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__To model a physical process, one often uses a mesh discretization of the continuous domain. Finite elements method is based on such a mesh for instance.
The generation of the mesh from a CAD file is a very complex task that Keridwen mesh tools perform using Gmsh open source software. These tools also offer export capabilities and a 3D visualisation tool based on Cassandra.__

[/projects/keridwen/html/exportPenelopeToVtkWhiteBG_png|{image:/projects/keridwen/html/exportPenelopeToVtkWhiteBG_png|align=right|height=300}]

1 Key features

Keridwen mesh tools provide the following key features:
- Generate a 3D unstructured mesh from a given properly configured CAD file
- Export the mesh in Gmsh .msh format
- Visualise 3D unstructured meshes

1 Embedded technologies

- [http://geuz.org/gmsh/|Gmsh]
- [/projects/cassandra]
- [/projects/Penelope]

1 Services and Support

On demand, Artenum can provide a large set of services around these functions, for instance:

- Support of new import mesh formats
- Advanced meshing algorithms
- Advanced configuration of the mesher

Feel free to [http://www.artenum.com/EN/contact.php|__contact us__] for further information.

1 Success Stories

Keridwen Meshing module has been successfully integrated in the following real application cases:

- __[/projects/keridwen/doc/applicationCases/spis]__ In SPIS, the numerical kernel performs the plasma modelling in a volumic domain that is discretized by a 3D unstructured mesh. \ \\SPIS uses Keridwen meshing module to generate this mesh from a given CAD file or to directly import a mesh file. It also uses Keridwen meshing features to display the generated mesh in 3D.
Mesh Tool

ls://dev.artenum.com/projects/keridwen/doc/bundles/tools/meshingBundle
