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This repository provides applications of machine learning techniques such as Artificial Neural Network, Principal Component Analysis, Support Vector Machines, etc.
This library has a lot of Fortran Routines for model implicit material constitutive behavior. There are implementation of Neo-Hooken, Odgen and Hencky potential for hyperelastic behavior.
GPU enabled material modeling and inference library
Modular consitutive modeling library for structural materials
Automated representative volume element simulator via abaqus for material constitutive law discovery
Multi-fidelity probability machine learning
An Abaqus framework based on user materials (Umat and Umatht) for multi-field problems. A thermo-mechanically coupled gradient-enhanced damage model is implemented.
The alpine 🏔️ material modeling toolbox Marmot. Documentation: https://materialmodelingtoolbox.github.io/Marmot/
This repository contains the user-material (VUMAT) of the concrete damage-plasticity model 2 (CDPM2) for use in ABAQUS
Computing Irreversible Evolutions
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…
A space-filling procedure to generate data from a constitutive model (viscoelastic-viscoplastic-damage) including moisture, strain rate, and nanoparticle volume fraction dependency.
Tensorflow pretrained machine-learning model loaded inside Abaqus's Fortran subroutine
This course covers the theory behind classical numerical methods (for example: Newton-Raphson, Runge-Kutta and LU factorisation), and uses Matlab as a tool to solve, analyse and visualise computati…
Resources collected from various sources for subroutine documentations
The course covers concepts in probabilistic machine learning: independence, conditional independence, mixture models, EM algorithm, Bayesian networks, latent linear models, and algorithms for exact…
MEng project to create a Python model to predict the strength and failure behaviours of the open-holed composite materials.
Code used to simulate boundary value problems shown in the submitted paper - Assessing the role of non-linear contact mechanics for flow in fractures
About Bayesian Optimization of fracture parameters in extended modified Bai–Wierzbicki (eMBW) model to fit fracture locus on force displacement curves
Mesh-independent treatment for straightforward modelling of (non-linear) fracture mechanical processes using a mixed mode cohesive zone method
Numerical solution for coupling fluid flow and fracture propagation in porous media due to fluid injection
Implementation of fracture propagation