In order to overcome limitations of traditional theoretical and numerical models, based on
machine learning (ML) method, three models were developed for dendrite growth in …

An experimental analysis is presented to correlate the secondary dendrite arm spacing λ 2
and dendrite tip radius R with growth rate V and Mg content C 0-Mg of Al–Cu–Mg ternary …

Through introducing the nonisothermal and nonisosolutal nature of the solid–liquid
interface, due to interface curvature and interface kinetics, a free dendritic growth model was …

A steady-state free dendritic growth model applicable to concentrated alloys was proposed
as an extension of Wang et al.'s model.[14] The present model adopted a realistic …

A generalized solute trapping model was proposed incorporating the dependency on
interfacial normal velocity along the dendrite side, as an extension of the continuous growth …

Considering both the effect of interfacial anisotropy and the effect of the non-planar interface,
an extended free dendritic growth model for binary alloys was proposed. It can be achieved …

Considering both the effect of nonisothermal nature of the solid/liquid interface and the
microscopic solvability theory (MicST), a further improved version of free dendritic growth …

Nonequilibrium interface kinetics (NEIK) is expected to play an important role in coupled
growth of eutectic alloys, when solidification velocity is high and intermetallic compound or …

Through considering both the relaxation effect of local nonequilibrium solute diffusion in bulk
liquid and the effect of nonisothermal and nonisosolutal nature of the solid–liquid interface, a …

Adopting of a simple, but dependable analytic thermodynamic solution model in the
simulation of phase transformation kinetics reduces the complexity of computation and the …