications, effectiveness of which subject to imputation status of the viruses. It hasbeen predicted that COVID 19 could is likely to stay with us for a long time and the epidemic could any time and any place in the world. The only approaches that we currently have available to stop the epidemic are those of classical epidemic controls, such as wear PPEs, case isolation, contact tracing and quarantine, physical distancing and hygiene measures. In the critical challenges arising from the global COVID-19 outbreak, the textile industry plays a pivotal role in providing personal protective equipment with functional textile materials and devices and remote diagnosis and contact tracing with smart e-textile wearables for combatting coronavirus infections. TBIS 2020 is focused on fostering a discussion on the role of the textile industry in combating the COVID-19 pandemic; it covers issues ranging from personal protection and infection control, reducing social distance, to remote diagnosis, infection contact tracing to digital surveillance and epidemic management and control. We have obtained great responses for our calling for active participations and contributions from global researchers, scholars, and industrialists. Thank you all for support and contributions. In TBIS2020, we aim to explore sustainable “healthy and green” solutions for combatting the global COVID-19 pandemic and future potential pandemics with science and technological innovations. By applying and integrating the latest advances in functional materials, PPEs, biosensors, smart materials and e-fibres, e-yarns and e-fabrics, nano-microelectronics with clinical medicine, epidemiology, electronic wearable technologies, information technology and big data, we can work together to develop advanced cost-effective and practical technical solutions, as well as establish technology platforms for monitoring and controlling pandemics. I sincerely invite you to join and actively contribute your expertise and networking resources for the benefit of the world and humanity. With continuous success and enthusiastic support from authors and experts around the world, TBIS has been recognized internationally as a brand characterized by high-quality conferences with vision, creativity, excitement, and global networks. Meanwhile, TBIS proceedings have been indexed by renowned worldwide scientific and academic databases such as EI Compendex, Scopus and CPCI/ISI Web of Knowledge. Since 2008, TBIS has published 2118 research papers indexed in the CPCI/ISI Web of Science database, contributed by 338 organizations from over 30 countries/regions and supported by 288 funding agencies, thus becoming a leading academic conference organizer and publisher. TBIS has established an effective platform for academic institutions and individual scholars, researchers and students to publish their research and communicate with peers and experts in the field to receive recognition for their work and increase its impact. TBIS is a peer- reviewed conference with the aim to provide a unique global platform for researchers and industrialists working in the whole supply chain from materials, fibers, textiles and apparel and technical textiles to services such as the medicine, healthcare, fashion, sports, firefighting and security, who have the common interests in providing high-quality products and services for human populations living in various environments and exposed to various pandemics. The cross-disciplinary feature of TBIS has created a unique platform to discuss, debate and promote globalized sustainable supply chains ecosystems for textile industry from advanced materials, smart manufacturing to digitalized services in big data economy. On behalf of the organizing committee, we cordially welcome you to TBIS 2020 on-line conference and look forward to your active participation.

TBIS 2020 Organizing and International Scientific Committees

Organizing Committee

Academician Prof. Meifang Zhu Conference Chair: (China) Prof. Xianyi Zeng Co-Chairman: (France) Prof. Keqin Zhang Prof. Masayuki Takatera Prof. Pengfei Li Vice Chairmen: (China) (Japan) (China) Ms Mai Li Prof. Yaopeng Zhang Ms Marion Houyvet Secretariat: (UK) (China) (France) Prof. Francois Boussu Asso Prof. Aurelie Cayla Asso Prof. Cedric Cochrane Members: (France) (France) (France) Asso Prof. Lixia Chen Johanna Ferreira Da Silva Jin Duan

(China) (France) (China) Asso Prof. Hayriye Gidik Dr. Junyan Hu Prof. Ludovic Koehl

(France) (HongKong, China) (France) Prof. Vladan Koncar Prof. Shujun Li Dr. Xiao Liao

(France) (UK) (China) Prof. Xiaonan Luo Dorothee Mercier Dr. Senthilkannan S. Muthu

(China) (France) (Hong Kong, China) Sandrine Pesse Prof. Fabien Salaun Asso Prof. Xuyuan Tao

(France) (France) (France) Dr. Zhong Wang Prof. Ruomei Wang Prof. Xiongying Wu

(China) (China) (China) Dr. Boan Ying Ms Liyun Chen Prof. Xin Zhang

(China) (China) (China) Prof. Yaolin Zhu

(China)

International Scientific Committee

Honorary Chairman: Academician Mu Yao China

Chairman: Prof. Yi Li UK

Prof. Jiri Militky Prof. Weilin Xu Prof. Kanji Kajiwara

Vice Chairmen: (Czech Repubilc) (China) (Japan)

Prof. Seung Kook An Prof. Nicolas Blanchemain Prof. Aizheng Chen Prof. Xumei Ding Members: (Korea) (France) (China) (China)

Prof. Emiel Den Hartog Prof. Slim Hammadi Prof. Budimir Mijovic Prof. Rajesh Mishra

(USA) (France) (Croatia) (Czech Republic)

Prof. Tetsuya Sato Prof. Runjun Sun Prof. Ruomei Wang Prof. Xungai Wang

(Japan) (China) (China) (Australia)

Prof. Bing-Qing Wei Prof. Yongjin Wang Prof. Qufu Wei Dr. Lei Yao (USA) (China) (China) (Hong Kong, China)

Prof. Zijian Zheng Prof. Feng Zhou

(Hong Kong, China) (China)

11 Organizing and Supporting Institutions

Co-hosted by:

Textile Bioengineering and Informatics Society

State Key Laboratory for Modification of Chemical Fibers and Polymer Materials (SKLFPM), Donghua University

The University of Manchester

Co-organized by：

ENSAIT Xi’an Polytechnic University

SFR-TSM

Supported by:

Association of British Chinese The Textile Institute China Textile Engineering Soochow University Society Professors

Wuhan Textile University Division of Fiber Materials and Innovation Base of Advanced College of Materials Science Composite Technology, Chinese Fabrication Technology of and Engineering (CMSE, Materials Research Socie- Fiber Materials, DHU (111 DHU) ty (FMCT, CMRS) Project)

Empa Haier Shanghai Belt and Road Joint Laboratory Hangzhou Gandao Intelligent of Advanced Fiber and Low-dimension Technology Co., Ltd Materials

SGS-CSTC Standards Technical Services Wilson College of Textiles (Shanghai) Co., Ltd. Shuniu Technologies Co., Ltd

Tongji Hospital UK-China Association for Talent, Global Science Press Science and Technology Exchange

Plenary Medal Lectures - Wednesday, July 8, 2020

Topic of the Speech: Science and Technology Innovation and Sustainable Pandemic Management and Control

Academician Professor Meifang Zhu Dean, College of Materials Science and Engineering Member, Chinese academy of Science Director, State Key Laboratory for Modification of Chemical Fibers and Polymer Materials Director, Innovation Base of Advanced Fabrication Technology of Fiber Materials Director, Shanghai Belt and Road Joint Laboratory of Advanced Fiber and Low-Dimension Materials Donghua University, China

Prof. Meifang Zhu obtained her Ph.D degree on Materials Science in 1999 from Donghua University (DHU, Shanghai) with a joint study experience in Technical University of Dresden, Germany. Currently, she is the dean of the College of Materials Science and Engineering in DHU, and the director of the State Key Laboratory for Modification of Chemical Fibers and Polymer Materials. She has served as the vice-President for Chinese Materials Research Society since 2016. Prof. Zhu has long been engaged in the research of functional fibers, nanofibers and intelligent fiber materials, as well as organic /inorganic hybrid materials. She has published more than 300 SCI papers, 10 books (chapters), and authorized more than 150 Chinese Invention Patents. She has received many honors and awards in her career, including the National Innovation Competition Award (2017), First Prize of Shanghai Nature Science Award (2018), the Cheung Kong Scholars (2013), etc.

Topic of the Speech: Combatting COVID-19 Pandemic with Science and Technology Innovations

Professor Yi Li Professor and Chair of Textile Science and Engineering Chairman, TBIS Editor-in-Chief, JFBI Department of Materials, School of Natural Sciences The University of Manchester, UK

Prof. Yi Li is a full professor and chair in Textile Science and Engineering in the School of Materials, the University of Manchester. He is a Life Fellow of Royal Society of Art, Commerce and Manufacturing and International Biographical Association and Fellow of the Textile Institute, and adjunct professors of a number of universities in China and a member of several professional bodies. He is Chairman of Textile Bioengineering and Informatics Society and Editor-in-Chief of “Journal of Fiber Bioengineering and Informatics”. By securing substantial research funding and obtaining support from government funding bodies and industry, he established the Textile Bioengineering Framework. He has supervised over 50 PhD students and more than 130 research personnel. He has over 500 scientific publications, including 426 SCI/CPCI papers and peer reviewed conference papers with 11486 citations and h-index of 56 and i10-index 217 as being recognized as an international leading expert in smart functional textiles. He is selected on the listof “Highly Cited Researcher” in 2013 by THOMSON REUTERS. With over 120 invited keynote/plenary lectures in conferences, he has more than 54 awards on outstanding research papers, patent inventions and technology transfer. He owns more than 80 patents, including 46 patents granted in USA, China and Australia and 27 IP properties transferred to industry. The inventions from his team have been successfully commercialized, including “Moisture Management Tester” (sold to more than 30 countries and developed as the national testing standards in USA and China), “Fabric Touch Tester”, High performance sportswear. Nano-facemasks, Anti- Heat Stress Clothing for Construction Workers, which won many international and regional invention/ innovation awards such as grand prize and gold medal (2016, Geneva), Hong Kong Contraction Industry Council Grand prize (2015), Charted Institute of Building (CIOB) International Innovation & Research Awards (UK, 2015), and has been transferred to Hong Kong Construction Industry.

Plenary Medal Lectures - Wednesday, July 8, 2020

Topic of the Speech: Testing for COVID-19 in Patient Identification, Infection Containing, Clinical Surveillance, Pandemic Prediction and Further Prevention

Dr. Liya Ju PreciMed Platform Europe France

Dr. Liya Ju, MD, PhD, Started her research work in China in the eighties in the field of molecular and genetic biology of nasopharyngeal cancer with Pr Dausset, Nobel Price in immunology, she joined in 86 the French public research institute INSERM in Paris and obtained her PhD in immunology at the Institute Pasteur. In 94, she joined Debiopharm, a Swiss biotech company as director of the Chinese Program, as direct assistant to the President General Director for 15 years. Her tasks were the registration of European compounds for the Chinese market (oxaliplatin, decapeptyl), identification of new Chinese molecules from biotech and traditional medicine for development in Europe and US , recognition of DebioChina brand all over China, and building an academic and biotech network serving Debiopharm.

Topic of the Speech: Laboratory Testing of SARS-Cov-2 and its Clinical Significance

Dr. Na Shen Tongji Hospital Affiliated to Tongji Medical College Huazhong University of Science and Technology China

Dr. Na Shen is an assistant professor in Department of Laboratory Medicine of Tongji Hospital, affiliated to Tongji Medical College, Huazhong University of Science and Technology (HUST). Her research interests include molecular epidemiology, molecular diagnosis, and cancer genetics. Dr. Shen graduated with her Bachelor's degree from HUST in Preventive Medicine in 2009, then got her Master’s degree from Peking University in Cell Biology in 2012, and received her PhD degree from HUST in Epidemiology and Health Statistics in 2015. She has 20 publications as the first author or corresponding author, and published her work at multiple international authoritative journals including JCI insight, Molecular Carcinogenesis, and Gene. She hosted one Youth Program of National Natural Science Foundation of China (NSFC), and participated in several research projects of national and provincial level.

