Training
Training
| Beginner | Intermediate | Advanced |
| Monday | |
| Training I-A |
A Crash Introduction to the Finite Volume Method and Discretization Schemes in OpenFOAM Joel Guerrero - University of Genova |
| Training I-B |
Running OpenFOAM on AWS Scott Eberhardt & Neil Ashton - Amazon Web Services (AWS) |
| Training I-C |
Solid Mechanics and Fluid-Solid Interaction Using the solids4Foam Toolbox Philip Cardiff - University College Dublin |
| Training I-D |
Advanced ParaView, Pre-Processing via Computational Model Builder, In Situ Post-Processing Using Catalyst Dave DeMarle - Kitware, Inc. |
| Tuesday | |
| Training II-A |
An introduction to swak4Foam and PyFoam Bernhard Gschaider - HFD Research |
| Training II-B |
Understanding Linear Equation Solvers & the fvSolution Options Tessa Uroić - University of Zagreb |
| Training II-C |
Applied Turbulence Modeling in OpenFOAM Gavin Tabor - University of Exeter |
| Training II-D |
Meshing with cfMesh and CF-MESH+ Franjo Juretić - Creative Fields |
| Training II-E |
OpenFOAM for Multiphysics Applications Holger Marschall - TU Darmstadt |
| Wednesday | |
| Training II-A |
Adding a Transport Equation to scalarTransportFoam Henrik Rusche - Wikki GmbH |
| Training II-B |
Rotating Machinery Håkan Nilsson -Chalmers University of Technology |
| Training II-C |
blastFoam for High-Explosive Detonations Tim Brewer - Synthetik Applied Technologies |
| Training II-D |
Programming with PyFoam: Automate the Boring Stuff Bernhard Gschaider - HFD Research |
| Training II-E |
Multiphysics Modeling with the preCICE Coupling Library: Coupling OpenFOAM with CalculiX/deal.II Gerasimos Chourdakis - Technical University of Munich |
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