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This is a mirror from https://gitlab.com/amdis/amdis
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AMDiS (Adaptive MultiDimensional Simulations) is a C++ library to solve a broad class of partial differential equations using adaptive finite elements.
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A dune module for geometric finite elements and their applications
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Implementation of the hermite element in 1d and the Argyris element in 2d with Dune
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Dune Project containing numerical Experiments for C1Elements module. To be used with https://gitlab.dune-project.org/maik.porrmann/c1elements and the dune modules (dune-project.org)
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Implementation of curved dune geometries by lagrange parametrization
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Dune module for developing parallel adaptive multigrid methods for phase fields problems in fracture mechanics.
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Java Project implementing a minimal Linear-Algebra library.
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AMDiS (Adaptive MultiDimensional Simulations) is a C++ library to solve a broad class of partial differential equations using adaptive finite elements.
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Code and Scripts related to paper "Nematic liquid crystals in curved thin films — a surface limit", Ingo Nitschke, Michael Nestler, Simon Praetorius, Hartmut Löwen and Axel Voigt
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AMDiS (Adaptive MultiDimensional Simulations) is a C++ library to solve a broad class of partial differential equations using adaptive finite elements.
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Code for a tutorial, demonstrating the implementation of tensor valued PDE on surface domains using the example of surface landau de gennes model.(See Nitschke etal "Nematic liquid crystals on curved surfaces: a thin film limit", PRS-A 2018)
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