Following the release of GeekoCFD 4.0.0, also GeekoCFD 4.0.0 text mode was upgraded to openSUSE 12.2, and it is now available on SUSE Gallery. This version of GeekoCFD is thought to provide direct access to open-source CFD tools on systems without graphical interface, typically used to perform simulations.
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GeekoCFD 4.0.0 released
GeekoCFD 4.0.0 is now available for download from SUSE Gallery. The release is based on the recently released openSUSE 12.2, and relies on updated versions of all major applications and system components. The most important changes and additional features are: Updated version of OpenFOAM® 2.1.x (x > 1, Including commit 969dc72c1aad45b98224e74917984401bdc76b82 – Wed Aug 29 2012) Upgraded packages according to openSUSE 12.2 release Re-introduced selection of octave-forge packages New Hyper-V image added to the choice of virtual images Additionally, some decisions on future developments were taken: The release of GeekoCFD 4.0.0 signs the end of life of GeekoCFD 2.2.0, since its base distribution, openSUSE 11.4 will stop being supported two…
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GeekoCFD 3.1.0 released
GeekoCFD 3.1.0 and GeekoCFD Text Mode 3.1.0 are now available. This is a mantenance release, which updates OpenFOAM® at the current 2.1.x version from the git repository, and includes security updates from openSUSE. This offering is not approved or endorsed by OpenCFD Limited, the producer of the OpenFOAM software and owner of the OPENFOAM® and OpenCFD® trade marks. Alberto Passalacqua is not associated to OpenCFD Ltd.
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GeekoCFD 3.0.0. released
I am pleased to announce the release of GeekoCFD 3.0.0, the live distribution for CFD based on openSUSE 12.1 – 64 bit. Among the most important changes compared to the previous version (2.2.0), we have: OpenFOAM upgraded to version 2.1.x OpenFOAM ThirdParty package upgraded to 2.1.x Upgraded packages according to openSUSE 12.1 release System o OpenSUSE 12.1 – 64 bit o Kernel 3.1.0 o gcc 4.6.2 o KDE 4.7.2 Scientific software o cantor o gmsh 2.5.0 o grace o gsl o wxMaxima and Maxima o Octave o OpenFOAM® 2.1.x o Paraview 3.12 o pyFoam o R Development tools o DDD o Eclipse Helios with CDT o Emacs o git o…
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An eigensolver and a moment inversion algorithm for OpenFOAM
This week I have released the port to OpenFOAM 2.1.x of the eigensolver available in the TNT/JAMA library. It can be downloaded from here. I have also released a simple implementation of the uni-variate moment, non-adaptive, inversion algorithm used in quadrature-based moment methods, which is available from here. If you download the moment inversion algorithm, it also carries the eigensolver, since it depends on it. This offering is not approved or endorsed by OpenCFD Limited, the producer of the OpenFOAM software and owner of the OPENFOAM® and OpenCFD® trade marks. Alberto Passalacqua is not associated to OpenCFD Ltd.