弹塑性有限变形力学的反逆渐近解法

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Inverse Asymptotic Solution Method for Finite Deformation Elasto-Plasticity

Beijing Graduate School, China University of Mining, Beijing 100083, P. R. China

摘要: 最近几十年中,近代力学的非线性有限变形理论在概念与方法上有许多重要的进展([1],[2],[3]等).本文旨在说明自然拖带系描述法与Stokes-陈分解定理如何结合反过渐近解法于有效解答弹塑性有限变形力学问题应用至工程设计目的.文中举半平面冲压大变形为典型数值解例.
- 有限变形 /
- 弹塑性力学 /
- 计算方法 /
- 反逆渐近法
Abstract: The development of modern mechanics in recent years has made many importanf progresses in the concepts and methods for nonlinear large deformation mechanics[1][2][3] etc, The present paper is aimed to show how the natural co-moving system method and Stokes-Chen's deco mposition theorem can be effectively applied asy mptotically to solving problems of finite defor mation elasto-plasticity by inverse asy mptotic method for engineering design purpose.Rigid punch problem is examplified in the paper.
- finite deformation /
- elasto-plasticity /
- computer method /
- inverse approximation

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