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On the Numerical Investigationsof the Stress—Strain Behavior of Materials Basedon the Isotropic Elasticity Model of the Multimodulus Media

机译:基于多模量介质各向同性弹性模型的材料应力应变行为数值研究

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摘要

The paper presents the multimodulus approach to the continuum mechanics problem. In the introduction, a number of multimodulus models are presented that were developed by V.P. Myasnikov for the isotropic elasticity case. The numerical finite–element approximation of the multimodulus equi-librium state equations forming the sophisticated Lame system is also considered. In the final part, the results of two–dimensional calculations of the stress–strain state for various multimodulus media such as steel, concrete, ceramics, and soil are presented. The effect is discussed of the influence of the different moduli in tension and compression on the strain intensity.
机译:本文提出了解决连续力学问题的多模方法。在介绍中,介绍了V.P.开发的许多多模模型。 Myasnikov用于各向同性弹性情况。还考虑了形成复杂Lame系统的多模平衡态方程的数值有限元逼近。在最后一部分中,给出了对多种多模量介质(如钢,混凝土,陶瓷和土壤)进行应力-应变状态的二维计算的结果。讨论了拉伸和压缩中不同模量对应变强度的影响。

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