A new method of failure analysis

Sergei Alexandrov, Marina I. Rynkovskaya, Ismet Bajmuratov, Ruslan Kalistratov, Ivan Pylkin
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Abstract

The present paper develops a new failure analysis method under plane strain conditions considering a generalized linear yield criterion. The yield criterion and the stress equilibrium equations constitute a hyperbolic system of equations. It is shown that two auxiliary variables satisfy the equation of telegraphy. Simple analytical relationships connect these variables and the radii of curvature of the characteristic curves. The calculated radii of curvature allow for the corresponding characteristic net to be constructed. Then, the stress field is determined using another set of analytical relationships. Thus, a numerical procedure is only necessary for solving the equation of telegraphy. This equation can be integrated by the method of Riemann. In particular, Green’s function is the Bessel function of zero order. A simple example illustrates the general method.
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故障分析的新方法
考虑到广义线性屈服准则,本文开发了一种平面应变条件下的新失效分析方法。屈服准则和应力平衡方程构成双曲方程组。研究表明,两个辅助变量满足电报方程。这些变量与特征曲线曲率半径之间存在简单的分析关系。通过计算曲率半径,可以构建相应的特征网。然后,利用另一组分析关系确定应力场。因此,只有在求解电报方程时才需要数字程序。该方程可通过黎曼法进行积分。特别是,格林函数是零阶贝塞尔函数。一个简单的例子说明了一般方法。
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