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首页> 外文期刊>The Journal of the Textile Institute >Finite element simulation of pressure, displacement, and area shrinkage mass of lower leg with time for the top part of men's socks
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Finite element simulation of pressure, displacement, and area shrinkage mass of lower leg with time for the top part of men's socks

机译：男袜顶部小腿的压力，位移和面积收缩质量随时间的有限元模拟

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摘要

This paper reports a study of pressure, displacement, and area shrinkage mass distribution with time between the human body and compression garment using finite element method according to ergonomics. After creating the function between pressure/displacement ratios and angle, it indicated that multiple relationship between pressure and displacement almost unaffected by wearing time. The corresponding displacement value can be calculated on the premise of the known pressure value at any point and any time during the wearing process by functional equation. Considering displacement distribution, we divided the lower leg into 12 equal regions according to angle, and then calculated area shrinkage mass of each region. According to area shrinkage mass distribution, the top part of men's sock could be designed with different degree of tightness combined with subjective pressure comfort. All these solutions supplied a theoretical reference for optimal design of the top part of men's sock.
机译：本文根据人体工程学，利用有限元方法研究了人体与压缩服装之间的压力，位移和面积收缩质量分布随时间的变化。建立压力/位移比和角度之间的函数后，表明压力和位移之间的多重关系几乎不受磨损时间的影响。可以在磨损过程中的任何时间，任何时间，通过函数方程在已知压力值的前提下计算出相应的位移值。考虑位移分布，我们根据角度将小腿分成12个相等的区域，然后计算每个区域的面积收缩质量。根据区域收缩质量分布，可以将男袜的顶部设计成具有不同的紧度和主观压力舒适性。所有这些解决方案为男士袜子顶部的最佳设计提供了理论参考。

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