Coupled multiphysics finite element implementation for moisture diffusion in epoxy materials with stress-assisted transport

Automatic computation of crack initiation in Abaqus, based on the coupled criterion of the finite fracture mechacnis. The implementation is user-friendly

This Python script automates the process of submitting Abaqus jobs for .inp files in the current directory. It creates a .bat file for each .inp file and runs the Abaqus command using the specified number of CPUs. No matter how many input files you have in your current directory.

Numerical model of edge crack under cyclic loading, to study the phenomenon of plasticity induced crack closure

This project provides a Python script to fit experimental relaxation modulus data to a Prony series model. It generates a material input file compatible with ABAQUS for viscoelastic material simulations.

This project provides a Python-based tool for generating fiber-wrapped geometry around a soft bending actuator for dynamic finite-element analysis (FEA). The script computes fiber parameters, creates a semi-circular fiber structure, and positions it in a 3D space for modeling.

Fretting fatigue is wear and fatigue damage at the interface of two surfaces under small cyclic motion, causing friction, wear debris, and crack formation. This project offers a guide on simulating Fretting Fatigue in Abaqus, focusing on 2D models, custom meshing, Field Outputs for analysis, and automating parameter selection with Python scripting.