Tidal wave deformation and tidal asymmetry widely occur in tidal estuaries and lagoons.
Tidal asymmetry has been intensively studied because of its controlling role on residual …

A procedure to accurately simulate a free hot supersonic jet and its associated noise, which
uses simultaneously a turbulence tripping method and a two-way coupling between a flow …

Results of the first formal perceptual study of jet crackle are presented. Prior studies
examined noise waveform properties believed to be linked to the jet crackle percept from a …

This editorial's goals are (1) to highlight a few key developments in supersonic jet and
launch vehicle noise research over the past several decades while describing some of the …

I. Introduction ne of the distinctive features visible in waveforms of supersonic jet noise is the
presence of acoustic shocks or large sudden increases in pressure. These shocks are often …

High-performance military aircraft noise contains large-and fine-scale turbulent mixing noise
and broadband shock-associated noise. A three-way spectral decomposition quantifies the …

Volcanic eruption source parameters may be estimated from acoustic pressure recordings
dominant at infrasonic frequencies (< 20 Hz), yet uncertainties may be high due in part to …

This study aims to numerically investigate the noise radiated by a reduced-scale rocket
engine jet at lift-off conditions including a flame trench. An over-expanded Mach 3.1 hot jet …

The jet sound quality “crackle” has historically been studied and quantified using the
statistics of the pressure waveform. Some investigators have suggested crackle, and its …

In this paper, quantitative understanding of a frequency-domain nonlinearity indicator is
developed. The indicator is derived from an ensemble-averaged, frequency-domain version …