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Failure Factor Research of Composite Laminates Containing Holes Based on MSC.Nastran

机译:基于MSC.Nastran的孔复合层压板的故障因子研究

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With the extensive use of composite materials in aviation industry, the research of holes which affect composite residual strength has become very important. Based on MSC.Nastran, the stress of each laminate unit was calculated. Failure factor of composite laminates containing holes were calculated with the Tsai-Wu failure criterion. In this paper, the influence of hole shape and size on the composite laminate failure factor under compressive loading was studied. The relationship of hole shape, size and residual strength of composite laminates was briefly discussed. The results show that, under compressive loading, the stress concentration appears near the hole, there is a proportional relationship between the failure factor and hole size, the hole size and residual strength is the inverse relation.
机译:随着航空工业中复合材料的广泛使用,影响复合剩余强度的孔的研究变得非常重要。基于MSC.Nastran,计算每个层压板单元的应力。用TSAI-WU故障标准计算含有孔的复合层压板的故障因子。本文研究了孔形状和尺寸对压缩负载下复合层压菌衰竭因子的影响。简要讨论了复合层压板的孔形状,尺寸和残余强度的关系。结果表明,在压缩负载下,应力集中在孔附近出现,故障因子和孔尺寸之间存在比例关系,孔尺寸和剩余强度是逆关系。

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