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mtex_ebsd_dataanaysis

Repository with Matlab Scripts using MTEX toolbox for EBSD data analysis

multiaxial_fatigue

neper2abaqus

Use Neper to create an input file and update it to include materials and sections for each generated grain

nims

A Matlab toolbox to plot and to analyze nanoindentation data (with conical indenters)

nonsmooth-yield-surface

Abaqus UMAT for Micromechanics based discrete damage model with non-smooth yield surfaces

norsand-vt

A NorSand model UMAT for cyclic loading including strain rates, modulus degradation, and principal rotation softening

odb2vtk

Python script converts Abaqus ODB files to VTK format for Paraview visualisation

odb2vtk-1

ODB2VTK converter

opendx

Data visualization software

paradis

Dislocation dynamics codes

pdprop

Simulation of metal fatigue crack propagation with accounting for material memory effects

pdprop2

Version 2: Added code to pdprop files for multiple da/dN lines for fatigue crack propagation.

periodicboundarycondition

A plugin for Abaqus CAE 2018 to define periodic boundary conditions to 3D geometry

pf_cpp

Phase field simulation written in C++

pfczm-abaqus

Implementation of the phase-field regularized cohesive zone model (PF-CZM) into ABAQUS.

pffmatlab

Matlab code to solve fracture problems using the phase-field method

phase-field

Code for the paper: Phase-Field Finite Deformation Fracture with an1 Effective Energy for Regularized Cracks

phase-field-dislocation-dynamics-pfdd

Phase field model for material science applications.

phase_field_brittle

UMAT subroutine for implementing the phase field model for brittle fracture (Abaqus version 2020 or newer)

phase_field_ductile

UMAT subroutine for implementing the phase field model for ductile fracture (Abaqus version 2020 or newer)

phase_field_modeling

Python implementation of phase field models

phasefieldgraingrowthsimulations

These matlab codes simulate grain growth by solving the phase field equations using a centered finite difference method

phd_abaqus_subroutines

This repo contains the subroutines I wrote as part of my PhD in computational mechanics.

pinn

Physics-informed neural networks package

plasticity

PRISMS Crystal Plasticity and Continuum Plasticity FEM code

plasticity-dl

Learning to Predict Crystal Plasticity at the Nanoscale:Deep Residual Networks and Size Effects in UniaxialCompression Discrete Dislocation Simulations

plasticitydl

Learning to Predict Crystal Plasticity at the Nanoscale:Deep Residual Networks and Size Effects in UniaxialCompression Discrete Dislocation Simulations

polycrystal

polycrystal-phasefield

Grain growth in polycrystal, described by multi-phase field model, implemented by cross-platform parallel (CPU/GPU) computing language of Taichi

popin

"Pop-in" Analysis From Indentation Tests