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Computational framework to implement an artificial neural network based constitutive model in Abaqus for mesh coarsening
A repository of ABAQUS FORTRAN subroutines
Pyrough - a tool to build 3D samples with rough surfaces for atomistic and finite-element simulations
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Make bilingual epub books Using AI translate
Basics to implement user-defined materials (usrmat, umat) in LS-Dyna with Fortran
OpenRadioss is a powerful, industry-proven finite element solver for dynamic event analysis
ADAPT is designed for the inverse parameter identification of constitutive material models using mathmatical optimisation. It is designed to work with finite element simulations but its modular imp…
Scripts for the ANN publication submited to FEAD 2021
Artificial Neural Network Constitutive Law
This project provides Python code for identifying ductile parameters (the hardening exponent n, the fracture strain εf0, material parameters A and B) at once.
UMAT subroutine for implementing the phase field model for ductile fracture (Abaqus version 2020 or newer)
a continuum damage mechanics based model for fracture simulation
Syntax Highlighting and Snippets for LS-Dyna Deck Generation in VS Code
A module containing elasto-plastic material models (Hill-Plasticity) with straightforward extension to various hardening laws.
Module to read LS-Dyna results file with python
Basic User Material subroutines in explicit dynamics software LS-DYNA
Umat for linear elastic material behavior
A finite element method code for student training used in the course of "Finite Element Method" delivered by Professor Xiong Zhang
MPM3D-F90: An open source code for three dimensional material point method.