Displaying similar documents to “Membrane-Channel Protein System Mesh Construction for Finite Element Simulations”

Application of discrete curvatures to surface mesh simplification and feature line extraction

Alexandra Bac, Jean-Luc Mari, Dimitri Kudelski, Nam-Van Tran, Sophie Viseur, Marc Daniel (2013)

Actes des rencontres du CIRM

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We present two applications of discrete curvatures for surface mesh processing. The first one deals withÊsimplifying a mesh while preserving its sharp features. The second application can be considered as a dual problem, as we investigate ways to detect feature lines within a mesh. Both applications are illustrated with valuable results.

Parallel Algorithm for the Local Variations Method Паралелен алгоритъм за метода на локалните вариации

Iliev, Dimitar, Iliev, Stanimir (2011)

Union of Bulgarian Mathematicians

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Димитър С. Илиев, Станимир Д. Илиев - Актуално е изследването на поведението на течен менискус в околността на хетерогенна стена. До сега няма получено числено решение за формата на менискуса около стена, която е с хаотична хетерогенност. В настоящата статия е разработен алгоритъм за метода на локалните вариации, който може да се използва на многопроцесорни системи. С този метод е получен за първи път профила на равновесен течен менискус около вертикална стена с хаотична хетерогенност. ...

Lagrangian evolution approach to surface-patch quadrangulation

Martin Húska, Matej Medl'a, Karol Mikula, Serena Morigi (2021)

Applications of Mathematics

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We present a method for the generation of a pure quad mesh approximating a discrete manifold of arbitrary topology that preserves the patch layout characterizing the intrinsic object structure. A three-step procedure constitutes the core of our approach which first extracts the patch layout of the object by a topological partitioning of the digital shape, then computes the minimal surface given by the boundaries of the patch layout (basic quad layout) and then evolves it towards the...