基于正则拉普拉斯反演公式的正交各向异性板动应力集中测定

O. Maksymovych, T. Solyar, A. Mazurak
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引用次数: 0

摘要

提出了一种研究带孔正交各向异性板动应力的方法。采用拉普拉斯变换和积分方程法求解。给出了静态问题的积分方程的核与积分函数的核之和。采用弹性理论中适用于动力学问题的普鲁德尼科夫公式进行拉普拉斯反演。计算了各种各向异性材料椭圆孔附近的动应力。结果表明,所开发的算法使我们能够以可控的精度确定动态应力随时间的变化。
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Determination of Dynamic Stress Concentrations in Orthotropic Plates Based on the Regularized Laplace Inversion Formula
A method of studying dynamic stresses in orthotropic plates with holes has been developed. To solve the problem, the Laplace transform and the method of integral equations are used. The kernels of integral equations are given as the sum of kernels for a static problem and integrated functions. The Prudnikov formula fitted to dynamic problems of the theory of elasticity is used to perform the Laplace inversion. Dynamic stresses near an elliptical hole for various anisotropic materials are calculated. It is shown that the developed algorithm allows us to determine dynamic stresses over time with controlled accuracy.
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