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On Computational Evaluation of Stress Concentration Using Micropolar Elasticity

机译:用微柱弹性计算应力浓度的计算评估

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We discuss the implementation the finite element approach to the linear micropolar elasticity in order to perform the analysis of the stress concentration near holes and notches. Within the micropolar elasticity we analyze the behaviour of such microstructured solids as foams and bones. With developed new finite element few problems are analyzed where the influence of the microstructure may be important. The provided comparison of solutions obtained within the micropolar and classical elasticity show the influence of micropolar properties on stress concentration near notches and contact areas.
机译:我们讨论了线性微柱弹性的有限元方法,以便在孔和凹口附近的应力集中进行分析。在微柱弹性内,我们将这种微观结构固体的行为分析为泡沫和骨骼。利用开发的新有限元,分析了微观结构的影响可能是重要的一些问题。提供了在微柱和经典弹性内获得的溶液的比较显示了微波利隆性能对缺口和接触区域附近应力浓度的影响。

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