Plenary Medal Lectures - Wednesday, July 8, 2020

Topic of the Speech: COVID-19 Digital Technologies for Remote Diagnosis, Contact Tracing and Pandemic Control Professor Xianyi Zeng The ENSAIT Textile Institute France

Prof. Xianyi Zeng is a full professor (exceptional class) in ENSAIT Textile Engineer School, France, Director of the GEMTEX National Laboratory, and also a guest professor of Donghua University, Soochow University, Nankai University and Wuhan Textile University. In ENSAIT, he is head of the Department of Design, Distribution and Management and the Research Group for Human-Centered Design. His main research interests include artificial intelligence, digital fashion, sensory analysis, intelligent wearable systems, computerized garment design and customized production management. He has published more than 110 papers in peer-reviewed international journals and presented more than 170 papers at international conferences, and supervised more than 30 PhD students. In addition, as project coordinator, he has conducted three European projects (Asia-Link, SMDTex – European Joint Doctorate Program on Textile Sustainable Design and Management (Erasmus Mundus Program), FBD_BModel – Fashion big data and business model (H2020 Program) and a number of national and regional research projects such as PRTH (French National Research Program for Textile and Clothing), IOTFetMov (ANR Program), Camille 3D(FUI Program), SUCRE (ARCIR Program) and industrial projects in cooperation with international groups in France and Europe.

Topic of the Speech: Protection Against COVID-19 – State-of-the-Art

Professor Jiri Militky Textile Faculty Technical University of Liberec Czech Republic

Prof. Jiri Militky, Prof. MSc. PhD., EURING, FEA. Education: 1993 University professor degree in the field of textile engineering, 1982 Ph.D. degree concerning of the properties of the modified polyester fibers, 1973 Engineer degree, graduated with honor at Textile Faculty. Work experience: 2013 - 2016 Head of Department of Material Engineering, 2009 – 2012 Vice dean for foreign affairs, 2003-2008 Dean of Textile Faculty, 2000 - 2002 Vice rector for science and foreign affairs at TU Liberec, 1994 - 1999 Dean of Textile Faculty, 1991- 1993 Vice rector for foreign affairs at TU Liberec, 1991 – 2012 head of Department of textile materials, 1976 - 1989 Research Institute of Textile Finishing, head of scientific development dept., 1973- 1976 State Textile Research Institute Liberec – research worker. Specialization: Research in the field of modeling of properties of fibers and textile structures. Research in the area of textile material engineering, metrology, and applied statistics.

Plenary Medal Lectures - Wednesday, July 8, 2020

Topic of the Speech: Protective Properties and Comfort of Community-Masks

Dr. Simon Annaheim Scientific Group leader "Body-Materials-Interaction" group Empa, Swiss Federal Laboratories for Materials Science and Technology Switzerland

Dr. Simon Annaheim completed his PhD in human movement sciences at ETH Zurich in 2009. He joined the Federal Laboratories for Materials Science and Technology (Empa) in 2011 to investigate local pressure impacts and wearing comfort of backpacks. Simon Annaheim became a scientific group leader of the Materials -Body-Interaction group in 2013. The research group investigates thermal and mechanical interactions of the human body with materials (textiles and carriage systems) and its environment employing sensing, modelling and the combination thereof and provides critical inputs for smart clothing developments. Simon Annaheim published more than 60 papers in peer-reviewed scientific journals is involved in the acquisition and management of research and applied research projects in collaboration with partners from academia, clinics and industry as a principal investigator as well as a project partner.

Topic of the Speech: The Science of Antibacterial-antiviral Materials for Personal Protection and Infection Control

Professor Weilin Xu Director of the State Key Lab for New Textile Materials and Advanced Technology, Ministry of Science and Technology Vice President of China Textile Engineering Society Wuhan Textile University, China

Prof. Weilin Xu is a professor of Textiles Science and Engineering at the Wuhan Textile University. His research interests include textile materials, textile processing technology, dyeing and finishing, biomedical textiles and natural fiber materials. He hosted more than 20 research projects such as Major StateBasic Research Development Program, the National Natural Science Fund of China, and the Supporting Projects of China et al. The main achievements include 2 edited books, 104 SCI journal papers in ACS Nano, ACS Applied Materials Interface, Polymers et al., and 55 approved patents. Prof. Xu has won more than 20 research awards and honors, including the 1st Class National Award for Progress in Science & Technology, the 2nd National Award for Technological Invention, Distinguished Achievement Award in Fiber Science, Most Outstanding Contribution Award of Hubei Province, Prize for Scientific and Technological Innovation of HO LEUNG HO LEE FOUNDATION, and the 2011 China Textile Academy Award and so on.

Plenary Medal Lectures - Wednesday, July 8, 2020

Topic of the Speech: Testing Methods and Standards for PPEs

Dr. Mary Bao Technical Manager Global Softlines Development Office Textiles and Footwear Service in Consumer and Retail SGS-CSTC Standards Technical Services (Shanghai) Co., Ltd.

Dr. Mary Bao has more than 20 years of industry pertinent practical experiences and is proficient in the requirements of laws and regulations in several countries for epidemic-prevention products including protective clothing and mask. Mary has been engaged in the testing, training and certification of epidemic- prevention products for many years.

Topic of the Speech: Towards a Safe Hospital in Which all its Textiles will be Antibacterial and Antiviral

Professor Aharon Gedanken Department of Chemistry Bar-Ilan University Israel

Prof. Aharon Gedanken obtained his Ph. D. degree from Tel Aviv University, Israel. After his postdoctoral research at USC in Los Angeles, he got a lecturer position at BIU on Oct. 1975. He spent two sabbatical years at AT&T Bell Laboratories in 1980-8l, and 1987-88 as well as a summer in 1984. In 1994 he switched his research interest from Spectroscopy to Nanotechnology. His special synthetic methods of nanomaterials include: Sonochemistry, Microwave Superheating, Sonoelectrochemistry, and Reactions under Autogenic Pressure at Elevated Temperatures (RAPET). Since 2004 he is mostly focused on the applications of nanomaterials. Gedanken has published 850 per-reviewed manuscripts in international journals, and has applied for 38 Patents. His H-Index is 95 according to the WEB of SCIENCE. Gedanken has served as the Department Chairman as well as the Dean of the Faculty of Exact Sciences at Bar-Ilan University. He is on the editorial boards of 6 international journals. He still leads a group of 11 research people. He was a partner in 13e EC (European Community) projects in FP5, FP6, FP7, and Horizon. He was the Israeli representative to the NMP (Nano, Materials, and Processes) committee of EC in FP7. He was awarded the prize of the Israel Vacuum Society in 2009 and the Israel Chemical Society for excellence in Research in Feb. 2013.

Plenary Medal Lectures - Thursday, July 9, 2020

Topic of the Speech: How to Build Shanghai Fortress in the Late Pandemic Era

Professor Tongyu Zhu Shanghai Public Health Clinical Center China

Prof. Tongyu Zhu, Member of the National Committee of CPPCC. Vice chairman, the Shanghai Municipal Committee of the NLD. Vice President, China Democratic League Central Committee. Vice President, Shanghai Hospital Development Center. Vice President, Zhongshan Hospital of Fudan University. President, Shanghai Public Health Clinical Center. Professor, Chief physician, Department of Urology. Director, Shanghai Key Laboratory of Organ Transplantation. Director, Shanghai Institute of Phage.

Topic of the Speech: Mathematical Modelling of Infectious Disease: Myth or Reality?

Dr. Béchir Ben Hadj Yahia Senior Medical Leader Roche France

Dr. Béchir Ben Hadj Yahia, MD, PhD, is a Senior Medical Leader at Roche. Before joining Pharma, he served as Assistant Professor & Attending Physician at Lille University, Lille University Hospital & Pasteur Institute, where he lectured Methods and concepts in the fields of Epidemiology, Health economics & Prevention; conducted research activities evaluating the epidemiological impact and cost-effectiveness of cervical cancer screening and HPV vaccination (with modelling approaches); and advised several French Health Authorities (Health Ministry, National Cancer Institute, etc.) on vaccination & screening programs implementation and assessment.Dr. Béchir Ben Hadj Yahia underwent his medical school at Paris Sorbonne University and completed residency program at Lille University. He also earned a B.S. in Public Health (Paris 11 University), M.S. in Biomathematics (Paris 6 University), and PhD in Epidemiology, Health Economics and Prevention (Lille University). He holds a M.S. in Marketing and Management of Health Firms (IAE School of Management).

Plenary Medal Lectures - Thursday, July 9, 2020

Topic of the Speech: Covid 19, Mathematical Modeling and Some Elemental Discussion

Professor Zongmin Wu School of Mathematics Fudan University China

Prof. Zongmin Wu Born 25 Jun 1957 Shanghai China; B.S. Mathematics, Fudan University, China 1982; Ph.D. Mathematics, Gottingen University, Germany 1986; 1987-Lecturer. Asso. Prof., Prof., Distinguished Prof., Dean of the Department of Mathematics Fudan University China. Vice President Chinese Mathematical Society 2004 -2012; Vice President Chinese Society for Industry and Applied Mathematics. 2013-. Research interest: Approximation Theory, Scattered Data Approximation, Numerical Solution of PDE, Statistical Learning.

Topic of the Speech: Using Blockchain Technology to Improve Communicable Disease Early Surveillance System

Aris Huang Senior Software Architect Hangzhou Gandao Intelligent Technology Co., Ltd China

Aris Huang, Senior System Architect, Blockchain Industry Solution Expert, Columnist of "WHOSHIPM", Blockchain Expert of International informatization and industrialisation Research Institute of Beijing , Guest Researcher of International Economics and Management Research Institute of XIHUA University of china, Blockchain consultant of SINOWAY CREDIT, Core team member of "Non-Bank Financial Business Credit Technology Path Research" (2019) of Baihang Credit, CRM system expert of AsiaInfo Technology (China) Co., Ltd., has participated in more than 20 domestic and foreign large-scale telecommunications and blockchain industry application projects. Mainly studies the application and scheme design of blockchain technology in the physical industry, and has carried out the system scheme design of multiple application projects in the field of industrial Internet and finance.

Plenary Medal Lectures - Thursday, July 9, 2020

Topic of the Speech: Reconfigurable Exoskeleton for Effective Rehabilitation Treatment in Residential Settings

Professor Shane Xie Chair in Robotics and Autonomous Systems University of Leeds UK

Prof. Shane Xie, Ph.D., FIPENZ, is the Chair of Robotics and Autonomous Systems and Director of the Rehabilitation Robotics Lab at the University of Leeds, and he was the Director of the Rehabilitation and Medical Robotics Centre at the University of Auckland, New Zealand (NZ, 2002-2016). He has more than 28 years of research experience in rehabilitation robotics and exoskeletons. He has published more than 400 refereed papers and 8 books in rehabilitation exoskeleton design and control, neuromuscular modelling, and advanced human-robot interaction. He has supervised more than 15 postdocs, 62 PhDs and 80 MEs in his team with funding of more than £27M from five countries since 2003. His team has invented three award- winning rehabilitation exoskeletons (CARR, HuREx and SoftWrist). He is an expert in control of exoskeletons, i.e. impedance control, adaptive control, sliding mode control, and iterative learning control for the world- renowned Rex Bionics exoskeleton. He has received many distinguished awards including the New Zealand Science Challenge Award, the David Bensted Fellowship Award, and the AMP Invention Award. He is a Fellow of the Institute of Professional Engineers of New Zealand and the Technical Editor for IEEE/ASME Transaction on Mechatronics.

