The research on the coupling relationship between human skeleton and fascia in Taiji from the perspective of spatial structure

Zili Xu, Chen Juan Juan
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引用次数: 1

Abstract

This paper analyzes the spatial structure and movement characteristics of bones in Taiji movement, and puts forward the viewpoint that the human body forms a "rigid and flexible" coupled movement force system with the bones and fascia during Taiji movement, and this relates to the structural forces experiences by the human body in Taiji movement. In Taiji movement, the fascia wraps and connects bones in series. This forms a rigid flexible coupling prestressed force system in the human body. It is believed that to understand the ancient process of Taiji scientifically, it will be required to undertake a combined study of fascia science, fluid mechanics, spatial structure mechanics, modern kinematics, with other research disciplines.
空间结构视角下太极人体骨骼与筋膜的耦合关系研究
本文分析了太极拳运动中骨骼的空间结构和运动特征,提出了人体在太极拳运动中与骨骼和筋膜形成“刚柔”耦合运动力系统的观点,这与人体在太极拳运动中所经历的结构力有关。在太极运动中,筋膜包裹并串联骨头。这就在人体内形成了一个刚柔耦合的预应力系统。认为要科学地认识太极的古代过程,需要对筋膜学、流体力学、空间结构力学、现代运动学等学科进行综合研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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