Lazy constrained tetrahedralization
Joël Conraud. ( 1996 )
in: 13th gOcad Meeting, ASGA
Abstract
A new method is proposed for forcing a tetrahedral mesh to respect given triangles. Starting with a tetrahedralization of the triangles vertices, differences between surface mesh and volume mesh are computed and then partitioned into "acceptable" and "unacceptable" subsets. Usual refining mesh techniques are only applied on the "unacceptable" subset, leading to what we calliazy constrained tetrahedralization. The partitioning phase is combinatorially made.
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BibTeX Reference
@inproceedings{ConraudRM1996a, abstract = { A new method is proposed for forcing a tetrahedral mesh to respect given triangles. Starting with a tetrahedralization of the triangles vertices, differences between surface mesh and volume mesh are computed and then partitioned into "acceptable" and "unacceptable" subsets. Usual refining mesh techniques are only applied on the "unacceptable" subset, leading to what we calliazy constrained tetrahedralization. The partitioning phase is combinatorially made. }, author = { Conraud, Joël }, booktitle = { 13th gOcad Meeting }, month = { "june" }, publisher = { ASGA }, title = { Lazy constrained tetrahedralization }, year = { 1996 } }