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Transient response of a semi-permeable crack between dissimilar anisptropic piezoelectric layers by time-domain BEM

机译:时域边界元法分析不同各向异性压电层之间半渗透性裂纹的瞬态响应

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摘要

This paper studied the transient response of a semi-permeable crack between two dissimilar anisotropic piezoelectric layers by a time-domain BEM with a sub-domain technique and an iterative process for the non-linear crack-face boundary conditions. The present time-domain BEM uses a quadrature formula for the temporal discretization to approximate the convolution integrals and a collocation method for the spatial discretization. A universal matrix-form displacement extrapolation formula and its explicit formula are used to determine the dynamic intensity factors. Several examples are presented and discussed to show the effects of the electrical crack-face boundary condition on dynamic intensity factors.
机译:本文利用时域边界元法,利用子域技术和非线性裂纹面边界条件的迭代过程,研究了两个不同各向异性压电层之间的半渗透性裂纹的瞬态响应。当前的时域BEM使用正交公式进行时间离散化,以近似卷积积分,并使用配置方法进行空间离散化。用通用矩阵形式的位移外推公式及其显式公式确定动力强度因子。给出并讨论了几个示例,以显示电裂纹表面边界条件对动态强度因子的影响。

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