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Antiplane shear mode stress intensity factor for a slightly perturbed circular crack subject to shear load

机译:剪切载荷作用下微扰动圆形裂纹的反平面剪切模式应力强度因子

摘要

This paper deals with a slightly perturbed circular crack, Ω in the three dimensional plane. The problem of finding the resulting shear forces can be formulated as a hypersingular integral equation over a considered domain. Conformal mapping is used to transform the integraludequation into a similar equation over a circular region, D. By making a suitable representation of hypersingular integral equation, the problem is reduced to solve a system of linear equations. The system is solved numerically for the unknown coefficients, which will later be used in determining the antiplane shear mode stress intensity factor. Comparison of the numerical solutions with the existing asymptotic solutions show a good agreement
机译:本文研究的是在三维平面上的微扰圆形裂纹Ω。可以将找到的剪切力的问题表述为所考虑域上的超奇异积分方程。使用保形映射将积分不等式转换为圆形区域D上的相似方程。通过适当表示超奇异积分方程,可以减少求解线性方程组的问题。用数值方法求解该系统的未知系数,该系数随后将用于确定反平面剪切模式应力强度因子。数值解与现有渐近解的比较显示出很好的一致性

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