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= <center>Fourth OpenFOAM Workshop, June 1-4 2009, Montreal, Canada</center> =
= June 1: =

8h00 - 9h00 : Registration

== Basic / Advanced trainings ==

9h00 - 17h00

= June 2: =

8h00 - 9h00 : Registration

9h00 - 17h40

17h40 - 19h00 : Cocktail reception

== Feature presentation ==
* H, Jasak (Wikki Ltd), OpenFOAM: A Year in Review.

== Automotive and combustion ==
Hosted by Gianluca D'Errico (Politecnico di Milano)
* T. Lucchini, Gi. D'Errico, F. Piscaglia, D. Ettorre and A. Montorfano (Politecnico di Milano), Development of OpenFOAM for the simulation of the combustion process and the exhaust-after treatment system in Diesel Engines.
* L. Gagnon, M.J. Richard and B. Levesque (Universite Laval), Using OpenFOAM to Model Energy Taken from the Swirl behind a Car.
* C.H. Beck and W. Krebs (Siemens AG), Evaluation of OpenFOAM for unsteady simulations of gas turbine combustion systems.
* Y. Wang, P. Chatterjee and S. Dorofeev (FM Global), Large Eddy Simulation of Thermal and Fire Plumes Based on OpenFOAM Toolbox.
* A. Jackson (ICON), Development and validation in an automotive production environment.

== Lunch ==

== Turbulence modelling ==
Hosted by Gavin Tabor (University of Exeter)
* H. Nilsson (Chalmers University of Technology), The Dellenback Abrupt Expansion OpenFOAM Case-Study, and the kOmegaSSTF turbulence model.
* M. Meldi and G. Cantore (Universita di Modena e Reggio Emilia), LES quality assessment in predicting ICE flows.
* P.B. Vincent, G. Dumas (Universite Laval) and S. Houde (Hydro-Quebec), Detached Eddy Simulation of Swirling Flow in a Hydroturbine Draft Tube using OpenFOAM.
* J. Sumner and C. Masson (Ecole de technologie superieure), Improving the k-epsilon turbulence model for simulation of atmospheric boundary layer flow.
* D.S. Jarman (Hydro International plc), G. Tabor (University of Exeter), M.G. Faram(Hydro International plc) and D. Butler (University of Exeter), A comparison of RANS turbulence models in the prediction of confined turbulent swirling flows in urban drainage flow controls.

== Turbomachinery ==
Hosted by Hakan Nilsson (Chalmers University of Technology)
* O. Petit, H. Nilsson (Chalmers University of Technology), M. Page and M. Beaudoin (Hydro-Quebec), The ERCOFTAC centrifugal pump OpenFOAM case-study.
* F. Champet and E. Parkinson (Andritz Hydro Ltd), Flow Computation and Quantitative Analysis of Pelton Distributors.
* H. Herenger (High Performance Computing Systems Stuttgart), Implementation of a Virtual Turbine - Towards interactive design of hydraulic turbomachinery.
* M. Auvinen (Helsinki University of Technology), Flow Analysis of a Single-Blade Pump with OpenFOAM.

== Cocktail reception ==

= June 3: =

9h30 - 17h30

19h00 - 22h00 : Banquet

== Feature presentation ==
* B. Gschaider (ICE Stromungsforschung), pyFoam - Happy foaming with Python.

== Mesh handling and generation ==
Hosted by Hrvoje Jasak (Wikki Ltd.)
* H. Jasak (Wikki Ltd) and M. Beaudoin (Hydro-Quebec), General Grid Interface: Numerical Basis, Implementation and Validation.
* C. Dear, J.P. Steinbrenner (Pointwise) and J.P. Abelanet (Basis Software), Anisotropic Mesh Generation for Computational Fluid Dynamics.
* S. Menon and D.P. Schmidt (University of Massachusetts), Adaptive Tetrahedral Remeshing for Multiphase Flow Simulations in OpenFOAM.
* Z. Tukovic and H. Jasak (University of Zagreb), Simulation of thin liquid film flow using OpenFOAM finite area method.
* R. Smith (Symscape), SymLab: An Interactive Simulation Environment for OpenFOAM.

== Lunch ==

== Multiphase flow, Heat and Mass transfer ==
Hosted by Henrik Rusche (Wikki Ltd.)
* H. Rusche (Wikki Ltd), Metallurgical process simulations using OpenFOAM.
* N.I. Drobyshevskii and R.V. Mukin (Nuclear Safety Institute of the Russian Academy of Sciences), Modeling of aerosol deposition using the diffusion-inertia model in OpenFOAM.
* B. Selma, R. Bannari and P. Proulx (Universite de Sherbrooke), Direct Quadrature Method of Moments (DQMOM) and Classes Method (CM) for bubble size distribution.
* R. Bannari, B. Selma, A. Bannari and P. Proulx (Universite de Sherbrooke), Design and CFD analysis of mass transfer and distributions of shear stresses in Airlift reactor.
* R. Bannari, A. Bannari, B. Selma and P. Proulx (Universite de Sherbrooke), A Coupled CFD-Kinetic Models for Cellulase Production in Airlif Reactor.

== Ship hydrodynamics and Fluid-structure interaction==
Hosted by Eric Paterson (Pennsylvania State University)
* E. Paterson and K. Smith (Pennsylvania State University), Simulation of Wakes, Wave Impact Loads, and Seakeeping using OpenFOAM.
* K.J. Maki and W.J. Rosemurgy (University of Michigan), Thin-Ship Theory of Wave Resistance on Finite-Volume Grids.
* S. McIntyre and M. Kinzel (Pennsylvania State University), A Comparison of Interface-Capturing Schemes for Real-World Applications.
* M. Olivier and G. Dumas (Universite Laval), Non-Linear Aeroelasticity for Nano-Air-Vehicles Applications Using OpenFOAM.

== Dinner banquet ==

= June 4: =

9h00 - 17h15

== Feature presentation ==
* B. Gschaider (ICE Stromungsforschung) amd M. Beaudoin (Hydro-Quebec), OpenFOAM-extend on SourceForge.net.

== Working group meetings / Clinic ==

== Lunch ==

== BoF sessions ==

== Plenary session ==