MATHEMATICAL MODELING OF THEORY PROBLEMS ELASTICITY BY THE METHOD OF BOUNDARY EQUATIONS

D. N. Nizomov, A.I. Dadaboev
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Abstract

The article describes the features of mathematical modeling of a two-dimensional static problem of elasticity theory by the method of boundary integral equations. The resulting equations make it possible to investigate the stress-strain state of a plane problem under various external influences. As a result of applying the spline approximation of the boundary parameters, the system of integral equations is transformed into a system of linear algebraic equations with unknown displacement and stress components.
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弹性理论问题的边界方程数学建模
本文描述了用边界积分方程的方法对弹性理论的二维静态问题进行数学建模的特点。所得到的方程使研究在各种外部影响下平面问题的应力-应变状态成为可能。由于采用边界参数的样条近似,将积分方程组转化为具有未知位移和应力分量的线性代数方程组。
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