A moving-mesh grain growth model with discretized or point-like second-phase particles matches level-set accuracy while cutting computation time, enabling simulations of particles down to tens of nanometers.
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Efficient and accurate simulation of the Smith-Zener pinning mechanism during grain growth using a front-tracking numerical framework
A moving-mesh grain growth model with discretized or point-like second-phase particles matches level-set accuracy while cutting computation time, enabling simulations of particles down to tens of nanometers.