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Investigation of Eigen-values for Matrix Cracks of Two Materials

机译:两种材料基体裂纹的特征值研究

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The eigen-values problem of matrix cracks is studied in this paper. The stress field and displacement field of plane matrix crack is setup at first. The eigen-equation of matrix cracks is founded on the basis of the stress field and displacement field. The factors to affect the eigen-values are discussed. The effect of shearing modulus and Poisson ratio of matrix material and attaching material on eigen-values are analyzed. The results show that the bigger shearing modulus of material should be selected for attaching material and the shearing modulus of attaching material should bigger than that of matrix material in fracture design.
机译:本文研究了基体裂纹的特征值问题。首先建立平面矩阵裂纹的应力场和位移场。在应力场和位移场的基础上建立基体裂纹的本征方程。讨论了影响特征值的因素。分析了基体材料和附着材料的剪切模量和泊松比对特征值的影响。结果表明,在断裂设计中,应选择较大的材料剪切模量,而连接材料的剪切模量应大于基体材料的剪切模量。

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