This project aims at proving tools (functions, classes, bindings, etc…) to handle behaviours written using MFront
generic interface. For information about MFront
, see http://tfel.sourceforge.net.
Those tools are meant to be used by (FEM
, FFT
, etc.) solver developers. This tools are not linked to the TFEL
libraries. Permissive licences have been chosen to allow integration in open-source and proprietary codes.
MFrontGenericInterface
C++
libraryThe project is build around the MFrontGenericInterface
library. This library provides two main functions:
mgis::behaviour::load
functions loads MFront
behaviours from external shared libraries and retrieve all relevant meta data function. Those relevant information are stored in the mgis::behaviour::Behaviour
class.mgis::behaviour::integrate
integrates the behaviour over one time step. The data associated with an integration point are handled by the mgis::behaviour::BehaviourData
class which contains the state of the integration point at the beginning and at the end of the time step.The library also supports handling a group of integration points though the mgis::behaviour::MaterialStateManager
class.
An introduction to the C++
library may be found here
MGIS
or in which MGIS
can be coupledOpenGeoSys
. See this talk for details.FEniCS
. Coupling with FEniCS
can be made using the python
bindings (See this talk and this tutorial for details). However, we recommend using the higher level mgis.fenics
module.MFEM
through the MFEM-MGIS
. See this talk for details.MoFEM
. See this talk for details.JuliaFEM
through the MFrontInterface.jl
package.Europlexus
XPer
. See this talk for details.Mefisto
.Kratos Multiphysics
through the experimental MGISApplication
MGIS
and the DUNE
platform is available here.An interface coupling
The following bindings are available:
c
bindingpython
binding: this binding also provide an interface to FEniCS
which is discussed here along with a collection of commented demosfortran
bindingjulia
bindingThe following bindings are under consideration:
octave
bindingmaster
branch follows the evolution of the master
branch of the TFEL
projectrliv-1.1
follows the evolution of the 3.3.x series of the TFEL
project.rliv-1.0
follows the evolution of the 3.2.x series of the TFEL
project. Note that this branch is not compatible with TFEL-3.2.0
.This project uses code extracted from the following projects: