The aim of this work is to provide practical guidelines for designing sponge layers
considering applications in computational fluid dynamics and computational aeroacoustics …

The noise radiated by a flow past a cavity has been widely studied during the last fifty years
because of its practical interest and because of the variety of theoretical questions that it …

In this paper, we study the acoustic emissions of the flow over a rectangular cavity.
Especially, we investigate the possibility of estimating the acoustic emission by analysis of …

The present paper describes a method to derive information about the acoustic emission of
a flow using particle image velocimetry (PIV) data. The advantage of the method is that it …

The fluid-acoustic interactions in a flow over a two-dimensional rectangular cavity are
investigated by directly solving the compressible Navier–Stokes equations. The upstream …

We investigate the feasibility of gradient-free aeroacoustic shape optimization using the flux
reconstruction (FR) approach to study two-dimensional flow at low Reynolds numbers. The …

The present work focuses on the study of noise generation and radiation of an infinite open
three-dimensional cavity at low Mach number with laminar upstream conditions that is of …

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 aim of the present study is to compare two different acoustic analogies applied to time-
resolved particle image velocimetry (PIV) data for the prediction of the acoustic far-field …

Abstract A three-dimensional (3D) hybrid LES-acoustic analogy method for computational
aeroacoustics (CAA) is presented for the prediction of open-cavity noise. The method uses …