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To model the solidification process, an enthalpy-porosity technique implemented in a commercial package was used.
Implementing a 3D phase-field numerical code proves necessary to accurately model the solidification structures.
In order to model the solidification behavior and pattern formation in representative volume elements, large scale phase-field simulations are employed.
To trace the flow front during the filling process, the volume of fluid method (VOF) has been used, while an enthalpy-based approach was used to model the solidification.
A 15,000-element, two-dimensional (2D) axisymmetric mesh and a 800,000-element 3D mesh were generated to model the solidification of CdZnTe during all phases of crystal growth.
The Scheil equation was used to model the solidification path, microsegregation of alloying elements in the interdendritic regions, solidification temperature ranges, and to predict the formation of secondary structures and the castability behavior of as-cast superalloys.
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By coupling CALPHAD method with micro scale solidification model, the predicted solidification path for different composition or cooling rates and the eutectic fraction of Al Si Mg alloys agree well with the experimental results.
A microsegregation model for the solidification of binary alloys is presented.
A simple model for the solidification of globular grains in metallic alloys is presented.
A model of the solidification of spheroidal graphite cast iron (SGI) has been detailed in Part I.
A phase-field model for the solidification of multi-component alloys, capable of being integrated with thermodynamic databases, has been developed.
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