Knut Andreas Meyer's repositories
MaterialModels
User material models for Abaqus (UMAT)
FESolvers.jl
Solvers for Ferrite.jl problems
SolidMechanics
Course material for linear continuum mechanics
FerriteAssembly.jl
General assembly system for Ferrite.jl
FerriteProblems.jl
Standard problem for FESolvers.jl and Ferrite.jl
MaterialModelsBase.jl
An implementation-independent mechanical material models interface
MechanicalMaterialModels.jl
Common mechanical (stress-strain) material models following MaterialModelsBase.jl
cth_mts_biax
Module specific for working with data from the biaxial axial-torsion machine at the Engineering Materials Division at Chalmers University of Technology
FerriteNeumann.jl
Simple Neumann boundary conditions for Ferrite.jl
EduMaterialModels.jl
Material models for use for eduction purposes
Ferrite.jl
Finite element toolbox for Julia
FerriteViz.jl
Plot your Ferrite.jl data
fortran_utilities
A collection of fortran routines suitable for use with git submodules
GradientCrystalPlasticity.jl
Implementation of simple gradient crystal plasticity with FerriteAssembly
julia
The Julia Programming Language
latex_utils
Utilities when writing documents using latex
MaterialModels.jl
A libary of mechanical material models for finite element simulations.
MWE.jl
Minimum Working Example repository for debugging
Newton.jl
A small and efficient newton-raphson solver
Pardiso.jl
Calling the PARDISO library from Julia
PyTOpt
Topology optimisation program written in Python by Daniel Pettersson and Erik Säterskog
SparseArrays.jl
SparseArrays.jl is a Julia stdlib
Tensors.jl
Efficient computations with symmetric and non-symmetric tensors with support for automatic differentiation.