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The influence of fabric parameter on low-stress mechanical properties of polyester warp-knitted spacer fabric

机译:织物参数对涤纶经编间隔织物低应力力学性能的影响

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摘要

Low-stress mechanical properties of spacer fabrics are investigated from the six polyester warp-knitted spacer fabrics and have been tested on Kawabata instrument. Three different types of spacer fabrics with a thickness of 2, 3.1 and 4 mm were prepared using three different face layer structures, namely locknit, rhombic mesh and hexagonal net and the influences on fabric properties were studied. The fabric with secured locknit structure and higher fabric thickness shows the high values in the compression, bending and shear properties. However, in case of tensile strength, the fabric of open mesh structure with higher fabric thickness decreases the tensile properties. The 3.1 mm fabric thickness along with hexagonal net structure shows the fine response on compression properties and reasonable effects on the other low-stress mechanical properties.
机译:从六种聚酯经编间隔织物中研究了间隔织物的低应力机械性能,并在Kawabata仪器上进行了测试。利用三种不同的面层结构,即洛克尼特,菱形网眼和六角网,制备了三种厚度分别为2、3.1和4 mm的间隔织物,并研究了其对织物性能的影响。具有牢固的locknit结构和较高的织物厚度的织物在压缩,弯曲和剪切性能方面显示出很高的价值。然而,在抗张强度的情况下,具有较高织物厚度的开孔网状织物降低了抗张性能。 3.1毫米的织物厚度以及六边形的网状结构显示出对压缩性能的良好响应,并对其他低应力机械性能产生了合理的影响。

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