The present review covers the latest evolution of computational aeroacoustics, the field that
deals with the noise generated by fluid flows and its propagation in the medium. It highlights …

The characteristics of supersonic cavity flows were investigated using large eddy simulation
together with the acoustic analogy method. A fifth-order hybrid compact-weighted essentially …

This paper presents an interactive design interface for three-dimensional free-form musical
wind instruments. The sound of a wind instrument is governed by the acoustic resonance as …

This work analyzes the modeling of structural noise sources on marine vessels to estimate
the resulting underwater radiated noise. In particular, the focus is on the structure-borne …

Computations of coupled phenomena between the fluid and acoustic interactions in the
cavity flow and heat conduction in the flat plates (stack) installed in the cavity were …

In this paper, we evaluate the utility of an unified/integrated framework for the prediction of
sound radiation from a wind turbine which tightly couples together the following model …

A numerical simulation of a single-reed instrument with a pressure chamber is conducted to
examine the interaction among the flow, reed oscillation, and acoustic propagation. The flow …

Small axial fans, commonly employed for cooling electronic equipment, are frequently
housed within narrow ducts, where intense tonal sound with duct resonance can occur …

To elucidate the selection mechanism of a predominant mode in acoustic radiation from the
recorder, the jet oscillations predicted by direct aeroacoustic simulations are analyzed …

Small axial fans are used for cooling electronic equipment and are often installed in a casing
with various slits. Direct aeroacoustic simulations and experiments were performed with …