Programming of a Multiaxial Stress-Strain Model for Fatigue Analysis

Paper #:
  • 920662

Published:
  • 1992-02-01
Citation:
Chu, C., "Programming of a Multiaxial Stress-Strain Model for Fatigue Analysis," SAE Technical Paper 920662, 1992, https://doi.org/10.4271/920662.
Author(s):
Pages:
16
Abstract:
The formulation of an isotropic-kinematic hardening model with a continuous yield surface field is briefly reviewed. Particular emphasis is focused on the redistribution of the yield surface field as a result of plastic loading. It is demonstrated that successive yield surface field redistributions can be concisely recorded by tracking the positions of a very small number of yield surfaces even under a complicated loading history. A FORTRAN program is then developed based on the model with the simple von Mises type of yield criterion. Applications to analysis of some biaxial tests on thin-walled tubes of SAE1045 steels show good agreements between the predicted and measured stress results.
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