Physical Testing and Mathematical Modelling for Stiffness Characteristics of Fabrics using Cotton-Polyester Blends

B. Raychaudhuri; S. P. Das

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Physical Testing and Mathematical Modelling for Stiffness Characteristics of Fabrics using Cotton-Polyester Blends

机译：棉涤混纺织物刚度特性的物理测试和数学建模

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A mathematical model has been developed for physical testing of fabric stiffness by cantilever method. It is applied to the experimental results on cotton-polyester blend fabrics at both new and used conditions. The purpose is to express the stiffness in terms of the physical parameters like the strip dimesions and mass per unit length. A proportional bending length, simitar to the well known bending length is defined as a technical term. A physical term, namely effective Young's modulus is also defined to correlate the stiffness with physical parameters of the fabric. The fabric stiffiness is explained as a combined effect of elastic property and mass per unit area.

机译：已经开发了用于通过悬臂法物理测试织物刚度的数学模型。在新旧条件下均可用于棉涤混纺织物的实验结果。目的是根据诸如条带尺寸和单位长度的质量之类的物理参数来表示刚度。类似于众所周知的弯曲长度的成比例的弯曲长度被定义为技术术语。还定义了物理项，即有效杨氏模量，以将刚度与织物的物理参数相关联。织物刚度被解释为弹性性能和单位面积质量的综合作用。

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来源
《Man-Made Textiles in India》 |2000年第9期|p.427-430|共4页
作者
B. Raychaudhuri; S. P. Das;
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正文语种 eng
中图分类纺织工业、染整工业;
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Physical Testing and Mathematical Modelling for Stiffness Characteristics of Fabrics using Cotton-Polyester Blends

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