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Impact Properties of 2D and 3D Woven Composites : A Review

机译:2D和3D编织复合材料的影响特性:综述

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Energy absorption and high impact damage resistance/tolerance of composites materials have become one of important criteria for textile composite utilizaton in many technical textile industries. Textile composites are known for its strength to weight ratio. Technical application such as protection helmet need a high impact damage resistance/tolerance properties of textile composites. Different weave structure plays a key role in determining the mechanical performance particularly in impact resistance. 3D woven composites shows a prominent results to enhance the impact loading compared to 2D woven composites. This is due to the low delamination resistance of 2D woven composites. This paper will presents review on impact properties of 2D and 3D woven composites.
机译:复合材料材料的能量吸收和高抗冲击性/耐受性成为许多技术纺织工业中纺织复合利用的重要标准之一。纺织复合材料以其强度为重量比而闻名。保护头盔等技术应用需要纺织复合材料的高冲击损伤性/公差性。不同的织物结构在确定抗冲击性中的机械性能方面起着关键作用。 3D编织复合材料显示出与2D编织复合材料相比增强冲击载荷的突出结果。这是由于2D编织复合材料的低分层电阻。本文将介绍2D和3D编织复合材料的冲击性能。

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