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首页> 外文期刊>Journal of bodywork and movement therapies >Mathematical model of fiber orientation in anisotropic fascia layers at large displacements
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Mathematical model of fiber orientation in anisotropic fascia layers at large displacements

机译：大位移下各向异性筋膜层纤维取向的数学模型

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摘要

A mathematical model is developed to determine the relationship between stretch and the orientation of fibers in the fascia. The transversely isotropic stress- strain relation for large displacements valid for the human fascia reinforced by the collagen fibers is employed. The relation between the orientation of fibers in the un-deformed and deformed state depending upon the stretch is plotted. It is observed that for greater fiber angle orientation, the fibers are more resistant to reorientation as the fascia is stretched longitudinally. It is also concluded that the reinforced fascia will always be in tension as the stretch is applied. However, we suggest future research to resolve the tension and compression issues in fascia.
机译：建立了数学模型来确定面板中纤维的拉伸和方向之间的关系。采用大位移的横向各向同性应力-应变关系，该关系对胶原纤维增强的人体筋膜有效。绘制了在未变形和变形状态下取决于拉伸的纤维取向之间的关系。可以观察到，对于较大的纤维角度取向，随着面板的纵向拉伸，纤维对重新取向的抵抗力更高。还可以得出结论，在施加拉伸时，筋膜将始终处于拉伸状态。但是，我们建议将来进行研究以解决筋膜中的拉伸和压缩问题。

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