Fast-Implementation-Mixed-FEM

Version 1.0.2 (124 KB) von Theodore Weinberg

Fast Implementation of Mixed Finite Elements (Raviart-Thomas) for upcoming paper

https://github.com/tweinb1/Fast-Implementation-Mixed-FEM

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Aktualisiert 22 Jul 2019

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Fast implementation of the mixed finite element method
for the Darcy's problem discretized by lowest-order Raviart-Thomas finite elements using Matlab. The implementation is based on the so-called vectorized approach applied to the computation of the finite element matrices and assembly of the global finite element matrix. The code supports both 2D and 3D domains, and the finite elements can be triangular, rectangular, tetrahedral or hexahedral. The code can also be easily modified to import user-provided meshes.

Zitieren als

Theodore Weinberg (2024). Fast-Implementation-Mixed-FEM (https://github.com/tweinb1/Fast-Implementation-Mixed-FEM), GitHub. Abgerufen 24. April 2024.

Kompatibilität der MATLAB-Version

Erstellt mit R2017b

Kompatibel mit allen Versionen

Plattform-Kompatibilität

Windows macOS Linux

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Quellenangaben

Inspiriert von: Fast FEM assembly: edge elements

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2D_Q_RT0

2D_T_RT0

3D_Q_RT0

3D_T_RT0

Versionen, die den GitHub-Standardzweig verwenden, können nicht heruntergeladen werden

Version	Veröffentlicht	Versionshinweise
1.0.2	22 Jul 2019	Drivers fixed, primarily error in listing number of triangles and tetrahedrons being tested. Fixed one triangle driver crashing.
1.0.1	26 Sep 2018	Corrected error in which version it was created with.
1.0.0	26 Sep 2018

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