组织结构对织物力学性能和手感的影响

Hitomi Morino, Akiyoshi Yamaoka, Minoru Furutani
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引用次数: 1

摘要

本文研究了织物结构对织物力学性能和手感的影响。使用的样品是单块布,只改变了织物结构,具有相同的纱线和相同的密度。采用统计学方法研究了机械参数、手值与织物结构结果的相关性。此外,我们还推导了织物结构的力学参数和手值的估计方程。发现织物结构对机械参数和手值都有影响。这些参数可以用多元回归方程从织物结构中估计出来。主成分分析得到1 g和2 g分别代表织物柔软度和表面感觉。进一步研究发现,织物可分为硬平纹织物、软缎纹织物和其他织物三大类。研究了这些参数对织物结构的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effects of Weave Structure on the Mechanical Properties and Handle of Fabric
In this study we investigated the effect of textile structure on mechanical properties and hand values of textile fabrics. Samples used were single cloth in which only textile structure was changed, and having the same yarn and the same density. We investigated correlation between mechanical parameters, hand values and textile structure result by using statistical method. Moreover, we derived estimation equation of mechanical parameters and hand values from the textile structure. It was found that there were effects of textile structure on both mechanical parameters and hand values. Those parameters could be estimated from the textile structure, using multiple regression equation. As a result of principal component analysis, 1 g and 2nd component were obtained which mean fabric softness and surface feeling, respectively. Further, it was found that fabrics were classified into three groups such as hard plain weave, soft satin weave, and other weaves. Correlation between textile structure and those parameters was studied.
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