Topic of the Speech: The Opportunity for More Human-computer Conversations (Using Chatbots) During Social Distancing in a Pandemic

Dr. Raymond Bond Reader in Data Analytics Ulster University

Dr. Raymond Bond has research interests within biomedical and healthcare informatics, which is the application of digital technology in healthcare (otherwise known as digital health). Raymond's work involves the application of data science and human-computer interaction to healthcare. His work has involved health data analytics as well as the modelling, processing and visualisation of medical data to enhance clinical decision-making including the creation of decision support systems. He also has research interests in computerised simulation-based training in healthcare, usability engineering for medical devices, eye-gaze analytics in decision science, and is also involved in developing digital health interventions in the form of apps and chatbots. Raymond has around 280 research publications and has been a grant holder on research projects funded by EPSRC, ESRC, MRC, HSC, H2020, FP7, Interreg, Northern Periphery and Arctic programme, Samaritans Ireland, Innovate UK, Higher Education Academy, and the Royal Irish Academy. He recently chaired the 32nd International BCS Human-Computer Interaction conference.

Plenary Medal Lectures - Thursday, July 9, 2020

Topic of the Speech: Emotion-aware Wearable Computing in the Battle Against the Impact of COVID-19 on Mental Health

Professor Min Chen Huazhong University of Science and Technology China

Prof. Min Chen is a full professor in School of Computer Science and Technology at Huazhong University of Science and Technology (HUST) since Feb. 2012. He is the director of Embedded and Pervasive Computing (EPIC) Lab at HUST. He is Chair of IEEE Computer Society (CS) Special Technical Communities (STC) on Big Data. He was an assistant professor in School of Computer Science and Engineering at Seoul National University (SNU). He has 300+ publications, including 200+ SCI papers, 100+ IEEE Trans./Journal papers, 32 ESI highly cited papers and 10 ESI hot papers. His Google Scholar Citations reached 21,500+ with an h-index of 73. His top paper was cited 2600+ times. He was selected as Highly Cited Research since 2018. He got IEEE Communications Society Fred W. Ellersick Prize in 2017, and the IEEE Jack Neubauer Memorial Award in 2019. His research focuses on cognitive computing, 5G Networks, embedded computing, wearable computing, big data analytics, robotics, machine learning, deep learning, emotion detection, IoT sensing, and mobile edge computing, etc.

Topic of the Speech: Product Safety and sustainable production of PPE

James Shi Jian Customer Service – Senior Supervisor TESTEX (Shanghai) Textile Testing Co., Ltd. China

James Shi Jian is the Technical Supervisor of TESTEX (Shanghai) Textile Testing Co., Ltd. His expertise lies in sustainable solutions for textiles and chemicals value chain. James has over a decade experience in testing and certification industry and background in chemical industry as well. He holds master degree in Applied Chemistry of Donghua University. TESTEX is an independent Swiss testing and certification organization focusing on textile industry since 1846. As the official representative of OEKO-TEX® Association, TESTEX has provided service for over 3,000 companies along textile supply chain and over 100 chemical companies in China. With the various cases handled, James is deeply involved in the technical implementation and support of sustainability solutions for brands and manufacturers.

Plenary Medal Lectures - Thursday, July 9, 2020

Topic of the Speech: Lockdown Urbanism and Health-related Quality of Life of COVID-19 Survivors

Dr. Jianquan Cheng Reader of Urban Studies deputy director of MMU Crime and Well-being Big Data Centre Manchester Metropolitan University UK

Dr. Jianquan Cheng works at Department of Natural Sciences, Faculty of Science and Engineering, Manchester Metropolitan University (MMU). Jianquan is a Reader in Urban Studies who studied and worked in China, Netherlands and Ireland before joining Manchester Metropolitan University in 2006. Jianquan is also a deputy director of MMU Crime and Wellbeing Big Data Centre at which he is particularly in charge of urban analytics, healthy city and China’s urban studies. Jianquan’s main research interests include spatial accessibility, geographical mobility, China’s urbanization and healthy city. Recently he is exploring the roles of various technologies for supporting data-driven and evidence-based planning and governance of healthy city, including video analytics and VR/AR. Jianquan has experienced lockdown in both Wuhan and Manchester cities so he has conducted comparative studies on impacts of COVID19 in both countries. His previous roles include Associate Professor, Wuhan University, China (2000-2006).

Topic of the Speech: COVID-19 Personal Protective Equipment Sterilization System

Professor Uwe Reischl Boise State University USA

Prof. Uwe Reischl is a Professor in the Department of Community and Environmental Health at Boise State University, USA. Dr. Reischl is a public health physician with research interests in occupational health, ergonomics and human factors. He received his undergraduate and graduate training at the University of California at Berkeley obtaining the Ph.D. degree in Environmental Health Sciences from the School of Public Health. He received his medical training at the University of Ulm in Germany where he obtained the M.D/ Ph.D. degrees in clinical medicine. Professor Reischl’s current international research collaborations include projects with the University of Zagreb, Croatia, Hong Kong University of Science and Technology, and Soochow University, China.

Plenary Medal Lectures - Thursday, July 9, 2020

Topic of the Speech: COVID-19 and U.S. Supply Chain Issues

Professor A. Blanton Godfrey Joseph D. Moore Distinguished University Professor & Former Dean Wilson College of Textiles North Carolina State University Raleigh, North Carolina, USA

Prof. A. Blanton Godfrey is the Joseph D. Moore Distinguished University Professor of Textile and Apparel, Technology and Management in the Wilson College of Textiles. He is a Fellow of the American Statistical Association, the American Society of Quality, the World Academy of Productivity Sciences, the Royal Society of Arts, Manufactures and Commerce and an elected member of the New York Academy of Science. Professor Godfrey is the recipient of the C. Jackson Grayson Distinguished Quality Pioneer Medal, the Feigenbaum Lifetime Achievement Medal, and is an Honorary Member of the American Society for Quality. He has a B.S. in Physics from Virginia Tech and an M.S. and Ph.D. in Mathematical Statistics from Florida State University. He is the co-author of eight books and over 30 book chapters and has published over 200 papers. Prior to joining NC State University as Dean of the College of Textiles, Dr. Godfrey was Chairman and CEO of Juran Institute, a quality management consulting company working in over 60 countries. He joined Juran Institute after fourteen years at Bell Telephone Laboratories where he was Head of the Quality Theory and Technology Department. He taught graduate courses at Columbia University for nineteen years as an adjunct professor in Industrial Engineering and Operations Research and was a visiting lecturer in clinical quality at Harvard University for four summer courses. In 1987 he co-founded the National Demonstration Project for Quality Improvement in Healthcare that later became the Institute for Healthcare Improvement, an organization that he has been associated with for over 30 years serving as a member and as chair of the board.

Topic of the Speech: COVID-19 and U.S. Supply Chain Issues Dr. Shaghaeygh Rezaei Arangdad Research Assistant Professor Wilson College of Textiles North Carolina State University Raleigh, North Carolina USA

Dr. Shaghayegh Arangdad received her Ph.D. in Textile Technology Management from the Wilson College of Textiles at North Carolina State University. As a post-doc she focused much of her research in dynamic interactive data visualization and utilization in support of research grants with the U.S. Department of Health and Human Services with the University of North Carolina-Chapel Hill Gillings School of Global Public Health and a private foundation grant with the UNC-CH WHO Coordinating Center focused on maternal and child health. This work is in direct support of the United Nations Sustainable Development Goal 3 and UNICEF. Dr. Arangdad has acquired knowledge and extensive experience during years of education and research in the field of textiles, sustainability, data science, and quality improvement in healthcare. She leads the joint development of the Dynamic Interactive Data Visualization & Utilization Lab for UNC-CH and North Carolina State University. She also has an M.Sc. in Textile Management from the Science & Research University in Tehran, Iran and a B.Sc. in Industrial Management from the College of Management in Tehran University. She has published papers in medical textiles, statistics and data science, and apparel and textile sustainability and consumer behavior. Dr. Arangdad has also supported over 300 graduate students in Lean Six Sigma courses and projects and over 300 undergraduate students in textile and apparel entrepreneurship and new product development.

Medal Lecture – Friday, July 10, 2020

Topic of the Speech: Face Mask and Textile

Assoc. Prof. Dana Kremenakova Dept. of Material Engineering Faculty of Textile Engineering, Technical University of Liberec Czech Republic

Assoc. Prof. Dana Kremenakova Research in the field of thermal transport properties and barrier properties of fibrous structures. Development of special metrology, application of image analysis. Prediction of geometrical and mechanical properties of fibrous assemblies. Modeling of textile structures in line fiber – yarn – fabrics. Prediction of thermal comfort. Optical and mechanical properties of side emitting polymeric optical fibers and their application in textile structures. Special properties of metalized lightweight nonwovens. Teaching subjects：Experimental Data Analysis, Metrology and quality evaluation, Textile Testing, Computer Aided Textile Design, Experimental Analysis of Yarn Structure, Cotton spinning, Wool spinning.

Topic of the Speech: Living Silk-Based Hydrogels with Microalgae for Environmental Applications

Professor Xiaoqin Wang Soochow University China

Prof. Xiaoqin Wang obtained his Bachelor’s degree on Microbiology in Shandong University in 1991, Master’s degree on Molecular Biology in Peking Union Medical College in 1997, PhD’s degree on biochemistry in the University of Groningen, the Netherlands, in 1998, and postdoc training in Prof. David Kaplan’s lab on biomedical engineering at Tufts University, the US, during 2005-2009. Prof. Wang was appointed as a research assistant professor of Tufts University in 2011, a distinguished professor of Soochow University in 2012. Prof. Wang has published over 60 peer-reviewed articles and more than 30 US and Chinese patents, mainly on silk biomaterials for tissue engineering and drug delivery. Prof. Wang is also actively engaged inthe commercialization of research results. He is the co-founder of biotech companies, Ekteino Laboratory and Cocoon Biotech Inc., in the US, and is also the founder and president of Simatech Inc., a Chinese startup company located in Suzhou.

24 Medal Lecture – Friday, July 10, 2020

Topic of the Speech: Relationship between Hand of Dress Shirt Fabrics and Price Evaluation by Experts

Dr. KyoungOk Kim Faculty of Textile Science and Technology Shinshu University Japan

Dr. KyoungOk Kim is an Associate Professor in Department of Advanced Textile and Kansei Engineering, Faculty of Textile Science and Technology, Shinshu University and Division of Fashion and Smart textile, Institute for Fiber Engineering (IFES), Interdisciplinary Cluster for Cutting Edge Research (ICCER), Shinshu University, Japan. She received her Ph.D. from Shinshu University in Textile Engineering.

Her research interests are clothing engineering, textile engineering, and kansei engineering for both apparel and textile fields.

Topic of the Speech: Melt Electrospun Fibrous Architectures of Different Geometries

Professor Budimir Mijovic University of Zagreb Croatia

Prof. Budimir Mijovic is employed as a full time professor and researcher at the Department of Basic Natural and Technical Sciences, Laboratory of Nanotechnology, at the University of Zagreb, Faculty of Textile Technology, Zagreb, Croatia. He finished his PhD degree in the field of biomaterials and bioengineering at the Faculty of Mechanical Engineering and Naval Engineering, University of Zagreb. After his PhD his research was focused on the mechanics of blood vessels and biorheology. His scientific area of interest is nanofibers production via electrospinning and their application in the field of: soft tissue cells culture for potential tissue regeneration, thermally insulating materials, UV-protective materials etc. His future focus will be on the realization of a project proposal funded by the Croatian Science Foundation concerning the development of a custom tailored scaffold prototype for skin and ocular tissue growth.

25 TBIS 2020 Timetable (July 7 - 10) TBIS Special Focused Theme: Combatting COVID-19 Pandemic with Science and Technology Innovations

Agenda/Venue Time Event/Session Session Chair July 7, 2020 (Tuesday) Registration 08:00-11:00 (UK, GMT+1) Enrolment and System Testing TBIS Team Virtual room A 15:00-18:00 (PRC, Beijing) July 8, 2020 (Wednesday) 07:30-08:00 (UK, GMT+1) Virtual room A Enrolment-Zoom link available TBIS Team 14:30-15:00 (PRC, Beijing) 08:00-08:30 (UK, GMT+1) Open Ceremony Opening Ceremony TBIS Chief Secretary 15:00 15:30 (PRC, Beijing) COVID-19 Diagnosis: Infection Testing and Illness Diagnosis Plenary Medal Lecture 1: Academician Professor Meifang Zhu (China) 08:30-09:00 (UK, GMT+1) Science and Technology Innovation and Sustainable Pandemic 15:30-16:00 (PRC, Beijing) Management and Control 09:00-09:30 (UK, GMT+1) Plenary Medal Lecture 2: Professor Henry Yi Li (UK) Combatting COVID-19 Pandemic with Science and Technology Plenary Session 16:00-16:30 (PRC, Beijing) Innovations Virtual Room A Plenary Medal Lecture 3: Dr. Liya Ju (France) Prof. Henry Yi Li 09:30-10:00 (UK, GMT+1) Testing for COVID-19 in Patient Identification, Infection Containing, (UK) 16:30-17:00 (PRC, Beijing) Clinical Surveillance, Pandemic Prediction and Further Prevention 10:00-10:30 (UK, GMT+1) Plenary Medal Lecture 4: Dr. Na Shen (China) 17:00-17:30 (PRC, Beijing) Laboratory Testing of SARS-Cov-2 and its Clinical Significance Plenary Medal Lecture 5: Professor Xianyi Zeng (France) 10:30-11:00 (UK, GMT+1) COVID-19 Digital Technologies for Remote Diagnosis, Contact Tracing 17:30-18:00 (PRC, Beijing) and Pandemic Control COVID-19 Protection: Personal Protection and Infection Control 11:00-11:30 (UK, GMT+1) Plenary Medal Lecture 6: Professor Jiri Militky (Czech Republic) 18:00-18:30 (PRC, Beijing) Protection Against COVID-19 – State-of-the-Art 11:30-12:00 (UK, GMT+1) Plenary Medal Lecture 7: Dr. Simon Annaheim (Switzerland) 18:30-19:00 (PRC, Beijing) Protective Properties and Comfort of Community-Masks Plenary Session Plenary Medal Lecture 8: Professor Weilin Xu (China) 12:00-12:30 (UK, GMT+1) Academician The Science of Antibacterial-antiviral Materials for Personal Protection 19:00-19:30 (PRC, Beijing) Prof. Meifang Zhu Virtual Room A and Infection Control (China) 12:30-13:00 (UK, GMT+1) Plenary Medal Lecture 9: Dr. Mary Bao (China) 19:30-20:00 (PRC, Beijing) Testing Methods and Testing Standards for PPEs Plenary Medal Lecture 10: Professor Aharon Gedanken (Israel) 13:00-13:30 (UK, GMT+1) Towards a Safe Hospital in Which all its Textiles will be Antibacterial 20:00-20:30 (PRC, Beijing) and Antiviral July 9, 2020 (Thursday) COVID-19 Control: Outbreak Surveinllance and Pandemic Control 07:30-08:00 (UK, GMT+1) Plenary Medal Lecture 11: Professor Tongyu Zhu (China) 14:30-15:00 (PRC, Beijing) How to Build Shanghai Fortress in the late pandemic Era 08:00-08:30 (UK, GMT+1) Plenary Medal Lecture 12: Dr. Béchir Ben Hadj Yahia (France) 15:00-15:30 (PRC, Beijing) Mathematical Modelling of Infectious Disease: Myth or Reality?

08:30-09:00 (UK, GMT+1) Plenary Medal Lecture 13: Professor Zongmin Wu (China) 15:30-16:00 (PRC, Beijing) Covid 19, Mathematical Modeling and Some Elemental Discussion Plenary Session Plenary Medal Lecture 14: Aris Huang (China) Prof. Xianyi Zeng 09:00-09:30 (UK, GMT+1) Virtual Room A Using Blockchain Technology to Improve Communicable Disease Early (France) 16:00-16:30 (PRC, Beijing) Surveillance System Plenary Medal Lecture 15: Professor Shane Xie (UK) 09:30-10:00 (UK, GMT+1) Reconfigurable Exoskeleton for Effective Rehabilitation Treatment in 16:30-17:00 (PRC, Beijing) Residential Settings Plenary Medal Lecture 16: Dr. Raymond Bond (UK) 10:00-10:30 (UK, GMT+1) The Opportunity for More Human-computer Conversations (Using 17:00-17:30 (PRC, Beijing) Chatbots) During Social Distancing in a Pandemic

26 TBIS 2020 Timetable (July 7 - 10) TBIS Special Focused Theme: Combatting COVID-19 Pandemic with Science and Technology Innovations

Agenda/Venue Time Event/Session Session Chair July 9, 2020 (Thurdsay) COVID-19 Sustainability: Sustianable Pandemic Control Plenary Medal Lecture 17: Professor Min Chen (China) 10:30-11:00 (UK, GMT+1) Emotion-aware Wearable Computing in the Battle Against the Impact of 17:30-18:00 (PRC, Beijing) COVID-19 on Mental Health 11:00-11:30 (UK, GMT+1) Plenary Medal Lecture 18: James Shi Jian (China) 18:00-18:30 (PRC, Beijing) Product Safety and Sustainable Production of PPE Plenary Session Plenary Medal Lecture 19: Dr. Jianquan Cheng (UK) 11:30-12:00 (UK, GMT+1) Lockdown Urbanism and Health-related Quality of Life of COVID-19 Prof. Jiri Militky 18:30-19:00 (PRC, Beijing) Virtual Room A Survivors (Czech)

12:00-12:30 (UK, GMT+1) Plenary Medal Lecture 20: Professor Uwe Reischl (USA) 19:00-19:30 (PRC, Beijing) COVID-19 Personal Protective Equipment Sterilization System

Plenary Medal Lecture 21: Professor A. Blanton Godfrey (USA), Dr. 12:30-13:00 (UK, GMT+1) Shaghaeygh Rezaei Arangdad (USA) 19:30-20:00 (PRC, Beijing) COVID-19 and U.S. Supply Chain Issues July 10, 2020 (Friday) Regular Topics Dr. Mohanapriya 08:00-08:30 (UK, GMT+1) Medal lecture 1: Assoc. Professor Dana Křemenáková (Czech) Venkataraman Session 1 15:00-15:30 (PRC, Beijing) Face Masks and Textiles – Reasons for Concern (Czech Republic)

Virtual Room A 08:30-12:15 (UK, GMT+1) Assoc. Prof. Dana Part 2: Oral presentation from authors 15:30-19:15 (PRC, Beijing) Křemenáková (Czech ) Medal Lecture 2: Professor Xiaoqin Wang (China) 08:00-08:30 (UK, GMT+1) Living Silk-Based Hydrogels with Microalgae for Environmental 15:00-15:30 (PRC, Beijing) Applications Medal Lecture 3: Dr. KyoungOk Kim (Japan) Prof. Budimir 08:30-09:00 (UK, GMT+1) Relationship Between Hand of Dress Shirt Fabrics and Price Evaluation Mijovic Session 2 15:30-16:00 (PRC, Beijing) by Experts (Croatia) Medal Lecture 4: Professor Budimir Mijovic (Croatia) Virtual Room B 11:15-11:45 (UK, GMT+1) Medal Lecture: Melt Electrospun Fibrous Architectures of Different Prof. Xiaoqin Wang 18:15-18:45 (PRC, Beijing) Geometries (China) 09:00-13:00 (UK, GMT+1) Part 2: Oral presentation from authors 16:00-20:00 (PRC, Beijing)

Covid-19 International Research and Innovation Collaboration Forum (Closed, by invitations only) Agenda: 1. Introduction 2. Needs of multidisciplanery collaborations 3. Needs of cross industries collaborattions Academician Session 3 4. Needs of international collaborations Prof. Meifang Zhu 5. Exisiting international collaboration platforms (China) Roundtable 08:30-12:30 (UK, GMT+1) 6. Needs to establish technical solutions oriented specialized discussion 15:30-19:30 (PRC, Beijing) international cross-disciplanery collaboration platform (CP) Prof. Yi Li 7. Title, vision and mission of the international collaboration platform (UK) Virtual Room C 8. Management and operational mechansims of the CP 9. Funding and fianancial sources of the CP 10. Agreement and/or MoU of the CP

27 TBIS 2020 Timetable (July 7 - 10) TBIS Special Focused Theme: Combatting COVID-19 Pandemic with Science and Technology Innovations

Agenda/Venue Time Event/Session Session Chair July 10, 2020 (Friday) Session A -TBIS 2020 Focused Theme on COVID-19 Pandemic Medal Lecture: 08:00-08:30 (UK, GMT+1) Face Masks and Textiles – Reasons for Concern 15:00-15:30 (PRC, Beijing) Assoc. Prof. Dana Křemenáková (Czech) Contaminations and Protective Performances of Personal Protective 08:30-08:45 (UK, GMT+1) Clothing in Atomized Droplets Contamination Simulation 15:30-15:45 (PRC, Beijing) Dr. Yueping Guo (Hong Kong ,China) A Novel Model of Heat and Moisture Transfer in Human-chemical 08:45-09:00 (UK, GMT+1) Protective Clothing-environment 15:45-16:00 (PRC, Beijing) Zhan-Keng Zhang, Feng-Zhi Li, Xiao-Qun Dai, Hong-Qin Dai (China)

09:00-9:15 (UK, GMT+1) Advanced Smart Material Based Nanosensors for Viral Detections 16:00-16:15 (PRC, Beijing) Muhammad Umar, Hafiza Hifza, Iqra Nawaz, Yi Li (UK) Cloud-based Pandemic Surveillance and Monitoring System with Dr. Mohanapriya 09:15-09:30 (UK, GMT+1) E-textile Wearables Venkataraman 16:15-16:30 (PRC, Beijing) Max Cao, Yi Li (UK) (Czech Republic) Research on Standard Analysis and Test Performance of Protective 09:30-09:45 (UK, GMT+1) Masks 16:30-16:45 (PRC, Beijing) Hai-Tao Wang (China) Presentation from Technical University of Liberec Group, Czech Republic 09:45-10:00 (UK, GMT+1) Disinfection Mechanisms of UV Light and Ozonization 16:45-17:00 (PRC, Beijing) Yuanfeng Wang (Czech) 10:00-10:15 (UK, GMT+1) Characterization, Indication and Passivation of SARS-CoV-2 17:00-17:15 (PRC, Beijing) Sajid Faheem (Czech)

