Fast FEM evaluation of nonlinear energies: hp elements
Cite As
Mirek Frost, Alexej Moskovka and Jan Valdman (2023). Fast FEM evaluation of nonlinear energies: hp elements (https://www.mathworks.com/matlabcentral/fileexchange/125465), MATLAB Central File Exchange. Retrieved May 17, 2023.
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Acknowledgements
Inspired by: Fast FEM assembly: nodal elements, Fast FEM assembly: edge elements, Fast elastoplastic FEM assembly
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directory_HP
directory_HP/hyperelasticity_2D
directory_HP/library_assemblies_nodal
directory_HP/library_energy_evaluation
directory_HP/library_hp_shape_functions
directory_HP/library_integration
directory_HP/library_meshing
directory_HP/library_meshing/algebra
directory_HP/library_meshing/domains/2D
directory_HP/library_mix
directory_HP/library_vectorization_faster
directory_HP/library_visualization
directory_HP/pLaplace_2D
directory_P1
directory_P1/hyperelasticity_2D
directory_P1/library_assemblies_nodal
directory_P1/library_energy_evaluation
directory_P1/library_meshing
directory_P1/library_meshing/algebra
directory_P1/library_meshing/domains/2D
directory_P1/library_mix
directory_P1/library_vectorization_faster
directory_P1/library_visualization
directory_P1/pLaplace_2D
Version | Published | Release Notes | |
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2.0.1 | The comments inside some functions have been modified |
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2.0.0 | Minimizations with P1 elements have been included. For both p-Laplace and hyperelasticity problems the comparison of P1 and hp finite elements is provided by the code. Additionally, the code files and folders have been restructured. |
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1.0.1 | The citation has been adjusted |
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1.0.0 |