Multi-physics modeling
1
Multi-physics hydrogen embrittlement modeling
Development of a multiscale modeling framework to simulate hydrogen diffusion in structural materials at both the micro- and macro-scale levels, aiming to investigate hydrogen embrittlement and the interactions between hydrogen and the host material
2
Phase transformation and deformation in rapid cooling of thick plates
Development of a coupled thermal–mechanical–metallurgical simulation model to predict phase transformation behavior and associated deformation occurring during the run-out table cooling process of thick steel plates
3
Multi-scale modeling of hot deformed steel & Ti-alloy
Development of a predictive model for dynamic recrystallization of hot deformed steel & Ti alloy using Crystal Plasticity Finite Element Method (CP-FEM) coupled with Cellular Automata