Quantitative Phase Field Modelling of Solidification

1. A Brief History of Phase Field Modelling. 2. Overview of the Book. 3. Recap of Grand Potential Thermodynamics. 4. Grand Potential Phase Field Functional. 5. Phase Field Dynamics. 6. Re-Casting the Phase Field Equations for Quantitative Simulations. 7. Equilibrium Properties of Grand Potential Funcional. 8. Thermal Fluctuations in the Phase Field Equations. 9. Special Cases of the Grand Potential Phase Field Model. 10. Application: Phase Field Modelling of Ternary Alloys. 11. Interpreting Asymptotic Analyses of Phase Field Models. 12. The Regime of Rapid Solidification. 13. Modelling Continuous Growth Kinetics in the Diffuse Interface Limit of the Grand Potential Phase Field Equations. 14. Applications: Phase Field Simulations of Rapid Solidificaation of a Binary Alloy

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• Física estatística
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• Ciência dos materiais
• Termodinâmica e calor
• Física da Matéria Condensada (física do estado sólido e estado líquido)

Quantitative Phase Field Modelling;coding;Phase Field Models;modelling;Complex Phase Transformations;non-equilibrium microstructure processes;Phase Field Equations;conservation laws;Phase Field;Order Parameter;Phase Field Dynamics statistical thermodynamics;Phase Field Simulations;Equilibrium Properties;Sim;Phase Field Modelling;Sharp Interface Limit;Interface Width;Interpolation Functions;Rapid Solidification;Chemical Potential;Multi-component Alloys;Solid Liquid Interface;Binary Alloy;Kinetic Undercooling;Thermal Spray Coating;Diffuse Interface Models;Carbide Dissolution;Order Parameter Fields;Cobalt Matrix;Free Energy Curvature;WC Phase;Free Energy Density