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Presentations:
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Invited Academic Keynote Speaker
Whither Open-Source CFD: Perspective from an OpenFOAM® User, Developer, Teacher, and Community Organizer
Dr. E. G. Paterson
Virginia Polytechnic Institute and State University, USA
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Invited Academic Keynote Speaker
Continuous Adjoint Methods in Shape, Topology, Flow-Control and Robust Optimization
Prof. K. Giannakoglou
National Technical University of Athens, Greece
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Simplified HPC Clusters for Complex CFD Applications
T. Kent*, U. Becker-Lemgau**
*ClusterVision, Netherlands; **Intel, Germany
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Conjugate and Block-Coupled Implicit Solution Techniques for Coupled Problems in OpenFOAM®
H. Jasak
Wikki, UK
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Open Source CFD Applications for Aerodynamics at Audi
K. Zens
Audi AG, Germany
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Gas Cloud Build-up Exceedance Studies Using OpenFOAM®
C. Dixon
Shell Global Solutions, UK
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Adjoint Optimization as Effective Tool for Maximizing Cooling Duct Performance
A. Torluccio
Automobili Lamborghini SpA, Italy
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Title to be Confirmed
P. Bennett
CV Group, USA
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GPL, the Law, and the Community
B. Perens
Open Source Advocate, USA
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Simulating Industrial Turbo-Machinery Applications Using Novel Coupled Solvers for OpenFOAM®
M. Buchmayr*, L. Mangani**, M. Darwish***
*University of Technology Graz / Andritz Hydro, Austria; **Hochschule Luzern, Switzerland; ***American University Beirut, Lebanon
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Modelling Liquid Jet Break-Up in Twin-Fluid Atomisers Using OpenFOAM®
P. Garlick*, W. Maru**, A. Jasuja***
*Tourbillion Technology Ltd, UK; **Multiphase Flow Technologies Ltd, UK; ***Cranfield University, UK
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Enhanced Geometry Capture with foamProMesh
D. Martineau
ICON, UK
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Gearbox Splash Lubrication Analysis, a CFD Approach
D. Speziani*, V. Fabio**, S. Vincenzo**, A. Pasquali*
*Phitec Ingegneria, Italy; **Oerlikon Drive Systems, Italy
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Simulation of Efficiency and Emissions of a Domestic Boiler
W. J. S. Ramaekers, F. A. Tap
Dacolt, Netherlands
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CFD Analysis of the Flow in a Tube Heat Exchanger
W. Hageraats
Dynaflow Research Group, Netherlands
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SiMBA: Graphical HPC Application Suite for Supporting the Product Simulation Lifecycle
R. O'Bara
Kitware Inc., USA
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Mesh Sensitivity Studies for External Aerodynamics CFD Simulations with OpenFOAM®
V. Skaperdas, A. Iordanidis
BETA CAE Systems S.A., Greece
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Implementation of an Euler Multiphase Solver based on OpenFOAM® for Bubble Column Reactor Design
Z. Zhang, M. Maekawa
Chiyoda Advanced Solutions Corporation, Japan
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Comparison of CFD with Two-Dimensional Strip Theory for Wind Turbine Simulation
I. Elqatary, B. Elhadidi
Cairo University, Egypt
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Numerical Simulation of Noise Generation of a Wing-Slat Conguration
L. Kapa-Koloszar, P. Rambaud
Von Karman Institute, Belgium
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CFD Process Automation for Turbomachinery Applications Using Open-Source Technologies
J. Šimonek, M. Hajšman, A. Pacák
CFD Support, s.r.o., Czech Republic
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Advanced Multiphase Modeling of Solidification with OpenFOAM®
A. Vakhrushev*, A. Ludwig*, M. Wu*, Y. Tang**, G. Hackl**, G. Nitzl**
*University of Leoben, Austria; **RHI AG, Austria
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swak4Foam - A Toolbox for Flexible Case Setup and Evaluation
B. Gschaider
ICE Strömungsforschung, Austria
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Two Case Studies on Finding a Niche for Open Sourced CFD Software in the Water/Wastewater Industry
B. Majano, G. Kenny
RV Anderson Associates Ltd, Canada
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The Novel Approach of the Co-Design High-Performance Computing Architecture and it's Effect on OpenFOAM® Scalability
G. Shainer
Mellanox Technologies, USA
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Granular Flow in Hot Metal Production Processes - Simulation and Lab-Scale Validation
C. Kloss, C. Goniva, P. Seil, S. Pirker
JKU Linz, Austria
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Automated Generation of Structured Meshes for Wind Energy Applications
J. Schmidt, C. Peralta, B. Stoevesandt
Fraunhofer IWES, Germany
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Development of Advanced Combustion Models for Simulation of Internal Combustion Engines
T. Lucchini, G. Montenegro, G. D'Errico, A. Onorati, L. Cornolti
Politecnico di Milano, Italy
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Fast Simulation of Liquid Films on a Rotating Disc
P. Vita*, B. F.W. Gschaider**
*University of Leoben, Austria; **ICE Strömungsforschung GmbH, Austria
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Numerical and Experimental Investigation of the Role of Asymmetric Gas Flow in the Liquid Breakup of Droplets
J. Nagy, C. Jordan, M. Harasek
Vienna University of Technology, Austria
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CFD Simulation of Porous Substrates for Internal Combustion Engine Applications
A. Della Torre*, G. Montenegro*, G. Tabor**
*Politecnico di Milano, Italy; **University of Exeter, UK
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On the Complex Human Blood Flow Modeling
L. Pirkl
CFD Support, s.r.o., Czech Republic
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Posters:
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Numerical Computation of Real Gas CH4/O2 Counterflow Diffusion Flames Using OpenFOAM®
H. Müller, S. Pohl, M. Jarczyk, M. Pfitzner
University of the Federal German Armed Forced Munich, Germany
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Simulation of Laminar-Turbulent Transition with the Three-Equation k-kL-ω Model
J. Furst
Czech Technical University, Czech Republic
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Validation of Lagrangian Particle Tracking in Case of Backward Facing Step
A. Karvinen, H. Ahlstedt
Tampere University of Technology, Finland
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Further contributions to be confirmed shortly. |
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