Phase-Field Method Simulation for Eutectic Solidification

This MATLAB program implements a phase-field method simulation for eutectic solidification. The simulation provides insights into the dynamics and patterns of eutectic solidification processes. Through parameter adjustments in the code (such as temperature gradients, interfacial energies, and composition ratios), users can model solidification under various conditions and observe corresponding microstructural evolution. The core algorithm employs coupled partial differential equations to track phase interfaces and concentration fields using finite difference methods. Additional functionalities can be integrated to enhance the program, including GUI interfaces for interactive parameter control, data analysis modules for quantifying phase distributions, and visualization tools for real-time result display. This simulation not only deepens understanding of eutectic solidification mechanisms but also develops practical MATLAB programming skills through hands-on implementation of numerical methods and scientific visualization techniques.