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Impact and Ballistic Behavior Optimization of Kevlar-Epoxy Composites by Taguchi Method

机译:Taguchi方法优化芳纶-环氧复合材料的冲击性能和弹道性能

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摘要

In this research, the experimental method of Taguchi design has been used in order to establish a relationship between the penetrating impacts with different parameters used in developing Kevlar-epoxy composites. Therefore, different parameters like the fiber type, the sedimentation ratio, amount of filling materials and sample thickness have been studied. The effective parameters on material resistance in the ballistic test have been optimized using Taguchi test design method (Minitab15 software). The obtained results show that the best property combination between penetrating impact and impact resistance have been obtained by the layering ratio of 0.6, filling materials weight percentage of 50 % and thickness of 6 mm, respectively, for the composite of Kevlar 49 fibers in epoxy matrix.
机译:在这项研究中,使用Taguchi设计的实验方法来建立在开发Kevlar-环氧树脂复合材料时使用的具有不同参数的穿透冲击之间的关系。因此,已经研究了不同的参数,例如纤维类型,沉降比,填充材料的量和样品厚度。使用Taguchi测试设计方法(Minitab15软件)已优化了防弹测试中有关材料抵抗力的有效参数。所得结果表明,在环氧树脂基体中,Kevlar 49纤维的复合材料的层合比分别为0.6,填充材料的重量百分比为50%和厚度为6 mm时,获得了最佳的穿透冲击性能和抗冲击性能组合。 。

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