Abstract: The present work incorporates an implementation of the two dimensional, Qstate Monte Carlo method to evaluate anisotropic grain growth in twophase nanocrystalline/amorphous systems. Specifically, anisotropic grain boundaries ...

Abstract: The present work incorporates a modified Qstate Monte Carlo (Potts) model to evaluate twodimensional annealing of representative paramagnetic and diamagnetic polycrystalline materials in the presence of a magnetic field. ...

Abstract: The present work serves to document the development and findings associated with a wavelet-based multiscale simulation analysis for anisotropic grain growth of a two-dimensional polycrystalline material. In particular, ...

Abstract: In this study, we developed a multi-order, phase field model to compute the stress distributions in anisotropically elastic, inhomogeneous polycrystals and study stress-driven grain boundary migration. In particular, we ...

Abstract: The Qstate Monte Carlo, Potts model is used to investigate 2D, anisotropic, grain growth of singlephase materials subject to temperature gradients. Anisotropy is simulated via the use of nonuniform grain boundary surface ...