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首页> 外文期刊>Fibers and Polymers >Interaction of textile parameters, wash-ageing and fabric softener with mechanical properties of knitted fabrics and correlation with textile-hand. I. Interaction of textile parameters with laundry process
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Interaction of textile parameters, wash-ageing and fabric softener with mechanical properties of knitted fabrics and correlation with textile-hand. I. Interaction of textile parameters with laundry process

机译:纺织品参数,洗涤老化和织物柔软剂与针织物的机械性能以及与纺织品手感的关系。一,纺织品参数与洗衣过程的相互作用

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摘要

This is a study of the influence of repeated laundering and the use of fabric softener in the context of mechanical properties of fabrics with respect to textile parameters. In the large competitive market of fabric softener, the fabric softener producers claim benefits for fabric hand as well as the mechanical properties of textiles. The main aim of this study is to investigate the influence of ageing and the use of fabric softener on the mechanical properties of textiles during their cradle to grave life with respect to fibre type, fibre fineness, knitting construction and number of wash cycles. The low stress mechanical properties were evaluated by means of the Kawabata Evaluation system for fabric (KES-F) and Universal Surface Tester (UST). The tensile, shear, bending, compression and surface properties and changes in these parameters due to wash-ageing and the use of fabric softener during laundry were evaluated. These mechanical properties or combinations of them are the deciding factors for comfort aspects of apparel during wear. Hence, these mechanical properties need to be correlated with the sensory attributes. In Part I, we examine the change in mechanical parameters due to wash-ageing and the use of softener, while Part II deals with Fuzzy-Logic modelling to correlate these mechanical parameters with sensory attributes.
机译:这是在织物的机械性能(相对于纺织品参数)的背景下,反复洗涤和使用织物柔软剂的影响的研究。在织物柔软剂的竞争激烈的大市场中,织物柔软剂生产商声称对织物手感以及纺织品的机械性能有利。这项研究的主要目的是研究老化和使用织物柔软剂对从摇篮到坟墓寿命的纺织品在纤维类型,纤维细度,针织结构和洗涤次数方面的机械性能的影响。借助Kawabata织物评估系统(KES-F)和Universal Surface Tester(UST)评估了低应力机械性能。评估了拉伸,剪切,弯曲,压缩和表面性能以及这些参数由于在洗涤过程中的洗涤老化和使用织物柔软剂而引起的变化。这些机械性能或它们的组合是服装穿着过程中舒适度的决定因素。因此,这些机械性能需要与感官属性相关联。在第一部分中,我们研究了由于洗涤和使用软化剂而引起的机械参数的变化,而第二部分则研究了将这些机械参数与感官属性相关联的模糊逻辑模型。

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