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Calculation of mechanical behaviors of shape memory alloy under multi-axial loading conditions
Authors:M. Tokuda   M. Ye   M. Takakura  P. Sittner
Abstract:In this paper, for the calculation of the deformation behaviors of shape-memory alloy under multi-axial loading conditions with temperature changes, a two-dimensional mechanical model of polycrystalline shape memory alloy is constructed on the bases of the crystal plasticity and the deformation mechanism of shape memory alloy. In such a model, the orientation of crystal grain in the polycrystal and the loading direction can be considered. The deformation behaviors under some complex loading conditions are calculated with the model, and the results show that they are in good qualitative agreement with the experimental results.
Keywords:shape memory alloy   multi-axial loading   modelling   constitutive equations   smart materials
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