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Scientific Computing with Open-Source Software
W. Schroeder, CEO
Kitware Inc., USA
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Application of OpenFOAM® for Vehicle Aerodynamics Development at Audi
M Islam, Head of Aerodynamics & Aeroacoustics
Audi AG, Germany |
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Principal Sponsor Presentation: Intel® Cluster Ready
U. Becker-Lemgau
Intel, Germany |
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Industrial Open Source CFD at EDF with Code Saturne
M. Sakiz, D. Monfort, A. Douce
EDF R&D / MFEE, France |
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ICON FOAMpro: An Open Source CFD Support Service
E. de Villiers et al.
ICON Ltd., UK |
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Dynamic Mesh Feature in OpenFOAM
H. Jasak, H. Rusche
Wikki Ltd, UK
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OpenFOAM Benchmark on Railway Industry Testcases
F. Brännström
Bombardier Transportation GmbH, Germany |
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Automatic Topography Optimisation of Automobile Exhaust Systems with a Continuous Adjoint Method in OpenFOAM
C. Hinterberger, M. Olesen
EMCON Technologies GmbH, Germany |
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Development and Verification of a Large, Lagrangian, (Non-)Spherical Particle and Deposition Solver for OpenFOAM®
G. Boiger*, M. Mataln*, W. Brandstätter**
*ICE Strömungsforschung GmbH, **Montanuniversität Leoben, Austria
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Application of OpenFOAM for Designing Hydraulic Water Structures
F. Jacobsen
Parsons Brinckerhoff, Australia
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Performance Study of OpenFOAM® v1.6 on a Bullx HPC Cluster with a Panasas Parallel File System
S. Posey*, P. Calegari**, B. Loewe*
*Panasas Inc, USA, **Bull S.A.S, France |
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A Multiphase CFD Framework for Predicting Performance of Marine Propulsors Including the Effects of Cavitation
S. Kim
David Taylor Model Basin, USA |
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Automatic Wall Functions for RANS Computation in OpenFOAM
O. Kurenkov
Semcon GmbH, Germany |
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3D Calculation with Compressible LES for Sound Vibration of Ocarina
T. Kobayashi**, T. Takami**, M. Miyamoto*, K. Takahashi*, A. Nishida**, M.Aoyagi**
*Physics Laboratories, Kyusyu Institute of Technology, **RIIT, Kyusyu University, Japan |
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Implementing a Dynamic Global-coefficient Subgrid-scale Model based on Coherent Structures for Large-Eddy Simulation in OpenFOAM
S. Gharazi, G. Nejad
Tarbiat Modares University, Tehran, Iran
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From Packaging Space to CAD Geometry: Optimal Ducted Flows with Sequenced Topological and Shape Optimisation
T. Grahs*, C. Othmer**, Robinson***, C. Armstrong***
*move-csc, Germany, **Volkswagen AG, Germany, ***The Queen's University of Belfast, Ireland |
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Simulation of Noise Propagation Induced by Two Co-rotative Vortices
S. Probsting, L. Koloszar, P. Rambaud, J. Anthoine
Von Karman Institute, Belgium
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Advanced CFD Pre-processing Solutions For OpenFOAM
V. Skaperdas, S. Saltiel, C. Kolovos
Beta CAE Systems S.A., Greece
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CFD Simulation of Acid Mixing in Geothermal Pipes using OpenFOAM
J. O'Sullivan
University of Auckland, New Zealand
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Coal Gasification Solver coalFoam
D. Messig*, K. Uebel*, M. Grabner*, B Gschaider**, B. Meyer*
*TU Bergakademie Freiberg,**ICE Strömungsforschung GmbH, Austria |
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Non and Partially Reflecting Boundaries in OpenFOAM
C. Bianchini
University of Florence, Italy
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Multiphase Simulations of a Lyocell Process
C. Schrempf*, R. Bouwman**
*Lenzing AG, Austria, **ICON Ltd., UK |
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Modelling of an Industrial-scale High-pressure Partial Oxidation Reactor
M. Rehm*, P. Seifert*, B. Meyer*, M. Muller-Hagedorn**
*TU Bergakademie Freiberg, **Lurgi GmbH, Germany
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Simulation of a Wet Scrubber using a Combined Eulerian-Lagrangian Model
C. Goniva*, S. Pirker*, Z. Tukovic**, C. Feilmayr***, T. Burgler***
*Johannes Kepler, University, Austria **University of Zagreb, Croatia, ***Voestalpine Stahl GmbH, Austria
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Development and Validation of Inflow Generators for LES and DNS in OpenFOAM
N. Kornev, H. Kroger, E. Shchukin, A. Taranov, J. Turnow
University of Rostock, Germany
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FLOWHEAD: Adjoint Optimisation for Industrial CFD Workflow Processes
S. Petropoulou*, C. Othmer**, M. Sidorkiewicz***
ICON Ltd, UK, Volkswagen AG, Germamy, ***Renault SA, France
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HPC and CFD at EDF with Code Saturne
Y. Fournier, J. Bonellel
EDF R&D / MFEE, France
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Development of a Computational Fluid Dynamics-Tool to Predict the Thermal Load of Structures in Case of Fire
A. Amouzandeh*, S. Shrestha*, M. Zeiml*, R. Lackner**
*Vienna University of Technology, Austria **University of Innsbruck, Austria
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Simulation of Particle Filtration Processes in Deformable Media
M. Mataln*, G. Boiger*, W. Brandstätter**
*ICE Strömungsforschung GmbH, **Montanuniversität Leoben, Austria
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Applicability of Compressible LES to Reproduction of Sound Vibaration of an Air-reed Instrument
M. Miyamoto*, K. Takahashi*, T. Takami**, T. Kobayashi**, A. Nishida**, M.Aoyagi**
*Physics Laboratories, Kyusyu Institute of Technology, **RIIT, Kyusyu Institute of Technology, Japan
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Simulation of a large Wind Turbine Rotor Blade with Open Source code OpenFOAM
N. Kirrkamm*, B. Stoevesandt*, B. Gollnick**, J Peinke*
*University of Oldenburg, **Repower Systems AG, Germany
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OpenFOAM: RANS-Simulation of a Windturbine and Verification
H.Foste, B. Stoevesandt, J. Peinke
University of Oldenburg, Germany
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Investigating SODAR measurements of Wind Flow in Complex Terrain using CFD Simulations with OpenFOAM
J. O'Sullivan
University of Auckland, New Zealand
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Super Computing Enabled Optimisation of Motorsport Vehicle Design Process
P. Tiller*, S. Petropoulou**
*Lola Cars Ltd, **ICON Ltd., UK
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Anti-diffusion Correction for Sharp Interface of Two-phase Incompressible Flow
K. So, X. Hu, N. Adams
Technical University of Munich, Germany |
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Towards Fast Parallel CFD-DEM: An Open-Source Perspective
C. Goniva, C. Kloss and S. Pirker
Johannes Kepler University, Austria |
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LES of Vortex Formation in a Spherical Dimple and Genetic Optimization of Heat Transfer Surfaces
J. Turnow, N. Kornev, E.Hassel
University of Rostock, Germany |
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Further contributions to be confirmed |
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