GMSH 3D MESH TUTORIAL SOFTWARE
Kratos: a framework for building parallel, multi-disciplinary simulation software (open source).Gypsilab: a MATLAB toolbox for fast numerical computation with finite element and boundary element methods (open source).Freefem++:a partial differential equation solver for non-linear multi-physics systems in 2D and 3D (open source).Elmer/Ice: a finite element software for ice sheet, glaciers and ice flow modelling (open source).AVBP : a solver for numerical simulation of unsteady turbulence for reacting flows.If you don’t have a favorite solver yet, you can use one of those that interfaces Mmg: Of course the meshes generated by Mmg can be used in any solver. paraview: allows to visualize your mesh and solution at the VTK file formats.medit: allows to visualize your mesh and solution at the medit format.
gmsh: allows to visualize your mesh at the medit format (but not the associated solution) and, of course, your mesh at the gmsh format and its embedded solution.
GMSH 3D MESH TUTORIAL HOW TO
How to prescribe an anisotropic size map? Mesh visualization: Practical work to learn how to use Mmg (applications and libraries): To learn how to use the Mmg libraries: go here Lot of options are commons between the four codes, thus, do not hesitate to look at the tutorials of the four software to understand how to use it. mmg3d tutorials to learn how to remesh tetrahedral volume meshes.