10:15-10:30 (UK, GMT+1) Enhanced Disinfection of Titanium Dixode 17:15-17:30 (PRC, Beijing) Session A Muhammad Zaman Khan (Czech) Virtual Room A 10:30-10:45 (UK, GMT+1) Copper based Viral Inhibition 17:30-17:45 (PRC, Beijing) Azam Ali (Czech)

10:45-11:00 (UK, GMT+1) Kinetic Model for Disinfection by using Photo Oxidation 17:45-18:00 (PRC, Beijing) Qingyan Peng(Czech)

11:00-11:15 (UK, GMT+1) Eradicating Spread of Virus by Using Activated Carbon 18:00-18:15 (PRC, Beijing) Daniel Karthik (Czech)

11:15-11:30 (UK, GMT+1) Copper Coated Textiles for Inhibition of Virus Spread 18:15-18:30 (PRC, Beijing) Shi Hu (Czech)

11:30-11:45 (UK, GMT+1) Antiviral Finishes for Protection Against SARS-CoV-2 Assoc. prof. Dana Křemenáková 18:30-18:45 (PRC, Beijing) Divan Coetzee (Czech) (Czech Republic) 11:45-12:00 (UK, GMT+1) Influence of UV Light and Ozonization on Microbes State 18:45-19:00 (PRC, Beijing) Xiaodong Tan, Michal Martinka (Czech)

12:00-12:15 (UK, GMT+1) Eradicating Spread of Virus by Photo-catalysis Process 19:00-19:15 (PRC, Beijing) Aamir Mahmood (Czech)

12:15-12:30 (UK, GMT+1) Virology of SARS-CoV-2 19:15-19:30 (PRC, Beijing) Dan Wang (Czech)

12:30-12:45 (UK, GMT+1) 19:30-19:45 (PRC, Beijing) Discussion

28 TBIS 2020 Timetable (July 7 - 10) TBIS Special Focused Theme: Combatting COVID-19 Pandemic with Science and Technology Innovations

Agenda/Venue Time Event/Session Session Chair July 10, 2020 (Friday) Session B -TBIS Regular Topics Medal Lecture: Living Silk-Based Hydrogels with Microalgae for 08:00-08:30 (UK, GMT+1) Environmental Applications 15:00-15:30 (PRC, Beijing) Prof. Xiaoqin Wang (China) Medal Lecture: Relationship Between Hand of Dress Shirt Fabrics and 08:30-09:00 (UK, GMT+1) Price Evaluation by Experts 15:30-16:00 (PRC, Beijing) Dr. KyoungOk Kim (Japan) Estimation of Yarn Coefficient of Mass Variation Utilizing Artificial 09:00-09:15 (UK, GMT+1) Intelligence Techniques 16:00-16:15 (PRC, Beijing) Adel El-Geiheini, Sherien ElKateb, Manal R. Abdel-hamied Factors Influencing Moisture Absorption Characteristics of Cotton Terry 09:15-09:30 (UK, GMT+1) Prof. Budimir Fabrics 16:15-16:30 (PRC, Beijing) Mijovic Nashwa Agamia, Wael Hashima, Sherwet ELGholmy, Adel Elgeiheini (Croatia) Effect of Different Parameters of Fabric Embroidered Circuit on Electrical 09:30-09:45 (UK, GMT+1) Conductivity 16:30-16:45 (PRC, Beijing) Noha Bondok, Wael Hashima, Sherwet ELGholmy, Adel ELgeiheini Effect of Ease on Thermal Insulation of Men's Pajamas With A Knitted 10:45-11:00 (UK, GMT+1) Fabric Made of New Cotton Non-twisted Hollow Yarn 17:45-18:00 (PRC, Beijing) Toko Manabe, KyoungOk Kim, Masayuki Takatera, Kyosuke Kanda, Masatoshi Kawakami, Nagisa Hirata An Anthropometric Research on Universal Fashion Design for 11:00-11:15 (UK, GMT+1) Wheelchair Users’ Tops 18:00-18:15 (PRC, Beijing) Session B Jing Guo, Qi Wang, Li-Min Shi, Jin-Hui Ren Virtual Room B Medal Lecture: Melt Electrospun Fibrous Architectures of Different 11:15-11:45 (UK, GMT+1) Geometries 18:15-18:45 (PRC, Beijing) Prof. Budimir Mijovic (Croatia) An Exploratory Study of Perceived Cost of New Technology in the 11:45-12:00 (UK, GMT+1) Context of Chinese Textile and Apparel Firm Managers 18:45-19:00 (PRC, Beijing) Bao-lu Wang, Jung Ha-Brookshire Study on the Elements of “Xi Lan Ka Pu” Pattern ---Taking the Color 12:00-12:15 (UK, GMT+1) Application Characteristics as an Example I 19:00-19:15 (PRC, Beijing) Zhao Li, Sone Simatrang, Veerawat Sirivesmas, Jirawat Vongphantuset 12:15-12:30 (UK, GMT+1) Barrier-free Design of Shoes for Lower Limb Disabled Prof. Xiaoqin Wang 19:15-19:30 (PRC, Beijing) Piao-Piao Liu, Hai-Qiao Huang (China)

12:30-12:45 (UK, GMT+1) Knitwear Design by Using Optical Illusion Pattern 19:30-19:45 (PRC, Beijing) Shi-Yu Liu, Guo-Xiang Yuan The Role of Sustainable Design, Manufacturing and Materials in Fashion 12:45-13:00 (UK, GMT+1) Industry 19:45-20:00 (PRC, Beijing) Yan-Shan Xie, Mei-Qun Na, Jun-Yi Xu1, Guo-Xiang Yuan Feasibility Study to Apply Bacterial Cellulose Produced by Kombucha 13:00-13:15 (UK, GMT+1) Fermentation for Electrospun Microfiltration Membrane 20:00-20:15 (PRC, Beijing) Florentina Sederaviciute, Jurgita Domskiene, Dusan Kimmer, Lenka Lovecka

29 List of Papers

Items Paper All authors Research on Intelligent Wearable Product Design Based on 4D 1 Printing Technology Wen Zhang Estimation of Yarn Coefficient of Mass Variation Utilizing 2 Artificial Intelligence Techniques Adel El-Geiheini,Sherien ElKateb,Manal R. Abdel-hamied Evaluation of Brand Value of A-share Garment and Home Tex- 3 tile Listed Companies in 2019——Based on HIROSE- Changlan Zhou CNGarments Model Factors Influencing the Moisture Absorption Characteristics of Nashwa Agamia, Wael Hashima, Sherwet ELGholmy, 4 Cotton Terry Fabrics Adel Elgeiheini Effect of Different Parameters of Fabric Embroidered Circuit Noha Bondok, Wael Hashima, Sherwet ELgholmy, and 5 on Electrical Conductivity Adel Elgeiheini Improved Electric Heating Clothing to Relieve Stiffness of 6 Shoulder and Neck Muscles: A Design Concept Jin-Gui Yu, Cheng Wei Comparative Study on Export Competitiveness of Textile and 7 Garment Trade between China and Turkey Fu-Juan Deng, Shu-Li Hao Evaluating The Similarity Between Fabric Drape Models Based 8 on Siamese Convolutional Neural Network Zhi-Cai Yu, Yue-Qi Zhong, Hao-Yang Xie 9 Optimization based Garment Transfer for Virtual Try-on Haoyang Xie, Zhi-Cai Yu, Yue-Qi Zhong

10 Electrospun Porous-Structure Fibers：The Formation Mecha- Yuan-Sheng Zheng, Xiao-Qi Mu, Xue-Qin Li, Bin-Jie Xin nism, Process, their Applications and Challenges Digital Image Correlation Method for Determining the Pois- 11 son's Ratio of Knitted Fabrics Ke Yang, Zhao-Hui Wang Optimization of Apparel Size Selection Towards Mass Custom- 12 ization Using Data Mining-Based Knowledge Discovery Tech- Zhu-Jun Wang, Xian-Yi Zeng, Jian-Ping Wang, Pascal nique Bruniaux, Ying-Mei Xin, Cheng Chi, Meng-Yun Zhang Analysis of Thermal Insulating Properties from the Macrostruc- 13 ture of Wadding Xin Chen, Yue-Ping Wang Relationship Between Hand of Dress Shirt Fabrics and Price KyoungOk Kim, Ryo Wakao, Masayuki Takatera, Yuji 14 Evaluation by Experts Kitazawa Effect of Ease on Thermal Insulation of Men's Pajamas With A Toko Manabe, KyoungOk Kim, Masayuki Takatera, 15 Knitted Fabric Made of New Cotton Non-twisted Hollow Yarn Kyosuke Kanda, Masatoshi Kawakami, Nagisa Hirata The Republic of China Fashion Vest Under the Influence of 16 Western Culture Wan-Yi Jiang, Zhao-Qing Li, Bao-Fa Liu Business Model Innovation of Apparel Brands from the Per- 17 spective of Community Economy Shan Wang, Gang Fang 18 Creative Expression of Natural Materials in Fiber Art Liu Lian, Lu Xinyan A Study on the Emotional Expression of Intelligent Jewelry 19 Design Shu-Qi Wang 20 Effect of Linings on Ease of Body Movement in Jackets Yosuke HORIBA, Haruka UEHARA, Shigeru INUI Xiaodong Tan, Qingyan Peng, Kai Yang, Yuanfeng Wang, The Effect of Electrode Materials and Ultrasound on Electro- Tao Yang, Dan Wang, Shi Hu, Xiaoman Xiong, Jana Sas- 21 chemical Reduction kova, Jakub Wiener, Mohanapriya Venkataraman, Jiri Militky Qing-Yan Peng, Shi-Li Xiao, Xiao-dong Tan, Kai Yang, 22 Dendrimer-grafted PLGA Nanofibrous Matrix-mediated Gene Yuan-Feng Wang, Tao Yang, Dan Wang, Shi Hu, Xiao- Delivery Systems Man Xiong, Mohanapriya Venkataraman, Jiri Militky Electrical Heating Properties of Various Carbonized Textile Yuan-Feng Wang, Vijay Baheti, Kai Yang, Shi Hu, Dan 23 Structures Wang, Xiao-dong Tan, Tao Yang, Jiří Militký Research on the Influence of Relationship Quality of Clothing 24 Brands on Consumers' Behavioral Intention Qiu-Yue Wang , Xia-Fen Wu Design and Application of Wool Felt Craft in New Chinese 25 Style Fashion Ye Chen, Zhao-Qing Li Analysis of Industry Relevance and Industry Spillover Effect of 26 Peng-Fei Shao, Lei Yao Textile and Garment Industry in Jiangsu Province Empirical Study of the Development Potential of the Textile 27 Peng-Fei Shao, Lei Yao, Xue-Ling La and Garment Industry in Zhejiang Province The Transfer of Chinese Textile Industry under the Background 28 Hong Xin, Lei Yao of "Belt and Road " Numerical Simulation of Heat Transfer Through Carbon Fab- Zhenrong Zheng, Jiawei Wang, Chenchen Han, Xiaoming 29 rics Under the Convective Heat Zhao Are We Ready for New Technologies? An Exploratory Study 30 of Perceived Cost of New Technology in the Context of Chi- Bao-lu Wang, Jung Ha-Brookshire nese Textile and Apparel Firm Managers Research of Blended Learning Mode for Fashion English Based 31 Kai Ma on Rain Classroom On the Sources of Brand Value of Textile Enterprises 32 Chang-Lan Zhou —— Multiple Case Analysis in the Fight Against COVID-19

