Crack Analysis Tool in Python (CrackPy) - automatic detection and fracture mechanical analysis of (fatigue) cracks using digital image correlation

Python tools for structural geology and borehole image analysis which includes data handling, frequency and geometric analysis, and reservoir geomechanics.

An Open-Source Framework for Advanced Phase-Field Simulations

A bond-based peridynamics code written in pure Python

Code for the paper: Phase-Field Finite Deformation Fracture with an Effective Energy for Regularized Cracks.

A phase field brittle fracture code coupled to a dummy place-holder FEniCS script providing material parameters

Neper2CAE and PyCiGen: Scripts to generate polycrystals and interface elements in Abaqus. To cite this software publication: https://www.sciencedirect.com/science/article/pii/S2352711020303642

thermo-visco-elastic model for slow crevasse propagation adapted from Poinar et al., 2017

Statistical mechanical models for crack growth.

A PINNs framework for solving fracture mechanics problems

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

NonlOCAL Results Processor for Finite Element Analysis (NOCAL-FEA)

A deep learning pipeline for semantic segmentation of cracks or defects in materials using U-Net architecture with various backbones. This project includes hyperparameter tuning, custom model architectures, and comprehensive data processing utilities.

Using deep symbolic regression for the discovery of a causal relationship between Williams coefficients and crack tip position using PhySO

Advanced crack tip field characterization using conjugate work integrals

B-FADE: Bayesian FAtigue moDel Estimator

Computation of Griffith's fracture toughness using Stroh's formalism