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A novel eigenfunction expansion solution for a three-dimensional crack problem

机译:三维裂纹问题的本征函数展开式

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A new eigenfunction expansion method is developed to obtain hitherto unavailable explicit expressions for three-dimensional asymptotic singular stress fields int he vicinity of (a) an interior point (edge), (b) the surface corner point (vertex) and (c) the transition region located at the front of a a semi-infinite crack. In comparison with the existing asymptotic methods valid for the interior region, the present method is considerably easier to implement, and is also computationally more efficient in the sense that it does not need to resort to iterative schemes to solve the system of three coupled partial differential equations of three-dimensional elasticity theory.
机译:开发了一种新的本征函数展开方法,以获取(a)内点(边缘),(b)表面角点(顶点)和(c)的附近的三维渐近奇异应力场的迄今无法获得的显式表达式。过渡区域位于半无限裂纹的前部。与对于内部区域有效的现有渐近方法相比,本方法易于实施,并且在不需要借助迭代方案来求解三耦合偏微分系统的意义上,其计算效率也更高。三维弹性理论方程。

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