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Application of method of fundamental solutions for elasto-plastic torsion of prismatic rods

机译:棱柱杆弹塑性扭转基本解法的应用

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In this paper torsion of prismatic bars considering elastic-plastic material behavior is studied. Based on the Saint-Venant displacement assumption and deformation theory of plasticity for stress-strain relation the boundary value non-linear problem for stress function is formulated. The purpose of our paper is application of method fundamental solution (MFS) and radial basic function (RBF) for solution of this problem. The non-linear torsion problem in plastic region is solved by means of the Picard iteration. Proposed algorithm is based on solution of the linear Poisson equation on each iteration steps.
机译:本文研究了考虑弹塑性材料行为的棱柱杆的扭转。基于Saint-Venant位移假设和塑性变形理论的应力-应变关系,提出了应力函数的边值非线性问题。本文的目的是应用方法基本解(MFS)和径向基函数(RBF)来解决该问题。通过皮卡德迭代解决了塑性区域中的非线性扭转问题。所提出的算法基于每个迭代步骤上线性泊松方程的解。

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