The target of this project was to implement a hybrid Monte Carlo Potts - Phase Field model to simulate grain growth and phase change in a fictional bi-phase material based on the work of Homer et al. . This model was implemented using a highly scalable microstructure simulation framework, MMSP.
|Initial grain distribution||Grain distribution at 10000 Monte Carlo steps|
|Initial phase distribution||Phase distribution at 10000 Monte Carlo steps|
 Eric R Homer, Veena Tikare, and Elizabeth A Holm. Hybrid potts-phase field model for coupled microstructural–compositional evolution. Computational Materials Science, 69:414–423, 2013.