Software
2025
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Fast symbolic regression benchmarking2025doi:10.5281/zenodo.15469873 GitHub
BibLaTeX
@SOFTWARE{Martinek:2025:1, AUTHOR = {Martinek, Viktor}, PUBLISHER = {Zenodo}, URL = {https://github.com/viktmar/FastSRB/}, DATE = {2025}, DOI = {10.5281/zenodo.15469873}, TITLE = {Fast symbolic regression benchmarking}, }
2023
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The proximal map of the weighted mean absolute error2023doi:10.5281/zenodo.7620815
BibLaTeX
@SOFTWARE{BaumgaertnerHerzogSchmidtWeiss:2022:2, AUTHOR = {Baumgärtner, Lukas and Herzog, Roland and Schmidt, Stephan and Weiß, Manuel}, PUBLISHER = {Zenodo}, DATE = {2023}, DOI = {10.5281/zenodo.7620815}, TITLE = {The proximal map of the weighted mean absolute error}, } -
The SCOOP template engine2023PyPI
BibLaTeX
@SOFTWARE{Herzog:2023:1, AUTHOR = {Herzog, Roland}, URL = {https://pypi.org/project/scoop-template-engine/}, DATE = {2023}, TITLE = {The SCOOP template engine}, } -
Thermodynamics-informed symbolic regression (TiSR). A tool for the thermodynamic equation of state development2023doi:10.5281/zenodo.8317546 GitHub
BibLaTeX
@SOFTWARE{Martinek:2023:1, AUTHOR = {Martinek, Viktor}, PUBLISHER = {Zenodo}, URL = {https://github.com/scoop-group/TiSR/}, DATE = {2023}, DOI = {10.5281/zenodo.8317546}, TITLE = {Thermodynamics-informed symbolic regression (TiSR). A tool for the thermodynamic equation of state development}, }
2022
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Numerical model for single spot pulsed laser beam welding2022GitHub
BibLaTeX
@SOFTWARE{Strelnikov:2022:1, AUTHOR = {Strelnikov, Dmytro}, URL = {https://github.com/optipulsproject/python-optipuls/}, DATE = {2022}, TITLE = {Numerical model for single spot pulsed laser beam welding}, }
2021
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Continuous Galerkin schemes for semi-explicit differential-algebraic equations2021doi:10.5281/zenodo.4682720
BibLaTeX
@SOFTWARE{AltmannHerzog:2021:1, AUTHOR = {Altmann, Robert and Herzog, Roland}, PUBLISHER = {Zenodo}, DATE = {2021}, DOI = {10.5281/zenodo.4682720}, TITLE = {Continuous Galerkin schemes for semi-explicit differential-algebraic equations}, } -
Molecular dynamics simulation tool for high entropy alloys2021GitHub
BibLaTeX
@SOFTWARE{Ospald:2021:1, AUTHOR = {Ospald, Felix}, URL = {https://github.com/fospald/heamd/}, DATE = {2021}, TITLE = {Molecular dynamics simulation tool for high entropy alloys}, }
2019
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fibergen: An introductory tool for FFT-based material homogenization2019GitHub
BibLaTeX
@SOFTWARE{Ospald:2019:3, AUTHOR = {Ospald, Felix}, URL = {https://github.com/fospald/fibergen/}, DATE = {2019}, TITLE = {fibergen: An introductory tool for FFT-based material homogenization}, }
2018
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First and second order shape optimization based on restricted mesh deformations2018doi:10.5281/zenodo.2547481
BibLaTeX
@SOFTWARE{EtlingHerzogLoayzaRomeroWachsmuth:2018:2, AUTHOR = {Etling, Tommy and Herzog, Roland and Loayza Romero, Estefanía and Wachsmuth, Gerd}, PUBLISHER = {Zenodo}, DATE = {2018}, DOI = {10.5281/zenodo.2547481}, TITLE = {First and second order shape optimization based on restricted mesh deformations}, } -
A solver in OpenFOAM for the simulation of injection molding2018GitHub
BibLaTeX
@SOFTWARE{Ospald:2018:1, AUTHOR = {Ospald, Felix}, URL = {https://github.com/fospald/injectionMoldingFoam/}, DATE = {2018}, TITLE = {A solver in OpenFOAM for the simulation of injection molding}, } -
A Python tool for the topology optimization of short fiber reinforced plastics2018GitHub
BibLaTeX
@SOFTWARE{Ospald:2018:2, AUTHOR = {Ospald, Felix}, URL = {https://github.com/fospald/SFRP_Topology_Optimization/}, DATE = {2018}, TITLE = {A Python tool for the topology optimization of short fiber reinforced plastics}, } -
The shortest path algorithm on the surface of OpenFOAM meshes2018GitHub
BibLaTeX
@SOFTWARE{Ospald:2018:3, AUTHOR = {Ospald, Felix}, URL = {https://github.com/fospald/fastMarchingFoam/}, DATE = {2018}, TITLE = {The shortest path algorithm on the surface of OpenFOAM meshes}, }