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首页> 外文期刊>Indian Journal of Fibre & Textile Research >Designer Natural Fibre Geotextiles-a New Concept
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Designer Natural Fibre Geotextiles-a New Concept

机译：设计师天然纤维土工布-一个新概念

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摘要

This paper reports the development in flat weft knitting technology; the design and production of the novel natural fibre geotextiles along with their interactive behaviour in different soil types and conditions. These natural fibre products are found to be much more environment-friendly than their synthetic equivalents; the fibres themselves are a renewable resource and are biodegradable. Such structures would also offer economical benefits to a number of developing countries, where vegetable fibres are grown and cultivated in large quantity. These structures have been designed to provide the highest possible strength in one direction , combined with the ease of handling and laying on site; soil particles interlock with the fabric to such an extent that the soil/fabric interface exhibits greater shearing resistance than the surrounding soil, i.e. the soil/fabric coefficient of interaction is greater than one; a degree of protection to the high strength yarns during installation; a tensile strength in the range of 100-200 kN m~(-1); and ease of manufacture on conventional textile machines.
机译：本文报道了平纬针织技术的发展。新型天然纤维土工布的设计和生产，以及它们在不同土壤类型和条件下的相互作用。人们发现，这些天然纤维产品比其合成的同类产品更加环保。纤维本身是可再生资源，可以生物降解。这种结构还将为许多植物纤维大量种植的发展中国家提供经济利益。这些结构的设计可在一个方向上提供最高的强度，并易于操作和现场铺设；土壤颗粒与织物的互锁程度使得土壤/织物界面比周围土壤具有更大的抗剪切力，即土壤/织物的相互作用系数大于1。在安装过程中对高强度纱线的保护程度；抗拉强度在100-200kN m〜（-1）的范围内；易于在传统纺织机上制造。

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