20 skills found
rutger-kok / Composite Cdm Tan3D continuum damage mechanics model for composite materials implemented in Fortran (Abaqus Explicit VUMAT).
jfriedlein / Usrmat LS Dyna FortranBasics to implement user-defined materials (usrmat, umat) in LS-Dyna with Fortran
gjbex / Fortran MOOCMaterial related to the EdX MOOC on Fortran programming
annefou / FortranFortran materials
divyaprakash-iitd / FlexFEMflexFEM is a versatile, open-source finite element solver tailored for modeling large deformations in soft materials. It offers dual implementations in MATLAB and Fortran, making it ideal for both prototyping and high-performance computing.
jenovencio / Fortran Library For Material Constitutive ModelsThis 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.
ExeQuantCode / RAFFLEFortran and Python library to predict material interface structures
environ-developers / EnvironA fortran package and library for continuum embedding calculations in materials and molecules
Geofisicando / Curso MakefileMaterial complementar do curso sobre compilação de programas em Fortran 90 através de arquivos Makefile e do programa make
Jalaj-G / VUMAT Implementation In ABAQUS ExplicitDeveloped a finite deformation VUMAT in Fortran to implement von-Mises plasticity for an elastic-isotropic hardening material and then validated the results of the code with ABAQUS inbuilt model using Standard test cases
NTNU-IMT / Ice Elastoplastic Material ModelIce-Elastoplastic-Material-Model written in Fortran (VUMAT and VUSDFLD) for the Abaqus/Explicit solver (v2019-2022)
EoinMcEvoy / Neo Hooke VUMATAbaqus VUMAT fortran subroutine for a Neo-Hookean material
richardjgowers / PoreblazerPoreblazer is a set of Fortran 90 tools for structural characterization of porous materials.
jonaslindemann / Compute Course PublicCourse material for the COMPUTE course - Scientific Program in Python and Fortran
denocris / 2017 Cuda Fortran Material"CUDA FORTRAN for Material Scientists" workshop
CAEAssistant-Group / Path Dependent Abaqus Model For The Analysis Of Composite CuringThis study introduces a novel method for analyzing residual stresses in composite materials: the Abaqus path-dependent curing model. The model is implemented within Abaqus CAE using Fortran subroutines like USDFLD, UMAT, HETVAL, UEXPAN, and DISP.
JensPfeifle / Abaqus UsermatFortran subtroutines for user defined material in Abaqus CAE
Cambridge-ICCS / FTorch WorkshopMaterials for a workshop showing how to use the FTorch library to couple PyTorch and Fortran
jfriedlein / AceGen GettingStartedSome basic examples to get started with Mathematica+AceGen to build functions, material models, element formulations for Matlab/Fortran/C++
krvajal / 2017 Cuda Fortran Material"CUDA FORTRAN for Material Scientists" workshop
