Studies on the relationship between the physical properties of fibers/yarns/ fabrics and the objective evaluation of wearing/using comfort, and the performance design of textile.
【Supercategory：2. Fiber manufacturing Subcategory：2.5 Fiber/yarn physical properties, evaluation】
・The measurement of the physical properties of fibers/yarns/fabrics
・The establishment of the measure-ment condition corresponds to the end-use of the textile
・Theoretical analysis of the mechanical properties of the fabrics
・The measurement of fabric hand, wearing pressure, and micro clothing climate and the development of the textile machine for the objective evaluation of wearing /using comfort of textile.
References
Mari Inoue, Shinji Yamamoto, Yukako Yamada and Masako Niwa; Effects of Cultivating Methods and Area on the Mechanical Properties of Cotton Fiber and Yarn, Text. Res. J., 76 (7) pp. 534-539 (2006)
Mari Inoue, Ayako Tange and Masako Niwa; Theoretical Analysis of Biaxial Tensile Properties of Power Net, Text. Res. J., 83(12) pp. 1319-1324 (2013)
Questionnaire 2014/Shinshu University Faculty of Textile Science and Technology Fii
・The establishment of the measure-ment condition corresponds to the end-use of the textile
・Theoretical analysis of the mechanical properties of the fabrics
・The measurement of fabric hand, wearing pressure, and micro clothing climate and the development of the textile machine for the objective evaluation of wearing /using comfort of textile.
References
Mari Inoue, Shinji Yamamoto, Yukako Yamada and Masako Niwa; Effects of Cultivating Methods and Area on the Mechanical Properties of Cotton Fiber and Yarn, Text. Res. J., 76 (7) pp. 534-539 (2006)
Mari Inoue, Ayako Tange and Masako Niwa; Theoretical Analysis of Biaxial Tensile Properties of Power Net, Text. Res. J., 83(12) pp. 1319-1324 (2013)
Questionnaire 2014/Shinshu University Faculty of Textile Science and Technology Fii
| Researcher | Mari Inoue |
|---|---|
| University or institution | Kobe University |
Keywords
fiber, yarn, abric, mechanical property, thermal/moisture/air transport property, fabric hand, wearing pressure, micro clothing climate