• H. Nilsson (Chalmers) and M. Page (IREQ, Hydro Quebec), OpenFOAM Turbo Workgroup, progress report and descriptions of the ERCOFTAC conical diffuser case-study
• M. Page (IREQ, Hydro Quebec), Case-0 studies
• O. Bounous and H. Nilsson (Chalmers), Case-1 studies of different solvers, discretization schemes and turbulence models. Studies of a new case, with a dump after the diffuser
• O. Petit and H. Nilsson (Chalmers), Studies of the sliding grid interface and multiple reference frames in the ERCOFTAC conical diffuser
• C. Duprat and O. Metais (MoST, LEGI), Modelisation of a high Reynolds number swirling conical diffuser using LES
• Cerutti, L. Mangani, D. Nannicini (University of Florence), Radiative and combustion modeling for turbomachinery applications
• Blaim, O. Borm, T. Fröbel, H.P. Kau, Implementation of Rotor-Stator Interfaces in OpenFOAM
• Beaudoin (IREQ, Hydro Quebec), H. Jasak (Wikki Ltd.), Adaptation of the General Grid Interface (GGI) for Turbomachinery simulations with OpenFOAM

Mesh handling and generation

organized by Andrew Jackson, ICON

• E. de Villiers, A. Jackson (ICON), M. Janssens (OpenCFD Ltd), Automatic Parallel Polyhedral Mesh Generation on Complex Geometries in OpenFOAM
• D. Baldwin, Combined use of Blender and OpenFOAM
• C. Sideroff (Pointwise), Solid Modeling and Fault Tolerant Meshing - Strategies for Dealing with Faulty CAD
• S. Menon, D. Schmidt, J. Rothstein (University of Massachusetts), Z. Tukovic (University of Zagreb), Implementation of Mesh Topology Modifications for Accurate Interface Tracking in OpenFOAM
• F. Bos (Delft University of Technology), Moving and deforming meshes for flapping flight at low Reynolds numbers
• H. Jasak (Wikki), Automatic mesh generation
• B. Fabritius, J. Klostermann, Ch. Brücker, R. Schwarze (TU Bergakademie Freiberg), Handling non-uniform mesh deformation with OpenFOAM
• M. Spel, V. Rivola (R.Tech), Various Grid Generation Solutions for OpenFOAM
• G.R. Tabor, P.G. Young (The University of Exeter), H.Jasak (Wikki), Image-based Mesh Generation

Heat transfer and fluid structure interaction

organized by Alojz Ivankovic, University College Dublin, and Zeljko Tukovic, University of Zagreb

• A. Ivankovic, Ashkan Safari (University College Dublin), Z. Tukovic (University of Zagreb), Numerical modeling of fluid: biofilm interaction
• L. Mangani, C. Bianchini (University of Florence), External and internal heat transfer in turbomachinery applications
• T. Gallinger, A. Michalski, A. Kupzok, R. Wuchner, U. Bletzinger (Technical University of Munich), Coupled Simulation of Light-Weight Membrane Structures subject to Wind Loading
• V. Kanyanta, N. Quinn, A. Ivankovic, A. Karac (University College Dublin), Fluid-Structure Interaction in Bioengineering
• S. Kelly, M. O’Rourke (University College Dublin), Fluid-Structure Interaction Simulations on a Patient Based AAA Geometry

LES and hybrid LES/RANS models

organized by Gavin Tabor, The University of Exeter

• G.R.Tabor, M.H. Baba-Ahmadi (University of Exeter), Inlet conditions for LES
• J. Turnow, H. Kroeger, N. Kornev, S. Isaev, E. Hassel (University of Rostock), Large Eddy Simulation of Vortex Formation in a Channel with a Spherical Dimple
• Gian Marco Bianchi (University of Bologna), Simulation of internal combustion engine non-reactive flows in fixed grids
• H. Kröger, N. Kornev, E. Hassel (Universität Rostock), Implementation of Combustion Models for Large Eddy Simulation

Multiphase and Free-Surface Flows

organized by Eric Paterson, The Pennsylvania State University

• Eric Paterson (The Pennsylvania State University), Multiphase and Free-Surface Flow Simulations
• F. Franzoni, M. Milani, L. Montorsi (University of Modena and Reggio Emilia), Cavitation and Fluid Mixing in a Multi-Fuel Injection System
• K. Maki (University of Michigan), Simulation of Floating Bodies in Waves using VOF RANS and Dynamic Meshing
• S. Kim (Naval Surface Warfare Center), Modeling of Turbulent Cavitating Flows
• M. Page,S. Houde (Hydro-Québec Institut de recherche), Modeling of the flow in surge chamber with OpenFOAM

Other topics and advanced developments

organized by Hrvoje Jasak, University of Zagreb and Wikki Ltd

• H. Jasak (Wikki), Developments of advanced applications in OpenFOAM
• G. Romanelli, E. Serioli, P. Mantegazza (Politecnico di Milano), An accurate inviscid compressible solver for aerodynamic applications
• J. Krauß, Ö. Ertunç, A. Delgado (Uni Erlangen), Trials of implementation of Automatic Differentiation in OpenFOAM and a new proposal
• G. Boiger (Ice-SF), Large particle modelling in realistic filtration fibre geometries
• Z. Saldi, S. Kenjeres, C. Kleijn (Delft University of Technology), Numerical Simulations of Interfacial Flows in Magnetic Fields
• E. Mas de les Valls, L. Batet (Technical University of Catalonia), OpenFOAM capabilities for magnetohydrodynamic simulation under nuclear fusion technology conditions
• W. Mattheus, J. Klostermann, M. Triep, Ch. Brücker and R. Schwarze (TU Bergakademie Freiberg), Numerical Simulations of the 3 dimensional flow in a model of the human glottis
• M. Beaudoin (IREQ, Hydro Quebec), B. Gschaider (ICE Strömungsforschung GmbH), The OpenFOAM-extend project on SourceForge: current status