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A Transformation Method for Implementing Classical Multi-Yield-Surface Theory Using the Hardening Rule of Mroz

By Dar-Yun Chiang and James L. Beck

Abstract

A new method for implementing classical multi-yield-surface theory using the kinematic\ud hardening rule of Mroz is proposed, in which a response formula describing initial loading is\ud introduced, and further unloading and reloading response is then found by applying a transformation\ud to the stress state variables involved in the initial loading formula. The validity of the\ud new formulation is supported by previous experimental results for biaxial cyclic nonproportional\ud loading. The rules governing the response behavior under arbitrary loading paths also serve as a\ud generalization of the Masing model for one-dimensional hysteresis and they provide instructive\ud insight into material behavior in cyclic plasticity. such as the property of erasure of memory

Publisher: Elsevier
Year: 1996
OAI identifier: oai:authors.library.caltech.edu:33692
Provided by: Caltech Authors
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