List of Papers

Items Paper All authors Multi-Objective Optimization for Operation Task Assignment 33 to Balance Garment Hanging Production Line Zi-Ang Xie, Jin-Song Du, Qing-Ting Chen, Shu-Jie Ding 34 Sewing Time Optimization Based on PTS Method Ya-Li Zhang , Pei-Li Xun, Jin-Song Du, Ya-Yun Yu Tang Spherical Censer’s Localization in Japan and Its Influence 35 on Japanese Arts and Literature Chen-Xi Li, Rong Zheng, Yuan-feng Liu Study on the Elements of “Xi Lan Ka Pu” Pattern ---Taking the Zhao Li, Sone Simatrang, Veerawat Sirivesmas, Jirawat 36 Color Application Characteristics as an Example Vongphantuset Study on the Structure and Knitting Technology of Traditional 37 Gensey Sweater Li Wang The Latest Progress of the Research and Exhibition on the Dig- 38 itization of Nanjing Yun Brocade Colors Ru Zhang, Qi Liu A Novel Model of Heat and Moisture Transfer in Human- Zhan-Keng Zhang, Feng-Zhi Li, Xiao-Qun Dai, Hong-Qin 39 chemical Protective Clothing-environment Dai Effect of Heat on Discoloration Fatigue of Thermochromic 40 Fiber Fabric Liu Dan, Chen Li-Hua, Zhang Chang-Huan Classification of Middle-aged Females’ Body Shape Based on 41 Three- Dimentional Data Ya-Li Ling, An-Hua Zhong Jin-Hui Ren, Qi Wang, Li-Min Shi, Jing Guo, Hai-Qiao 42 Design of Accessible Trousers for Wheelchair Users Huang 43 Barrier-free Design of Shoes for Lower Limb Disabled Piao-Piao Liu, Hai-Qiao Huang Investigation and Design on the Leg Warmer for the Lower Chi-Yu Xiong, Jin-Hui Ren, Yan-Jun Wang, Li-Min Shi, 44 Limb Disabled Qi Wang, Jing Guo, Hai-Qiao Huang, Qing-qing Zhou. Research on the Evolvement of Fashion Cheongsam in the 45 Republic of China Zhao-Qing Li 46 Effect of the Warp Direction of Fabric on Pleats Modeling Wen-Ting Yan, Jian Li An Anthropometric Research on Universal Fashion Design for 47 Wheelchair Users’ Tops Jing Guo, Qi Wang, Li-Min Shi, Jin-Hui Ren Study and Practice on Hand-made Production Technology of 48 Single-use Medical Face Mask Mei Qu , Chuanyu Zhou, Jie Zhou Fabrication of Polyurethane/Polyurethane Fiber Composite Jia-Jing Zhang, Huan Zhang, Liang-Jun Xia, Wei-Lin Xu, 49 Filmwith Enhanced Mechanical Property Chun-Hua Zhang Jun Zhang, Xing-xing Pan, Gui Liu, Zhao-qun Du, Jin- 50 Analysis of the Standard of Medical Protective Clothing kang Liu, Feng Chen, Ming-xing Wang Research on Standard Analysis and Test Performance of Pro- Hai-tao Wang, Xing-xing Pan, Gui Liu, Zhao-qun Du, Jin- 51 tective masks kang Liu, Feng Chen, Ming-xing Wang 52 Knitwear Design by Using Optical Illusion Pattern Shi-Yu Liu, Guo-Xiang Yuan 53 COVID-19 Personal Protective Equipment Sterilization System Uwe Reischl A Study on the Ripple Effect of China's Clothing Industry 54 Based on Input and Output Ma Dan,Lu An An Investigation Into the Ballistic Response of Stitched Plain 55 Weaves Hang Li, Yi Zhou Colored, Photoluminescent and UV Protective Fabrics Using Sweta Iyer, Nemeshwaree Behary,Vincent Nierstrasz, 56 Vitamin B2, With Glow-in-Dark Property Jingping Guan Innovation & Practice of Regional International Textile Tech- 57 nique Foreign Aid Training of “Maritime Silk Road” with the Yan Wang, Jirawat Vongphantuset, Ying-jin Gan Virtual Reality Technology Hafsa Jamshaid, Rajesh Mishra, Uzair hussain, Haritham 58 Abrasion Resistant Gloves for Summer Wear Khan Preparation of High Temperature Resistant Magnetic Nanofiber Ting Sun,Ru-quan Zhang, Bing-yu Hu, Jia-sui Lin, Lu- 59 Membrane Based on PMIA oLei, WuYing 60 Spontaneous-heating，Antibacterial and Smart Cotton Fabric Li-feng Zhang ,Gui-cui Chen Modified With Carbon Nanotubes Advanced Smart Material Based Nanosensors for Viral Detec- 61 tions Muhammad Umar, Hafiza Hifza, Iqra Nawaz, Yi Li Embroidery Parameters for the Fabrication of Conductive 62 Tracks With Enhanced Conductivity Yan Zheng, Lu Jin, Ze-Kun Liu, Jing Qi, Yi Li Research on Evaluation of Investment Environment for China’s 63 Textile and Garment Enterprises Si-Bei Lu, Lin Ma Contaminations and Protective Performances of Personal Pro- 64 tective Clothing in Atomized Droplets Contamination Simula- Yue-Ping Guo, Yi Li Application of the Directed Graph Method in the Knowledge 65 Analysis of Clothing Pattern Design Chao-Jun He,Bo-An Ying,Xiao-Feng Wang,Jing Qi Research on Construction and Application of Jacket 66 Knowledge Framework Based on Domain Ontology Xiao-Yu Jiang, Bo-An Ying, Xiao-Feng Wang, Jing Qi Improving the Attire Shopping Experience via Mobile Aug- 67 mented Reality Chao Huang, Bo-An Ying, Jing Qi, Xiao-Feng Wang Cotton Fabrics with Keratin/TiO2 Finishing for Durable UV Ting Liu, Jinmin Meng, Qasim Zia, Hugh Gong, Jiashen 68 Resistance Li Establishment of the Finite Element Contact Model for Sports 69 Bra and Human Body Under Wearing Condition Chang-Lin Zhu, Wu Long, Bo-An Ying, Jing Qi Sports Bra Dynamic Modelling Design for Australia Middle 70 Aged Women Lin Mu, Lijing Wang 71 COVID-19 Personal Protective Equipment Sterilization System Uwe Reischl

About TBIS www.tbisociety.org

Textile Bioengineering and Informatics Society (TBIS) is a charitable organization created to foster, develop and promote all aspects of science and technology in bioengineering of materials, fibers and textiles, and to study how fibers, textiles and clothing influence human biology, medicine, behavior and health, as well as human living environments. TBIS organizes events including: International Symposium, Industry workshops/forums, R&D in testing and evaluation, standards. Publication: Proceedings , academic journal (Journal of Fiber Bioengineering and Informatics) The peer-reviewed international symposium was organized annually in the following places: - TBIS 2008, the 1st TBIS symposium on “Sports, Health, Eco-Function, Sportswear Creative Design” was held at Hong Kong in August 2008 during the period of Beijing Olympic 2008. - TBIS 2009, the 2nd TBIS symposium was held as a special symposium on “Textile Bioengineering” at Hong Kong in July 2009, along with the 4th WACBE World Congress on Bioengineering 2009. - TBIS 2010, the 3rd TBIS symposium was held on “Greener Textiles, Healthier Life”, in May 2010, Dong Hua University, Shanghai , during the period of Shanghai World Expo 2010 .

- TBIS 2011, the 4th TBIS symposium was held on “Advanced Textile, Fashionable Industry” in May 2011, Beijing Institute of Fashion Technology, Beijing China. - TBIS 2012, the 5th TBIS symposium was held on “Kansei and Bioengineering: Creating New Fiber-Textile Science and Technology” in August 2012, Shinshu University, Ueda, Japan. - TBIS 2013, the 6th TBIS symposium was held on “Green. Health, Ecology, Bioengineering”, in September 2013, Xi’an Polytechnic University, Xian, China. - TBIS 2014, the 7th TBIS symposium was held on “Innovations for Protection, Health and Sustainability”, in August 2014, Hong Kong Polytechnic University, Hong Kong, China. - TBIS 2015, the 8th TBIS symposium was held on “Globalized Innovations” in June 2015, Zadar Croatia. - TBIS 2016, the 9th TBIS symposium was held in July 2016, RMIT University, Melbourne in Australia. - TBIS 2017, the 10th TBIS symposium was held in Wuhan Textile University, China. - TBIS 2018, the 11th TBIS symposium was held in The university of Manchester, UK.

- TBIS 2019, the 12th TBIS symposium was held in Soochow University, China. - TBIS 2020, the 13th TBIS symposium will be on “Combatting COVID-19 Pandemic with Science and Technology Innovations ” inJuly 7-10, 2020 in Webinar. - TBIS 2021, the 14th TBIS symposium, ENSAIT, France.

- TBIS 2022, the 15th TBIS symposium, Sun Yat-Sen University, China.

- TBIS 2023, the 16th TBIS symposium, Institute of Natural Fibres & Medicinal Plants, Poland. - TBIS 2024, the 17th TBIS symposium, Daegu, Korea.

- TBIS 2025, the 18th TBIS symposium, Zhejiang Sci-tech University, China.

About TBIS www.tbisociety.org

Proceedings of Textile Bioengineering and Informatics (TBIS proceedings) has been indexed by worldwide scientific and academic reputable databases such as CPCI/ISI Web of Knowledge, Library of Congress, CNKI, Google Scholar, Microsoft Academic Search, WorldCat and UlrichsWseb. In the CPCI/ISI Web of Knowledge database, TBIS has published 2118 research papers since 2008, becoming a leading academic conference organizer and publisher. TBIS has established an effective platform for academic institutions and individual scholars, researchers and students to publish their research works and communicate with peers and experts in the field to get recognitions and increase impact such as citations and -H indexes.

