You can narrow the list of research topics to those that suit your particular project.
| Category |
Research topic |
Researcher |
University or institution |
Keywords |
|
| University |
Present research on muscle fiber performance |
Yasuhide Yoshitake |
Shinshu University |
muscle fiber, human body movements, the neural control function, Physiologic mechanism |
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|
| University |
Visualizing comfort and understanding the underlying science |
Hiroaki Yoshida |
Shinshu University |
comfort, computer simulations, physiological activity, measuring |
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|
| University |
Analyzing clothing and textile products through computer simulation |
Yosuke Horiba |
Shinshu University |
clothing, mechanical phenomena, thermal phenomena, design, evaluation, computer simulation |
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|
| University |
Kansei education: Teaching lifetime learning skills for knowledge workers |
Michael Honywood |
Shinshu University |
English, Japanese, Chinese, Maori, hand-eye coordination, Kansei Education |
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|
| University |
The science of heat and thermal perception: Creating individually preferred thermal environments by adjusting airflow and clothing |
Tomonori Sakoi |
Shinshu University |
thermal, clothing, airflow, numerical simulation, simulation, thermal environment, HVAC&R systems, thermophysiological state |
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|
| University |
Exploring design as a new practical science and pioneering the future with the “theory × sensibility” approach |
Isao Wada |
Shinshu University |
theory, sensibility, design, Mini-Disc player, daily necessities, medical equipment, advanced design |
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|
| University |
Adopting a scientific approach to personal sensitivity (kansei) to find reasons for taste in clothing |
Masayuki Takatera |
Shinshu University |
clothing, evaluation, personal taste, kansei, fashion |
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|
| University |
Measuring comfort and stress in the body and mind to create goods with new value (kansei value) |
Masayoshi Kamijo |
Shinshu University |
kansei value, comfort, stress |
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|
| University |
Creating easy-to-use, comfortable products that fit user needs |
Shigeru Inui |
Shinshu University |
comfortable, information technology, clothing, flexible materials |
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|
| University |
Visualizing benefits for products and design through the scientific examination of the five senses |
Hiroyuki Kanai |
Shinshu University |
consumer, product, design |
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|
| Research Institute |
Study on Characteristics of Bedsore Prevention Mattresses |
Takanori Yamamoto |
Product Reliability and Human Life Science Section, Technology Research Institute of Osaka Prefecture |
Bedsore prevention mattress, Contact pressure, Tissue blood flow |
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|
| Research Institute |
Selecting Heat / Water Vapor Property Test Related to Clothing Comfort for Cotton Fabric by Skin Model |
Takumi Yamada |
Textile and Chemical technology Group, Tokyo Metropolitan Industrial Technology Research Institute |
Clothing comfort, Clothing environment, Skin model, Transitional micro-climate, Heat/Water vapor transfer of fabric |
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|
| Research Institute |
Development of Superior Women’s Inner Garment for Thermal Comfort |
Miyuki NAKAHASHI,
Ryoji KANAMARU,
Takeshi WADA,
Harumi MOROOKA *1
|
Toyama Industrial Technology Center, Human Life Technology Research Institute,
*1 Kyoto Women’s University
|
women’s foundation, moisture absorption-desorption, microclimate within clothing |
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|
| Research Institute |
Evaluation research of the functional clothes by a perspiration thermal mannequin |
Takeshi WADA,
Toshihiro NOJIRI,
Miyuki NAKAHASHI
|
Toyama Industrial Technology Center, Human Life Technology Research Institute |
perspiration, thermal mannequin, Inner wear, microclimate within clothing |
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|
| University |
Comfort of Clothing |
Yayoi Satsumoto |
Yokohama National University |
Thermal comfort of clothing, moveable function of clothing, ventilation, bellows action, chimney effect |
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|
| University |
A Study on Compression-Recovery Properties and Compression Viscoelastic Properties of Fiber Assembly |
Morihiro Yoneda |
Faculty of Human Life and Environment, Nara Women's University |
Fiber assembly, Synthetic fiber, Regenerated fiber, Compression-recovery Property, Compression stress relaxation, Compression creep, Viscoelastic model, High humidity condition |
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|
| University |
Evaluation on textile |
SACHIKO SUKIGARA |
Kyoto Institute of Technology |
|
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|
