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Multilayered Glass Fibre-reinforced Composites In Rotational Moulding

机译:旋转成型中的多层玻璃纤维增​​强复合材料

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The potential of multiple layer fibre-reinforced mouldings is of growing interest to the rotational moulding industry because of their cost/performance ratio. The particular problem that arises when using reinforcements in this process relate to the fact that the process is low shear and good mixing of resin and reinforcement is not optimum under those conditions. There is also a problem of the larger/heavier reinforcing agents segregating out of the powder to lay up on the inner part surface. In this study, short glass fibres were incorporated and distributed into a polymer matrix to produce fibre-reinforced polymer composites using the rotational moulding process and characterised in terms of morphology and mechanical properties.
机译:由于其成本/性能比,多层纤维增强模制的电位对旋转模塑行业的感兴趣增长。在该过程中使用增强剂时出现的特定问题涉及该过程的剪切低,树脂和增强件的良好混合在那些条件下不优化。还存在较大/较重的增强剂从粉末中分离以放置在内部部分表面上的问题。在该研究中,将短玻璃纤维掺入并分布到聚合物基质中以产生使用旋转模塑方法的纤维增强聚合物复合材料,并以形态和机械性能的特征。

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