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Advantage of higher order crack tip fields to singular fields for physical weak-discontinuous crack of FGMs plates

机译:高阶裂纹尖端场相对于奇异场的FGMs板物理弱不连续裂纹的优势

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摘要

The physical weak-discontinuous problem of an interfacial crack between homogeneous materials and functionally graded materials (FGMs) is studied based on Reissner's plates considering transverse shear deformation effect. The higher order crack tip fields of homogeneous materials and FGMs regions are obtained by the eigen-expansion method. The normalized stress intensity factors(SIFs) and stress distributions near the crack tip are computed and compared by means of the higher order fields and singular fields, respectively.
机译:基于考虑横向剪切变形效应的Reissner板,研究了均质材料与功能梯度材料(FGM)之间界面裂纹的物理弱不连续问题。通过特征扩展方法获得了均质材料和FGMs区域的高阶裂纹尖端场。分别通过高阶场和奇异场计算并比较了裂纹尖端附近的归一化应力强度因子(SIF)和应力分布。

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