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首页> 外文期刊>The Journal of the Textile Institute >Effects of structural parameters on compressibility and soiling properties of machine woven carpets
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Effects of structural parameters on compressibility and soiling properties of machine woven carpets

机译:结构参数对机织地毯压缩性和脏污性能的影响

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摘要

Compressibility performance of the machine woven carpet after a static or dynamic loading expresses the texture deformation tendency of the carpet. This study is an experimental attempt to investigate the effects of pile height and pile density on compressibility and soiling property by dynamic loading, prolonged heavy static loading, compression recovery and artificial soiling tests. In this study, a total of 12 carpet samples with three different pile heights and four different pile densities were tested. As a result of this study, it was seen that higher pile density provides a lower thickness loss and so a lower level of texture deformation. On the other hand, pile height has a preventing effect for texture deformation for static loading and compression recovery tests whereas there is no considerable effect on dynamic loading test. There is no considerable difference between the soiling properties of the samples.
机译:机织地毯在静态或动态载荷后的压缩性能表现出地毯的质地变形趋势。这项研究是一项实验性尝试,旨在通过动态载荷,长时间的重静态载荷,压缩回复率和人工污染试验研究桩高和密度对可压缩性和弄脏性质的影响。在这项研究中,总共测试了12种地毯样品,它们具有三种不同的绒头高度和四种不同的绒头密度。作为这项研究的结果,可以看出较高的绒头密度提供了较低的厚度损失,因此较低的纹理变形水平。另一方面,在静态载荷和压缩恢复测试中,桩高对纹理变形具有预防作用,而在动态载荷测试中,桩高没有显着影响。样品的污染性质之间没有显着差异。

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