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This work details our attempts towards developing a phase-field model into an engineering tool that can be used to simulate microstructural evolution under a prescribed heat treatment procedure. Most previous work is limited to isothermal conditions. We performed isothermal simulations for a few Ni–Al alloys at various temperatures. Growth kinetics and particle number density evolution with time were...
The effect of elastic interaction on the formation and dynamic evolution of multi-domain microstructures during a hexagonal to orthorhombic transformation in the absence and presence of an externally applied strain field is investigated numerically using the phase field model. In particular, three cases are considered, which include a single variant, two variants, and all three variants of the orthorhombic...
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