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In this work we modify the crystal-mechanics-based constitutive model of Thamburaja [J. Mech. Phys. Solids, 53 (2005) 825] for martensitic reorientation in shape-memory alloys to include austenite martensite phase transformation.
A model based on the micromechanical and the thermodynamic theory is presented for field-induced martensite reorientation in magnetic shape memory alloy (MSMA) single crystals.
Since K1 represents the maximum driving energy for variant reorientation in magnetic shape memory systems, we conclude that Fe Pd Cu alloys offer a promising route towards microactuator applications with significantly improved work output.
The total work output levels achieved during reversible stress-assisted field-induced phase transformation are similar to that attained using field-induced martensite reorientation in NiMnGa magnetic shape memory alloys (MSMAs).
A crystal-inelasticity-based constitutive model for martensitic reorientation and detwinning in shape-memory alloys (SMAs) has been developed from basic thermodynamics principles.
Such stimuli lead to visible responses such as a reorientation of organs or changes in shape allowing catching an insect or improved anchorage.
This paper presents a three-dimensional (3D) model to simulate self-accommodation, anisotropic martensitic transformation/orientation, reorientation of martensite variants, asymmetry in tension-compression and phase-change-dependent elastic properties in shape memory alloys (SMAs) within a finite-stain regime.
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