Filling 3-dimensional geological models with nice tetrahedra honoring boundaries

@inproceedings{LepageRM2001,
 abstract = { Generating well-shaped Delaunay meshes is an open problem for a long time. This paper presents a set of algorithms that aim to generate and improve both globally and locally the quality of a tetrahedral mesh. The generation of tetrahedral meshes has a wide range of applications in physical simulations such as £nite element methods (stress/strain analysis, ¤ow simulations), ray-tracing, and elsewhere. For all of these applications, the size and the shape of the tetrahedra are important because they have a strong in¤uence on the convergence and the stability of the algorithms. We assume that the mesh will be the result of a decomposition of a set of bounded regions into sets of tetrahedra. },
 author = { Lepage, François AND Mallet, Jean-Laurent },
 booktitle = { 21st gOcad Meeting },
 month = { "june" },
 publisher = { ASGA },
 title = { Filling 3-dimensional geological models with nice tetrahedra honoring boundaries },
 year = { 2001 }
}