… is coupled to the elastodynamics equation for thedisplacement field. While the evolution of
the displacement fields is driven bythe applied stress or strain, the evolution of the phase field …

… phase-field model is developed to simulate grain evolutions during … phase-field model
incorporates a nucleation model based on classical nucleation theory, as well as the initial grain …

… Therefore, the evolution of complex grain morphologies, typically observed in technical … on
the shape of the grains. The temporal evolution of the phase-field variables is described by a …

… are of interest due to their fine grain structures and superior mechanical properties. In this
study, a phase-field (PF) model is developed to simulate the grain evolution of TiB 2 /316L …

… In this paper, we conducted extensive phase field simulations for studying the effect of the
grain orientation, grain boundary and a low ferroelectric transition temperature at the grain …

… between two grains equals(18) f = κ α β 2 ( ∇ η α ) 2 + ( ∇ η β ) 2 + mf 0 ( η α , η β ) , as
there is no restriction that relates the evolution of the two phase fields. The gradients of the …

… In the phase field approach to grain growth, grain boundary … In contrast to the grain boundary
energy, values of the grain … -similar evolution does not occur when grain boundary mobility …

… -phase field formulation for the prediction of grain coarsening … grain boundary evolution,
in the vicinity of high energy density sources of heat, with various distributions of second phase …

… Several examples of the grain tracker algorithm working with various grain evolution
models on different domain shapes under different conditions were presented and verified by …

… embedded between a bicrystal with a symmetric tilt boundary, we find that the evolution
of the embedded grain closely depends on dislocation reactions at triple junctions. …