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Developing a Polymeric Human Finger Sensor to Study the Frictional Properties of Textiles Part II: Experimental Results

机译:开发聚合物人手指传感器以研究纺织品的摩擦特性第二部分:实验结果

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摘要

Experimental studies conducted on a set of 1X1 rib knitted cotton fabrics using an artificial finger friction sledge are reported in this paper. In order to better simulate the actual to-and-fro reciprocating action of a human finger on a fabric, a reciprocating sliding friction apparatus is used. The reciprocating motion is incorporated into the artificial finger sledge by a reciprocating sliding friction apparatus. Frictional characteristics of knitted fabrics are characterized by the friction parameter C. Both the loop length and yarn linear density have a direct influence on the frictional properties measured by the polymeric finger sledge.
机译:本文报道了使用人造手指摩擦雪橇对一组1X1罗纹针织棉织物进行的实验研究。为了更好地模拟人手指在织物上的实际来回往复运动,使用了往复滑动摩擦装置。往复运动通过往复滑动摩擦装置被结合到人造手指雪橇中。针织物的摩擦特性由摩擦参数C表征。线圈长度和纱线线密度都直接影响由聚合物手指雪橇测得的摩擦性能。

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