Textile Related Conferences (2008-2020) CPCI Citation Search Report by 26 June 2020 From Web of Science

About JFBI www.jfbitbis.org

Journal of Fiber Bioengineering and Informatics (JFBI) (ISSN 1940-8676) is an academic peer-reviewed and fully refereed international journal to promote multidisciplinary research and collaborations across different fields. JFBI publishes quarterly to generate high impact research outputs in terms of academic citations, industrial applications and contributions to society. All works published by JFBI are original works which do not contain any previously published research results. The types of works that JFBI publishes range from molecular to human-fiber-environment systems. JFBI publishes with an open access publication model, meaning that all interested readers will be able to freely access the journal online without any need for a subscription for the purpose to promote academic exchanges and impact of research. You are welcome to submit original research manuscript to JFBI if your topic falls within the following ranges:  Textile devices, footwear, apparel and accessories  Textile and apparel CAD technologies  Textile informatics and supply chain management  Novel materials: biomaterials, macromolecules, nano materials and smart materials, and novel fibers  Novel technologies: biotechnology, nanotechnology, fiber technology, textile technology, dyeing and finishing technology and clothing technology  Biomedical engineering, medical textiles and devices  Manufacturing and processing equipment and devices: fiber spinning, yarn spinning, weaving, knitting, dyeing and finishing, non-woven, clothing manufacturing and finishing  Design: fashion design, functional design, system design and integration, accessories design  Evaluation and test methods, testing standards and instruments  Theoretical modeling and computational simulation  Thermal bioengineering, biomechanical engineering and sensory bioengineering  Textile Tribology  Clothing and textile devices for personal protection, sports performance and healthcare  Clothing physiology, comfort, hygiene, health and ergonomics  Textile Education and E-learning technologies  Human body metrics and anthropology  Textile ecology, carbon footprint, certification, sustainability and technology roadmap  Image Analysis  Wearable Technology, Wearable Devices, Fashion Electronics

More details on how to submit manuscript to JFBI, please visit the website: www.jfbitbis.org. If you are interested in submitting your paper to JFBI, please contact via email to [email protected]

TBIS 2022 Welcoming Message

Professor Ruomei Wang Conference Chair, TBIS 2022 Sun Yat-sen University School of Data and Computer Science National Digital Home Engineering Research Center Guangzhou, China

It is my great pleasure in welcoming you to Guangzhou for the 15th Textile Bioengineering and Informatics Symposium (TBIS 2022). This symposium is co-organized by the Textile Bioengineering and Informatics Society and the National Digital Home Engineering Research Center in Sun Yat-sen University, Guangzhou China.

Sun Yat-sen University is founded by Dr. Sun Yat-sen and with an educational tradition spanning over 100 years, is a preeminent research, academic and cultural center and the premier location for talent development in South China. Under the direct supervision of the Ministry of Education of the People’s Republic of China, and strongly supported by both the Ministry and Guangdong Province, Sun Yat-sen University has developed into a state of the art comprehensive university that has a reputation as a top -tier university nationally and a renowned university internationally. With five campuses in the three cities of Guangzhou, Zhuhai and Shenzhen, and ten affiliated hospitals, the University is striving to become a world class university and global center of learning.

The National Digital Home Engineering Research Center (hereinafter referred to as the Center), developed from the former Digital Home Engineering Research Center of the Ministry of Education, was jointly established by Sun Yat-sen University and TCL Group Co., Ltd. as approved by the Ministry of Science and Technology in Year 2011. It has passed project acceptance and is the fifth operation assessment organized by the Ministry of Science and Technology successively in Year 2014 and 2016. Guided by national plans and closely combined with the needs of industrial development, the Center commits itself in making technical breakthroughs in the key digital home projects by using a new generation of information technology. It is also committed in building an engineering technology platform as well as a public technology service system in support of the development of China’s digital home industry.

We sincerely hope that the symposium will set a strong ground for future scientific and multidisciplinary cultural exchanges. It aims to provide a platform for the exchange and discussion of ideas and in steering the future of textile biomedical engineering and informatics in both the direction of both innovation and revolution, providing opportunities to exchange scientific views and new technology developments as well as promote cross-disciplinary research. Scientists, students and other visitors will present academic achievements, understand academic frontiers, seek cooperative opportunities, discover talents and strengthen friendship and collaboration.

Welcome to Guangzhou, we wish you all a very fruitful and convivial symposium.

Supporting Organizations

The Textile Institute

www.textileinstitute.org

The mission of The Textile Institute is to promote professionalism in all areas associated with the textile industries worldwide. It is an international association which unites those with an interest in textiles. The individual professional expertise of members is diverse: it includes management, art, design, economics, education, engineering, fashion, marketing, production, research, retailing, science, selling, sustainability, technology and training. These skills relate to the totality of industrial and commercial operations from fibre production to the use of products by individual and corporate consumers. The Textile Institute is an international organisation governed by a Council representing members throughout the world. It is legally constituted by a Royal Charter, granted in Britain in 1925, and is registered as a charity in England; the Institute is recognised as a non-profit association under the laws of many countries. More detailed direction of the Institute’s affairs is carried out by an international Council, supported by Committees, all of which have a global membership, and by staff at the International Headquarters in Manchester, UK.The success of The Textile Institute depends on the activities of the worldwide Sections and National Committees in many countries and of the Groups covering special occupational interests. The Institute provides networking opportunities for members and industry alike through its events aimed to stimulate new business ideas and provide opportunities to raise the profile of both individuals and organisations. In addition, they provide information on general trends throughout the industry and an enhanced knowledge of different cultures and nationalities. Association of British Chinese Professors www.abcp.org.uk Email: [email protected]

ABCP (Association of British Chinese Professors) is an independent and non-profitable association dedicated to increasing its members’ impact and engaging academic collaborations, in particular collaborations between UK and China. ABCP members represent the highest calibre of Chinese academics in the UK across many fields. The missions of ABCP are: to promote academic excellence in education, engineering, social and physical sciences, medicine and emerging areas; to stimulate academic collaborations between members and beyond; to develop and new talents and provide mentorship to young academics; to promote Sino-UK communications and collaborations in a wide range of disciplines; to provide expert advice to policy-makers both in the UK and China to advance bilateral relations for the benefits of peoples of both countries.

Supporting Organizations

Empa

The Laboratory Biomimetic Membranes and Textiles is developing smart textiles. For this purpose, the research is focusing on three key research topics. The topic "bioactive textiles" consists of research on stimuli- responsive polymers for fluorescent and colourimetric sensors and controlled drug delivery solutions. Furthermore, we investigate antimicrobial surfaces for close to body applications as well as soft implants. Fibre -based sensor developments for biomonitoring applications and integration of sensors and polymers into textile systems for specific applications are allocated to our research activities within "wearables for health". Also, this research topic includes the investigation of feasibility, reliability and accuracy from the lab scale to studies with realistic settings. The third key topic "Androids and Avatars" focusses on the modelling of thermal and biological processes to predict physiological parameters and the integrity of biological tissues based on physics -based and data-driven models and simulations (digital twins). We aim at providing next-generation solutions for a healthy future.

Hangzhou Gandao Intelligent Technology Co., Ltd

Hangzhou Gandao Intelligent Technology Co., Ltd is a joint venture company established by Haier Group and Hangzhou Hyperchain Technology Co., Ltd. Based on the core technology of the domestic, secure, autonomous and controllable Hyperchain blockchain, it is committed to providing the IoT platforms solutions integrated with hardware and software, realizing the decentralized data collection of the terminal IOT devices, realizing the privacy protection, authenticity, reliability and tamper-resistance of the on-chain data, solving the problem of multi-party collaboration and trust, thus making integrity more valuable and making the world a better place.

Supporting Organizations

Haier

Haier Group Profile Established at Qingdao, China in 1984, Haier Group is a world-leading provider of solutions to better lives. In the process of sustainable innovation and entrepreneurship, Haier always upholds the principle of “prioritizing people's value”. Mr. Zhang Ruimin, Chairman of the Board and CEO of Haier Group, systematically illustrated the Rendanheyi Model in September 2005, whose contemporary features, universality and social characteristics have achieved trans-industry and trans-culture fusion and replication. Haier has topped Global Major Appliances Brand Rankings by Euromonitor International for 11 consecutive years. Its subsidiary Haier Smart Home is among the list of Global 500 and the World's Most Admired Companies of Fortune and the World’s 2,000 Largest Public Companies of Forbes. Upholding the vision of “creating new engines to growth in the era of IoT with Rendanheyi Model”, Haier will continue to work with its world-class ecosystem partners to keep working on scenario brand and ecosystem brand building, setting up IoT ecosystems in clothing, food, accommodation, travel, health, elderly care, biomedicine and education, and tailoring personalized smart life for users around the globe.

SGS-CSTC Standards Technical Services (Shanghai) Co., Ltd. www.sgsonline.com.cn

SGS is the world’s leading inspection, verification, testing and certification company. SGS is recognized as the global benchmark for quality and integrity. With more than 94,000 employees, SGS operates a network of over 2,600 offices and laboratories around the world. SGS-CSTC Standards Technical Services Co. Ltd. was founded in 1991 as a joint venture between SGS Group and China Standard Science and Technology Group. With an extensive network of 78 branches and more than 150 laboratories we have more than 15,000 professionals working for us. In China, SGS’ service covers various industries such as textiles & garments, toys & children’s products, houseware & sundries, electrical & electronics, agriculture & food, life sciences, cosmetics, personal care & household, petrochemicals, minerals, environment, industrial, transportation and e- commence. Leverage globalized technology strength and wide-spread local service networks, SGS always innovates our services to bring best-in-class testing, inspection, certification and training services to build trust between trading partners, governments and public organizations, and ultimately to help our customers achieve sustainable business success in local and global market. SGS constantly contributes to charities including education, poverty & natural disaster aid. We monitor our energy efficiency performance and retrofit our utilities in a bid to reduce our carbon emissions to demonstrate high degree of responsibility towards people, environment and the communities in which we operate.

Supporting Organizations

Shuniu Technologies Co., Ltd

Hangzhou Shuniu Technologies Co., referred to as "Shuniu Tech", was established in 2019. It is located in the Binjiang District, Hangzhou City, Zhejiang Province. It focuses on blockchain technology solutions in the medical and healthcare field.Relying on the technological advantages of shareholder Qulian Technoligies’ leading blockchain technology, combining the business advantages of shareholder Shulan Health Group in the medical and health field, to provide blockchain based solutions for medical, security, scientific research, health and other medical fields. The solutions in different application scenarios and different medical fields promote the efficient circulation of value among multiple institutions such as government, medical institutions, pharmaceutical industry, and medical insurance.Shuniu Tech provides the following blockchain-based healthcare platforms and solutions: PHR (Personal Health Records) platform, EHR access solution, electronic prescription circulation solution, referral solution, medical insurance funding regulation solution, solution of co -claims between PHI (private health insurance) and health insurance system, online chronic disease management solution, copyright protection solution of traditional Chinese medical (TCM) prescription, multi- center study platform, traceability solution of pharmaceuticals and instruments, solution for supply chain finance in the medical industry, and early warning solution of epidemic, etc.

TESTEX www.testex.com +86 21 5298 7633 Email: [email protected]

TESTEX is a globally operating and independent Swiss testing and certification company with a focus on textile testing. In addition to its headquarters in Zurich (Switzerland), the TESTEX Group now operates more than 25 branches with more than 280 employees worldwide (including its subsidiary OETI). TESTEX’s expertise lies in testing, analysing and certifying textiles and leather. Thanks to its high-quality services, independence, and innovative strength, this long-established company was first valued in Europe and later worldwide. Sustainability, transparency and ethical standards are core principles to which TESTEX is committed. With its testing and certification services TESTEX supports manufacturers, suppliers, dealers, brands and end-users. It thus assumes responsibility towards society and the environment—now and in the future. TESTEX has been a member of the OEKO-TEX® association since 1993. OEKO-TEX® enables consumers and companies to protect the planet by making responsible decisions. It offers companies of the textiles and leather industry several certifications and services to have their products tested for harmful substances by autonomous institutes, and to optimise their production conditions and their supply chains with regard to sustainability. OEKO-TEX® services offer independent certification, have international validity, and test criteria and limit values are either in conformance with or go far beyond applicable national and international regulations.

