| Session I |
Welcome by Event Organizers ICON
Simon Weston - Icon Ltd., UK |
 | | Aspects of OpenFOAM
Henry Weller - OpenCFD Ltd., UK |
| |  | Integration of OpenFOAM into Industrial CAE Processes
Eugene de Villiers - Ltd., UK |
| | Automatic Optimization of a Cooling Duct using OpenFoam
Moni Islam - Audi AG, Germany |
| |
| Session II |
| | FoamDSMC - a DSMC solver for rarefied flow applications based on OpenFoam
Thomas Hauser, Jeffrey Allen - Center for High Performance Computing, Utah State University, USA |
| | A multiscale simulation approach for diesel particulate filter design based on OpenFoam and DexaSIM
*Johannes Leixnering, *Bernhard Gschaider, **Montanuniversität Leoben, Austria |
| | CFD with atoms: molecular dynamics applied to nano scale engineering fluid mechanics simulation
Graham Mcpherson - Department of Mechanical Engineering, University of Strathclyde, UK |
| | Sponsor Presentation: Wrapping of Large Assemblies and Meshing of Scanned Components
Carl Hitchens - Materialise UK, UK |
| | | Poster Presentations (Exhibition Area) |
| |
| Session III |
| | Application of Multiphase Flow Modeling Approach to Turbulent Cavitating Flows
Sung-Eun Kim - Naval Surface warfare Center, USA |
| | Experiences with OpenFOAM for water turbine applications
Håkan Nilsson, Walter Gyllenram - Applied Mechanics, Chalmers University of Technology, Sweden |
| | Implementation of an Eulerian Multi-phase model in OpenFOAM and its application to polidesperse two-phase flow
Luiz Fernando Silva, Lage P.L.C - Universidade Federal do Rio De Janeiro, Brazil |
| Session IV |
| | Implementation of level set method based on OpenFOAM for capturing the free interface in incompressible fluid flows
Bitan Shu, Frank Dammel, Peter Stephan, - Technische Universität Darmstadt , Germany |
| | Simulation with incompressible flow with large boundary motion by deforming and regenerating the computational mesh
Mattias Liefvendahl, Carl Troëng - Swedish Defence Research Agency, FOI, Sweden |
| | | CFD Modeling of Elastohydrodynamic Lubrication
Markus Hartinger - Imperial College, UK |
| | Rotational symmetric hydraulic jump in liquid metal flow
*Thomas Schmidt, *Class A.G., **Neitsel P., *Forschungszentrum Karlsruhe GmbH, Institute for Nuclear and Energy Technologies (IKET), Germany. **Georgia Institute of Technology, USA |
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| Session V |
| | Heat Transfer Applications in Turbomachinery
L. Mangani, C. Bianchini - Dept of Energy Engineering "Sergio Secco", University of Florence, Italy |
| | Comparison of CFD with simplified models for sloshing in space-craft tanks
Oliver Gloth*, Y. Xia**, R. Schwane*** *enGits GmbH, Germany. AOES Group BV, The Netherlands. ***European Space Agency (ESA/ESTEC), The Netherlands |
| | Simulation of gas-solid fluidized bed hydrodynamics using OpenFOAM
Alex Londono Rodriguez, Carlos Londono, Alejandro Molina, Farid Chejne Energy Institute, TAYEA, National University of Colombia, Colombia |
| | Sponsor Presentation: Computational Fluid Dynamics Automatic Optimization using OpenFOAM in Grid Environments
*Gregory Katsaros, **Francisco Campos, *Dymosthenis Kyriazis, *Theodora Varvarigou, *Dept. of Electrical and Computer Engineering, National Technical University of Athens, Greece **Icon Ltd., UK |
| |
| Session VI |
| | Use of OpenFOAM in the Design and Optimization of Racecar and Other External Aero Applications
Robert Lewis - TotalSIM Ltd., UK |
| | Development of OpenFOAM application for internal combustion engine simulation
G. D'Erico, T. Lucchini G. Montenegro, M. Zanardi Dipartimento di Energetica, Politecnico di Milano, Italy |
| | Helping Industrial Users Gain Access to OpenFOAM
David Green, Francisco Campos - ICON Ltd., UK |
Proceedings 
