Differences

This shows you the differences between two versions of the page.

--- en:credits [2021/12/22 08:58] – bp
+++ en:credits [2025/11/26 12:25] (current) – bp
@@ Line 38: / Line 38: @@
 world to use.
-**[[http://mech.fsv.cvut.cz/~bp/|Bořek Patzák]]**, (OOFEM Architect, Project Leader, coding, documentation, testing)\\
+**[[https://mech.fsv.cvut.cz/~bp/bp.html|Bořek Patzák]]**, (OOFEM Architect, Project Leader, coding, documentation, testing)\\
 **Zdeněk Bittnar** (special thanks for valuable comments on the functionality and documentation)\\
-**[[http://cml.fsv.cvut.cz/~milan/|Milan Jirásek]]**, (Sloan renumbering, stimulating discussions)\\
+**[[https://mech.fsv.cvut.cz/~milan/|Milan Jirásek]]**, (Sloan renumbering, stimulating discussions)\\
-**[[http://bittnar.info|Petr Bittnar]]**, for valuable help with css\\
-**Simon Rolshoven**, (Drucker Prager plasticity model)\\
-**Ladislav Svoboda**, (hanging nodes, cct3d and tr_shell01 elements)\\
-**Jaroslav Kruis**, (implementation of some elements)\\
-**Jiří Němeček**, (microplane model implementation)\\
-**Peter Grassl**, (truss2d improvements, damage-plastic model for concrete concreteDPM)\\
-**Richard Vondráček**, (implementation of Direct Sparse Solver)\\
-**Jose E. Roman, Francisco Alvaro**, (interface to SLEPc)\\
-**Růžena Chamrová**, (implementation of XFEM support)\\
-**[[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)\\
 **Martin Horák**, (OOFEM lieutenant, multi-physics problems, contact algorithms, geometrically non-linear formulations)\\
+**[[https://mech.fsv.cvut.cz/~smilauer/|Vít Šmilauer]]**, (homogenization, interface to CEMHYD3D, damage model for orthotropic materials)\\
+**[[https://github.com/eudoxos|Václav Šmilauer]]**, (Python bindings, GitHub integration, Eigen support)\\
 **Petr Havlásek**, (advanced implementation of B3 material model based on solidification theory)\\
 **Filip Kolařík**, (P2P1 Taylor Hood element)\\
-**Mathieu Charlebois** (Orthotropic elastoplastic model with isotropic damage)\\
 **Mikael Öhman** (Developing multiscale models and models for surface tension driven free surface flows)\\
 **Jim Brouzoulis** (Modeling delaminations and cracks using XFEM in composite shells)\\
@@ Line 61: / Line 51: @@
 **Martin Fagerström** (Implementation of cohesive zone models for modelling of delamination in composites)\\
 **Erik Svenning** (Modeling of cracks and fracture using XFEM)\\
+**Peter Grassl**, (truss2d improvements, damage-plastic model for concrete concreteDPM)\\
+**Jose E. Roman, Francisco Alvaro**, (interface to SLEPc)\\
+**[[http://bittnar.info|Petr Bittnar]]**, for valuable help with css\\
+**Simon Rolshoven**, (Drucker Prager plasticity model)\\
+**Ladislav Svoboda**, (hanging nodes, cct3d and tr_shell01 elements)\\
+**Jaroslav Kruis**, (implementation of some elements)\\
+**Jiří Němeček**, (microplane model implementation)\\
+**[[http://mech.fsv.cvut.cz/~dr|Daniel Rypl]]**, (subdivision in 3D, cooperation on IGA module)\\
+**Richard Vondráček**, (implementation of Direct Sparse Solver)\\
+**Růžena Chamrová**, (implementation of XFEM support)\\
+**Mathieu Charlebois** (Orthotropic elastoplastic model with isotropic damage)\\
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 **Darwin Martinez** and **Oswaldo Meneses**, (translation of User manual to Spanish)