Abstract
The evolution of microstructure during annealing of deformed polycrystalline metallic materials was modeled using a 3-D Monte-Carlo (Potts) approach in which the initial microstructure, texture (ODF), spatial distribution of the stored energy of deformation, and nucleation mechanism were carefully quantified . The modeling technique was tested using several special cases of 3-D stored-energy distributions and different textures of the as-deformed state.
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