Supporting Organizations

Tongji Hospital

Tongji Medical College Huazhong University of Science and Technology

Tongji Hospital of Tongji Medical College of Huazhong University of Science and Technology (HUST) is proximate to the Yellow Crane Tower on the bank of the Yangtze River of China, which is a renowned hospital with a history of 120 years. There are a great number of excellent experts and scholars, including 2 national academicians, 296 tutors of doctorate candidates, and 95 holders of special government allowances from China’s State Council. The hospital comprises 62 clinical and paramedical departments, among which 8 are national key disciplines and 30 national key specialties. The number of outpatient and emergency cases takes the lead in Hubei Province of China for more than 20 successive years. International collaboration is the hospital’s distinct feature in this era of globalization. It has established close cooperative relationships with the medical circles of more than 25 countries and regions such as Germany, USA, Japan, France and Russia. Long- term cooperation agreements have been signed with over 70 medical institutions of Germany, USA, Russia and other countries.

UK-China Association for Talent, Science and Technology Exchange (UCATSE) www.ucatse.org

UK-China Association for Talent, Science and Technology Exchange (UCATSE) is a UK based non-profit organisation. UCATSE dedicate to high profile science & technology talent exchange, advanced technology transfer between UK and China. The association was founded in 2016 and is composed of outstanding oversea Chinese in British academics, science and technology, education and other innovative industries as well as some experts from other countries. The association also operates as oversea technology service office for Xi’an high-tech industries development zone. Since founded, UCATSE has already successfully host 2018 UK-China Innovation and Entrepreneurship Forum in UCL, London; Co-organised 12th CSSAUK High-Level Talents Entrepreneurship Competition Final in Xi’an China. And also, UCATSE has organised various academic visiting, talent promotion conference, and educational/professional training program. The association plays very important role for enhancing UK-China cooperation in the talent and advanced technology exchange.

Supporting Organizations

Global Science Press

www.global-sci.org

Global Science Press (GSP) has been a fast-growing publishing company based in Hong Kong. GSP aims at publishing the state-of-the-art research results, providing the most professional platform for the researchers to prompt their latest discoveries, and connecting the scientists from all over the world in the areas of, but not limited to, mathematics, physics, chemistry, and computational sciences. The goal of GSP is to become a leading and innovative international publisher.

Soochow University

Soochow University is located in the ancient town of Suzhou, otherwise known as "Paradise on Earth". The university is part of the national "211 Project" and "2011 Plan". It is also one of the key Jiangsu provincial comprehensive universities. Found in 1900 Soochow University have grown significantly and currently has 26 post-doctoral programs, 24 main discipline doctoral programs, including 167 doctoral programs specializing in many areas. Today, Soochow University has developed into a comprehensive university with 12 major disciplines: philosophy, economics, law, education, literature, history, science, engineering, agriculture, medicine, management science, and art. It has a variety of programs and a strong foundation for students to pursue education in almost any area. Soochow University has achieved clear results and has received a very positive reputation both at home and abroad.

The College of Textile and Clothing Engineering (CTCE) of Soochow University is originated from “Private Women’s Sericulture School” which was established by the famous patriotic gentlemen Mr. Shi Liangcai in 1903, Shanghai of China. During the construction and development of over 100 years, it has established a unique complete teaching and research program in regards to the textile and silk industry chain in China, including planning mulberry, sericulture, silk reeling, weaving, dying, garment designing and engineering, as well as fashion shows. The development level of the disciplinary supporting platforms at CTCE is amongst the top in China. CTCE actively explores a new model of scientific talents with international visions. It develops an extensive academic exchange and cooperation with universities in United States, Britain, France and Japan, etc. CTCE has been closely cooperating with Shinshu University in Japan for more than 30 years, and co- organized China ISC for nine times.

Wuhan Textile University

There are three parts to Wuhan Textile University (WTU: Sunshine Campus, Nanhu Campus and, Donghu Campus. We have devoted ourselves to establishing first-rate, world class and international conditions with a beautiful physical environment and campus including a major expansion of our Sunshine campus in Wuhan Jiangxia District, where professors and students have an access to a diverse range of facilities. With over 30,000 students including about 500 international students, WTU is known for providing a high quality, student-oriented education in a multi-disciplinary environment that integrates engineering, science, arts, economics and management. WTU has 20 schools, offering 65 undergraduate programs, 49 graduate programs and 5 joint PHD programs. In 2006, the university received an excellent rating from the Ministry of Education for Undergraduate Teaching.

According to the Wuhan City Government Development Plan, Nanhu Campus of WTU will continue to grow into an International Fashion Innovation Campus with functions such as Research & Education, Cultural Heritage, and Civilization Protection. Textile, apparel, art design and new media are the most featured disciplines of our university. These 4 schools are located in Nanhu Campus. All the teachers and Students at Nanhu fully feel the strong multi-cultural environment and international atmosphere.

The WTU staff is composed of a well-balanced and quality team. At present there are over 1500 instructional faculty numbers of which 1200 are full-time teaching staff and more than 300 professors who have attained doctoral degrees and 45 doctoral supervisors. A great many of our faculty have also received numerous awards, recognition and outstanding expert designations at both provincial and national levels. The university also employs various foreign and domestic scholars as adjunct professors in their respective fields of expertise.

WTU is a leader in scientific research. On the state level, it has a key laboratory for the development of Hubei New Textile Materials and Advanced Processing Technology”, “The Ministry of Education funds the Key Laboratory for New Textile Materials Cleaning Processing and Functioning” and “the Research Center for Clean Production of Textile Printing & Dyeing”. WTU also has also 25 provincial level key research centers, including the “Hubei Key Laboratory for Digital Textile Equipment”, the “Hubei Fashion Art and Culture Research Center”, the “Hubei PV Engineering Research Center”, and the “Hubei Textile Systems and Policy Research Center”. The multi-disciplinary centered on textile, apparel and artistic design are highlights that greatly support the textile and clothing disciplines.

We are entrusted with many additional national research projects awarded by the National 973 Program, National 863 Plan for major science and technology, the National Support Program, the National Natural Science Foundation, and National Social Science Foundation of China. Many of our achievements in research have won national or provincial awards. With benefits to the society as a whole, in addition to textiles and materials, our campus is widely applied in fields of aviation, aerospace, construction and environmental protection. Adhering to a philosophy of continuous scientific development, WTU works diligently and tirelessly to maintain its exceptional balance as an outstanding university for both teaching and research.

Xi'an Polytechnic University

Xi’an Polytechnic University, or XPU, is a comprehensive university with distinctive feature and strong foundation in running schools. It is the only university specializing in Textile and Apparel in West China. In 1912, XPU started as Weaving Department of Beijing Higher Industry School. In 1978, the university was founded under the direct leadership of the Ministry of Textile as Northwest University of Textile Science and Technology. In 2006, it took on its current name Xi’an Polytechnic University (XPU).

As one of the earliest institutions where China’s higher education in textile took shape, XPU at present goes beyond the textile by offering education at different levels including 64 undergraduate programs, 25 graduate programs, and 1 joint PHD program. Located in the eastern part of Xi’an，XPU consists of two campuses- Jinhua Campus downtown and Lintong Campus near to the Terra-Cotta Warriors Museum.

At present, XPU consists of 14 schools and 1 teaching department covering arts, engineering, economics, management, education, literature and law, with textile and engineering as its pillar.

The university boasts a high-level staff of over 1500, each with both academic distinction in their respective fields and significant working experience, among whom Professor Yao Mu, an academician of Chinese Academy of Engineering, has been devoted to the teaching and researching on textile materials for more than 60 years. The university attaches great importance to developing students’ ability to solve real-world problems, and it provides students with opportunities to conduct real-life projects. On campus, the university is well-equipped with the latest lab facilities. The applied research centers and comprehensive talents training bases are multidisciplinary and have connections and cooperation with many institutes and enterprises both at home and abroad.

Over the years , XPU has been active in a full range of international cooperation and exchanges in education.To date, it has ties with more than 60 universities and academic institutions in over 20 countries or regions. More than 500 students have been studying abroad through the dual degree programs between XPU and partner universities in the U.S, UK, Australia and Canada. More than 400 faculties and students have visited partner universities through various exchange programs and more than 400 foreign students have studied at XPU since 1995.

44 SFR-TSM Structure Fédérative de Recherche – Technologies pour la Santé et Médicament

SFR-TSM is a federation regrouping more than 20 academic research laboratories of different disciplines (medical engineering and technologies, bioengineering, materials, mechanics, physics, information and communication technology), regional hospital centres, and healthcare industrial companies in the Region of Lille for realization of various cooperative projects on health and drug manufacturing technologies.

Its main research themes includes: 1) drugs and biomaterials, 2) e-health and medical logistics, 3) medical and biomedical devices. The outcomes of SFR-TSM cooperative projects enable to support French healthcare industry with innovative and market-oriented products and processes in the situation of international competi- tions. More efforts have been made for processing medical big data and medical logistical optimization problems as well as development of materials compatible with human or animal organs, and innovative and con- nected medical devices (gesture aided systems, disabled people-assisted systems, compensation for sensory deficits).

45 Research & engineer education since 1881

ENSAIT is a French engineer school which trains about 70% of textile engineers in France. As one of the leading textile higher education and research institutions in Europe, it awards every year 120 students an Engineer Degree at Master level and 10-15 postgraduates a PhD of Engineering. The main topics taught in its two teaching departments (Fashion and Service Engineering; Technical Textiles and Advanced Materials) include: technical textiles, mechanical engineering, industrial engineering, textile manufacturing, smart materials, textile chemistry, biotechnology in textiles, clothing technologies, design, supply chain management. Like the other French engineer schools, ENSAIT trains its students through different industrial projects and industrial internships. Having graduated from ENSAIT, most of the ENSAIT students usually work as engineers or managers in different French industrial groups, such as Decathlon, Airbus, Chanel and Louis Vuitton.

The research activities of ENSAIT are carried out inside the GEMTEX National Laboratory (textile engineering and materials). In 2020, GEMTEX is participating in more than 20 collaborative research projects, funded by European Commission under the programs of H2020 and Erasmus Mundus, and by French government (FUI and ANR Programs). It is also involved in more than 10 industrial projects, funded by different companies. The Laboratory GEMTEX is composed of three research groups, namely MTC (Mechanics and Textile Composites), MTP (Multifunctional Textiles and Processes) and HCD (Human Centred Design).

 HCD Group (10 permanent teachers-researchers, 23 PhD students): mass customization, supply chain management, intelligent textiles, human perception and emotion  MTP Group (16 permanent teachers-researchers, 24 PhD students): Bio sourced textiles, multifunctional material development, surface treatment, sustainable development  MTC Group (5 permanent teachers-researchers, 15 PhD students): textile composite reinforcement, textile composites, ballistics, protection

GEMTEX laboratory has dedicated its researches to industrial applications (transports, aeronautics, clothing, medicine, security …) while ensuring academic researches. Partnerships with industrials have been strengthened with the creation of SAIC, the internal research transfer department dedicated to the industrial and commercial activities. The laboratory is actively involved in the activities of the scientific networks at international scale such as AUTEX and Fiber Society.

47 TBIS 2020 Secretariat Email: [email protected] www.tbisociety.org

TBIS 2021

The 14th Textile Bioengineering and Informatics Symposium

ENSAIT • France

TBIS 2022 TBIS 2025

The 15th Textile Bioengineering The 18th Textile Bioengineering and Informatics Symposium and Informatics Symposium

Sun Yat-Sen University Zhejiang Sci-tech University China China

TBIS 2023 TBIS 2024

The 16th Textile Bioengineering The 17th Textile Bioengineering and Informatics Symposium and Informatics Symposium

Institute of Natural Fibres & Medicinal Daegu • Korea Plants • Poland