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首页> 外文会议>International Conference of Aerospace and Mechanical Engineering >A Physical Characterisation for the Preliminary Fabrication of Natural Woven Fabric Prepreg and Their Composites
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A Physical Characterisation for the Preliminary Fabrication of Natural Woven Fabric Prepreg and Their Composites

机译：天然织物预浸料坯及其复合材料的初步制造的物理特性

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In order to find alternative composite material that possesses the ability for a great revival of structural application, cheap and environmentally friendly, natural woven fabric prepreg have earned its place as a replacement to traditional synthetic fabric prepreg. However, the limitation is the applicability of techniques of fabrication, which are compatible with the different properties of natural woven fabrics. The investigation on the individual material of natural woven fabric and resin are also essential to recognise the factor that influences the fabrication process of prepreg product. A preliminary experiment conducted on three different types of natural woven fabric, i.e., flax, bamboo, and jute in the form of a single-layer prepreg product which combined with Acrodur polyester resin. The resin content and their dispersion, prepreg, fibre and resin area weight are the parameters evaluated. The produced natural woven fabric prepregs have retained the resin content more than 50% (55.7-63.6%) for jute and flax, but only 47.6% resin content for bamboo material.
机译：为了找到具有伟大复兴结构应用的能力的替代复合材料，廉价环保的天然织物预浸料坯占据了传统的合成织物预浸料的替代品。然而，限制是制造技术的适用性，其与天然织物的不同性质相容。对天然织物和树脂各种材料的研究也必须识别影响预浸料产品的制造过程的因素。在三种不同类型的天然织物，即亚麻，竹子和黄麻中进行的初步实验，其单层预浸料产品组合与acrodur涤纶树脂相结合。树脂含量及其分散，预浸料，纤维和树脂面积重量是评估的参数。所生产的天然织物预浸料坯为黄麻和亚麻保留了大于50％（55.7-63.6％）的树脂含量，但竹质材料仅为47.6％的树脂含量。

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