Computational approaches are being developed to study a range of problems in
aeroacoustics. These aeroacoustic problems may be classified based on the physical …

A hybrid method is applied to predict trailing edge noise based on a large eddy simulation
(LES) of the compressible flow problem and acoustic perturbation equations (APE) for the …

This paper describes a new step in the development of a Computational AeroAcoustics
(CAA) process whose general long term objective is the numerical prediction of the …

The acoustic field of a cold single stream jet at Mach number 0.9 and Reynolds number
3600 is determined via computational aeroacoustics (CAA) methods. The jet computation of …

The present article proposes an advanced methodology for numerically simulating complex
noise problems. More precisely, we consider the so-called multi-stage acoustic hybrid …

Eindelijk... is het eerste dat in mij opkomt nu ik begonnen ben met het neerschrijven van
mijn voorwoord. De laatste maanden zijn gekenmerkt door een chronisch gebrek aan slaap …

The development of physics-based noise prediction tools for analysis of aerodynamic noise
sources is of paramount importance since noise regulations have become more stringent …

In this paper errors arising from spatial and temporal discretization are discussed. A new
formulation to optimize time integration schemes is proposed. The new optimization also …

Taking place within more extensive work that focuses on hybrid methods in aeroacoustics,
the present study is devoted to the data transfer operations that are to be performed between …

Acoustic scattering simulations with non-uniform potential flow effects are performed by two
formulations described in the literature, valid under specific flow conditions. Both …