PCFT
PCFT refers to a class of computational methods used in solid mechanics for analyzing the behavior of materials under stress, particularly in scenarios involving complex geometries or material properties. These methods are rooted in the principles of continuum mechanics and finite element analysis. PCFT stands for "Phase-Field Crystal Theory," although the term PCFT can sometimes be used more broadly to encompass related computational approaches that model material evolution using phase field concepts.
The core idea behind PCFT is to represent the microstructure of a material, such as grain boundaries
Key advantages of PCFT include its ability to handle complex topological changes in the material without the