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.
Zener, Theory of growth of spherical precipitates from solid solution, Journal of Applied Physics 20 (10) (1949) 950–953
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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.