We study several versions of the problem of generating triangular meshes for finite element methods. We show how to triangulate a planar point set or ...
Abstract. We study several versions of the problem of generating triangular meshes for finite element methods. We show how to triangulate a planar point set ...
Abstract: Several versions of the problem of generating triangular meshes for finite-element methods are studied. It is shown how to triangulate a planar ...
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8 Feb 2016 · Provably good mesh generation ... We study several versions of the problem of generating triangular meshes for finite element methods. We show how ...
It is shown how to triangulate a planar point set or a polygonally bounded domain with triangles of bounded aspect ratio, and how to produce a linear-size ...
Several versions of the problem of generating triangular meshes for finite-element methods are studied. It is shown how to triangulate a planar point set or ...
We study several versions of the problem of generating triangular meshes for finite element methods. We show how to triangulate a planar point set or ...
8 Mar 2017 · A specific goal of the project is proving an upper bound on the aspect ratios of all quads in the mesh. We implement two different metrics to ...
We consider the problem of generating a triangulation of provable quality for two and three dimensional polyhedral regions. That is, we seek a triangulation ...
Abstract. We present an algorithm for meshing surfaces that is a simple adaptation of a greedy “farthest point” technique proposed by Chew.