评估机织物和针织物的弯曲长度、刚度和模量

Mehreen Ijaz, Namood-e-Sahar, Zohra Tariq
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摘要

要确定最终产品的用途,就必须对纺织材料进行性能评估。梭织和针织材料因其适用于服装和室内装潢的某些特性而成为最受欢迎的制造技术。本研究旨在通过标准化测试程序确定织物的弯曲长度、刚度和模量,以测量最终产品的悬垂性能。结果发现,与针织物相比,用机织织物制造的试样悬垂性更好。此外,还发现纤维类型在决定织物刚度方面也起着重要作用,如丝绸纤维就显示出优异的结果。对各种织物进行了综合比较。这项研究有助于纺织品生产商修改其结构参数,从而向最终消费者展示可接受的织物挺括度和悬垂性。
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Evaluation of Bending Length, Rigidity and Modulus of Woven and Knitted Fabrics
Performance evaluation of textile materials is necessary to determine the use of an end-product. Woven and knitted materials are the most preferred manufacturing techniques due to their certain characteristics suitable for apparel and upholstery. The present study aims at determining the bending length, rigidity and modulus of fabrics through standardized test procedures to measure the draping behaviour of an end product. The results identified the phenomenon that specimens manufactured with woven fabrics were better in drapability compared with knitted fabrics. Moreover, it was identified that type of fiber also plays an important role in determining the stiffness of fabrics such as silk fiber showed excellent results. A comprehensive comparison was made between various types of fabrics. The study can be helpful for textile producers to make amendments to their construction parameters to present acceptable stiffness and draping qualities of fabrics to the end consumers.
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