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首页> 外文期刊>Indian Journal of Fibre & Textile Research >Influence Of Relative Density On Deformation Characteristics Of Plain Weave Fabrics
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Influence Of Relative Density On Deformation Characteristics Of Plain Weave Fabrics

机译:相对密度对平纹织物变形特性的影响

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摘要

The deformation characteristics of fabrics in relation to relative thread density have been studied. On the basis of experimental results and theoretical models, some real mathematical dependence has been set up, which can be used for projecting breakage characteristics of plain weave cotton fabrics. Equations for projecting breaking characteristics have been developed on the basis of fabrics geometrical model in linen weave and practical results. The equations include correction coefficients, depending on the relative density in fabrics. The results show that the relative thread density in fabrics affects their deformation characteristics. The relative thread density, if higher than 1 causes weaker quality parameters and this must be taken into consideration during designing of fabric.
机译:研究了织物的变形特性与相对线密度的关系。根据实验结果和理论模型,建立了一些实际的数学相关性,可用于预测平纹棉织物的断裂特性。在亚麻织物的织物几何模型和实际结果的基础上,已经开发出用于预测断裂特性的方程式。该方程式包括校正系数,取决于织物的相对密度。结果表明,织物中的相对线密度影响其变形特性。相对线密度(如果大于1)会导致质量参数变弱,因此在设计织物时必须考虑这一点。

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