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Evaluation of hybridization effect on static and dynamic properties of the thermoplastic-based hybrid composites-an experimental study

机译:杂交对热塑性杂交复合材料的静态和动态特性的杂交效应评价 - 一种实验研究

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摘要

The paper delineates the effects of reinforcement types and their amalgamation on static and dynamic properties of hybrid composite laminates. Hybrid composites are prepared by E-Glass, Twaron fabrics and polycarbonate sheets reinforced in epoxy matrix. Dynamic impact resistance and damage mechanisms are studied using load-deformation-energy-time graphs. The addition of polycarbonate sheet has increased strain to failure and toughness of hybrid composites than its pure counterparts. The tensile, interlaminar, flexural properties of hybrid composites provided a compatible performance and can be incorporated for structural and defense applications. Hybridization has provided a reduction in density about 10-14% with substantial enhancement of impact damage tolerance.
机译:本文阐述了增强类型的影响及其对杂化复合层压板静态和动态性能的影响。 杂化复合材料由E-环氧基质中加强的E-玻璃,粉状织物和聚碳酸酯片制备。 使用负载变形节能 - 节能图研究了动态抗冲击性和损坏机制。 加入聚碳酸酯片具有比其纯对应物的杂交复合材料的损失和韧性的菌株增加。 混合复合材料的拉伸,层间弯曲性能提供了兼容性的性能,可用于结构和防御应用。 杂交提供了密度的降低约10-14%,具有显着提高抗冲击性耐受性。

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