Eigenvalue inclusions via domain decomposition (1999)

by H Behnke, U Mertins, M Plum, C Wieners
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A parallel software-platform for solving problems of partial differential equations using unstructured grids and adaptive multigrid methods

by Horst Rollnik, Dietrich Wolf (editor, Peter Bastian, Peter Bastian, Klaus Johannsen, Klaus Johannsen, Stefan Lang, Stefan Lang, Ra Nägele, Ra Nägele, Christian Wieners, Christian Wieners, Volker Reichenberger, Volker Reichenberger, Gabriel Wittum, Gabriel Wittum, Christian Wrobel, Christian Wrobel , 1999
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Advances in High-Performance Computing: Multigrid Methods for Partial Differential Equations and its Applications

by Peter Bastian, Klaus Johannsen, Stefan Lang, Ra Nägele, Volker Reichenberger, Gabriel Wittum, Christian Wrobel
"... Abstract. The program package UG provides a software platform for discretizing and solving partial differential equations. It supports high level numerical methods for unstructured grids on massively parallel computers. Various applications of complex up to real-world problems have been realized, li ..."
Abstract - Cited by 2 (2 self) - Add to MetaCart
Abstract. The program package UG provides a software platform for discretizing and solving partial differential equations. It supports high level numerical methods for unstructured grids on massively parallel computers. Various applications of complex up to real-world problems have been realized, like Navier-Stokes problems with turbulence modeling, combustion problems, two-phase flow, density driven flow and multi-component transport in porous media. Here we report on new developments for a parallel algebraic multigrid solver and applications to an eigenvalue solver, to flow in porous media and to a simulation of Navier-Stokes equations with turbulence modeling. 1