active
Computational micromechanics and simulation
FEM, FFT, homogenization, constitutive modeling, and data-driven workflows for heterogeneous materials.
This research theme ties together numerical mechanics, constitutive modeling, microstructure-resolved simulation, homogenization, and surrogate/data-driven approaches.
The goal is to connect local material behavior to macroscopic response using computational tools that remain interpretable, testable, and useful for engineering materials.