Modeling the Bauschinger effect in orthotropic materials with isotropic-kinematic hardening under isothermal and nonisothermal loadings
DOI:
https://doi.org/10.15407/dopovidi2016.07.039Keywords:
Bauschinger effect, anisotropic materials, isotropic-kinematic hardening, isothermal and nonisothermal loadingsAbstract
The model of the Bauschinger effect in the general case of a combined stress state in materials with strain anisotropy, whose hardening is described by the isotropic-kinematic hypothesis, is considered. The model uses the loading surface concept and a graphical-analytical method, which establishes the stress-strain relations under combined loading. As an example, the Bauschinger effect measure is determined numerically in an orthotropic material with variable anisotropy parameters under uniaxial isothermal loading along the anisotropy axes. It is shown that this measure increases with the isotropic hardening fraction.
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