Comptes Rendus

Special Issue

Computational AeroAcoustics: from acoustic sources modeling to farfield radiated noise prediction

Coordinated by: P. Sagaut; E. Manoha; T.-H. Lê

Table of contents

Editorial Board
p. CO2
Editorial
p. 657-659
An acoustic analogy applied to the laminar upstream flow over an open 2D cavity
p. 660-665
Some useful hybrid approaches for predicting aerodynamic noise
p. 666-675
Computational aeroacoustics applications based on a discontinuous Galerkin method
p. 676-682
ADER discontinuous Galerkin schemes for aeroacoustics
p. 683-687
Acoustic source terms study for non-isothermal flows using an aeroacoustic hybrid approach
p. 688-693
Study of stabilization methods for computational aeroacoustics
p. 694-698
Strictly stable high order difference approximations for computational aeroacoustics
p. 699-705
Multiple-scale modelling of acoustic sources in low Mach-number flow
p. 706-712
A stable and efficient hybrid method for aeroacoustic sound generation and propagation
p. 713-718
Verification of higher-order discontinuous Galerkin method for hexahedral elements
p. 719-725
Computational aeroacoustics using the B-spline collocation method
p. 726-731
Editorial Board
p. CO3