We investigate the intermittency of the coupling behaviour in screeching twin round
supersonic jets at low Mach numbers across a range of nozzle spacings. Application of …

Propeller noise generally exhibits a rich mixture of tonal and broadband components related
to different physical mechanisms. Specifically, the tones are characterized by having …

Aeroacoustics of innovative aircraft cannot disregard the development of low-order models
for the jet noise source, which are essential to assess the propulsion–airframe interactions …

This study, conducted at the University of Bristol's aeroacoustic facility, explores the
aeroacoustic characteristics of a 10-inch APC propeller in pusher configuration within …

A hydrodynamic and acoustic mode decomposition method for velocity and pressure based
on Helmholtz decomposition and momentum equation is proposed. It is able to decompose …

In this paper, the acoustic pressure generated in the near field of a single stream cold jet is
investigated. The analysis is focused on the effect of the initial conditions at the nozzle exit …

Imperfectly expanded jet flows are known to have additional noise sources known as
Screech and broadband shock-associated noise. They are generated by the interaction …

Near-field hydrodynamic and acoustic characteristics of an unheated subsonic jet with
chevron nozzles were investigated experimentally with and without jet installation effects …

The use of surrogate models in recent times plays a key role in the design process and, over
the past few years, machine learning algorithms are adapting to the use of active …

In this study, the parameters of a wave-packet model for subsonic jet noise prediction are
systematically optimized by leveraging near-and far-field data obtained from the large-eddy …