Rationale
This course is intended for researchers in industry and in 
academia including Ph.D. students with a good knowledge in 
fluid mechanics, who would like to build up or widen their 
knowledge in the field of aeroacoustics (modeling, 
computational tools and industrial applications).
It will first provide a comprehensive overview of recent 
insights of aeroacoustics theories (practical applications 
of Lighthills analogy and vortex sound, Goldsteins analogy, 
and coupling with instability waves).

Scope
A number of practical problems involving the coupling 
between CFDs results and CAA will be also thoroughly 
discussed (e.g. how to design a mesh for aeroacoustics 
simulations using large eddy simulation, inclusion of mean 
flow effects via hybrid formulations such as APE, presence 
of surfaces,...) and realistic applications performed by the 
instructors (aeronautics, car industry, propulsion, 
energy,...) will be analysed.
Moreover, advanced computational aeroacoustics methods will 
be presented, as well as what we can learn from the direct 
computation of aerodynamic noise. Specific topics reflecting 
participant interests will be discussed in a final round 
table session.

Lecturers
=========
Prof. Anurag Agarwal, University of Cambridge, UK
Prof. Christophe Bailly, Ecole Centrale de Lyon, France
Dr Christophe Bogey, Ecole Centrale de Lyon, France
Prof. Christophe Schram, Institute von Karman, Belgium
Prof. Wolfgang Schroder, Institute of Aerodynamics, Aachen, 
Germany
Dr. Gwenael Gabard, University of Southampton, UK


Registraton
===========
http://www.ercoftac.org/purchases/registration_for_computati
onal_aeroacoustics/