Computational Nuclear Materials

Catalog description

This graduate course introduces computational methods for modeling the behavior and degradation of nuclear materials under irradiation and extreme environments. Students will learn multiscale approaches, including atomic collision theory, molecular dynamics, phase-field modeling, and fuel performance simulations. Emphasis is placed on understanding the theoretical foundations, capabilities, and limitations of each method. This course prepares students to critically evaluate modeling results, select appropriate methods for specific materials problems, and connect simulations with experimental or engineering data.