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The natural structure of woven 2D fabrics to reinforce textile composites

机译:2D机织织物的天然结构可增强纺织品复合材料

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摘要

Development of the theory of natural structure of woven fabric for warp and weft threads in woven fabric upon release from external loadings in the woven machine on the basis of the principle of minimization of potential energy is presented. The method of calculation of the forces interaction between the warp and weft threads in the woven fabric structure is shown. Spontaneous change of the disposition of threads in the fabric structure after the removal of external loadings takes place by minimization of the total potential energy level of the deformed threads. The method of calculation of the key parameters of threads in the structure of a woven 2 dimensional fabric is achieved on the basis of the theory of mechanics. The work can be extended to cover industrial types of fabrics to reinforce textile composites.
机译:提出了基于最小化势能原理的,机织织物中经线和纬线从外部载荷释放后自然结构理论的发展。显示了在织物结构中经线和纬线之间的力相互作用的计算方法。在去除外部载荷之后,通过使变形的线的总势能水平最小来进行线在织物结构中的布置的自发改变。基于力学理论,实现了二维机织织物结构中纱线关键参数的计算方法。这项工作可以扩展到涵盖工业类型的织物,以增强纺织复合材料。

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