OOFEM.ORG: open-source, object-oriented finite element solver

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en:credits [2019/10/07 17:55] – smilaueren:credits [2021/12/22 08:58] (current) – bp
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 **[[http://mech.fsv.cvut.cz/~dr|Daniel Rypl]]**, (subdivision in 3D, cooperation on IGA module)\\ **[[http://mech.fsv.cvut.cz/~dr|Daniel Rypl]]**, (subdivision in 3D, cooperation on IGA module)\\
 **[[http://mech.fsv.cvut.cz/~smilauer|Vít Šmilauer]]**, (homogenization, interface to CEMHYD3D, damage model for orthotropic materials)\\ **[[http://mech.fsv.cvut.cz/~smilauer|Vít Šmilauer]]**, (homogenization, interface to CEMHYD3D, damage model for orthotropic materials)\\
-**Martin Horák**, (nonlinear formulation of some elements)\\+**Martin Horák**, (OOFEM lieutenant, multi-physics problems, contact algorithms, geometrically non-linear formulations)\\
 **Petr Havlásek**, (advanced implementation of B3 material model based on solidification theory)\\ **Petr Havlásek**, (advanced implementation of B3 material model based on solidification theory)\\
 **Filip Kolařík**, (P2P1 Taylor Hood element)\\ **Filip Kolařík**, (P2P1 Taylor Hood element)\\
en/credits.1570463750.txt.gz · Last modified: by smilauer