With the advent of massively parallel computing and the access to thousands of processors for a single computation, advanced numerical simulations of aeronautical flows face new perspectives and challenges. Among these new perspectives, current state-of-the-art Computational Fluid Dynamics (CFD) codes can now be integrated into wider industrial problems where multiphysics modeling and fully unsteady predictions are known to be crucial. Impact should be readily visible throughout a wide range of external and internal flow configurations: full aircraft computations, turbomachinery flows, reacting flows, thermo-acoustics, noise, heat transfer... The colloquium, supported by the European Commission, leading aeronautical manufacturers and research groups, aims at providing a review of the potential challenges to be faced in the field of unsteady multiphysics modeling and coupling techniques for LES, URANS, CAA...

Invited Keynote speakers

• Prof. Charbel Farhat , Stanford University, Stanford, USA
• Prof. Suresh Menon , Georgia Institute of Technology Atlanta, USA
• Prof. Pierre Sagaut , Pierre and Marie Curie University, Paris 6, France
• Prof. Charles Hirsch , NUMECA international, Brussels, Belgium
• Assoc. Prof. Juan J. Alonso , Stanford University, Stanford, USA
• Dr. Philippe Spalart , Boeing Commercial Airplanes, Seattle, USA

Scientific advisory board

Laurent Gicquel, Nicolas Gourdain, Thierry Poinsot, Jean-François Boussuge, Pascal Larrieu, Michel Dumas, Jean-Jacques Thibert

Organizations

CERFACS, ONERA, SAFRAN, AIRBUS, ERCOFTAC, Marie-Curie (FP7)

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