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To simulate quantitatively the microstructural evolution in the solidification process of multicomponent alloys, we extend the phase-field model for binary alloys to multicomponent alloys with consideration of the solute interactions between different species. These interactions have a great influence not only on the phase equilibria but also on the solute diffusion behaviors. In the model, the interface...
The conventional theory of constrained dendrite growth for binary alloys was extended to multicomponent alloys, taking into account the solute interactions in each phase. These interactions influence not only the phase equilibria between liquid and solid but also the diffusion behaviors. This is not possible for conventional methods that apply constant parameters, typically approximated from the corresponding...
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