A MOOSE-based finite-element framework for coupled hydromechanical fracture, including pulsed-power loading, evolving damage, permeability, stiffness, and multi-fracture growth.
Research Software
Computational tools that turn multiscale physics into predictive capability
GIL develops research software for coupled mechanics, flow, transport, fracture propagation, and accelerated simulation. Each project connects numerical methods to a specific energy or Earth-system challenge.
Current Software
High-fidelity tools for fluid-driven and dynamic fracture
A MATLAB framework coupling nonlocal damage, cohesive fracture, Darcy flow, cubic-law fracture flow, and XFEM across meso- and macro-scales.
Prior & Supporting Software
Earlier open research tools retained for reference and reuse
Build on GIL Research
Connect software, publications, and collaboration
Review the associated publications for model formulation and validation, or contact GIL to discuss research use and collaboration.