Round jets originating from a pipe nozzle are computed by large-eddy simulations (LES) to
investigate the effects of the nozzle-exit conditions on the flow and sound fields of initially …

Five isothermal round jets at Mach number and Reynolds number originating from a pipe
nozzle are computed by large-eddy simulations to investigate the effects of initial turbulence …

Large-eddy simulations (LESs) of isothermal round jets at a Mach number of 0.9 and a
diameter-based Reynolds number Re D of 10 5 originating from a pipe are performed using …

Several articles in the open literature document previous efforts to measure turbulent jets.
Most were acquired in cold, low speed jets, often using hotwire anemometry, although some …

Many tasks in fluids engineering require prediction of turbulence of jet flows. The present
document documents the single-point statistics of velocity, mean and variance, of cold and …

The fluid insert technology is an active noise reduction technique that has been shown to
successfully reduce supersonic jet noise in model scale nozzles. The goal of this paper is to …

The influence of the nozzle-exit boundary-layer profile on high-subsonic jets is investigated
by performing compressible large-eddy simulations (LES) for three isothermal jets at a Mach …

In this work we perform reactive control of stochastic disturbances in forced turbulent jets
based on destructive interference. The study is motivated by the success of recent studies in …

Two-point velocity statistics near the trailing edge of a controlled diffusion airfoil are
obtained, both experimentally and analytically, by decomposing Poisson's equation for …

Wavepackets obtained by a linear stability analysis of the turbulent mean flow were shown
in recent works to agree closely with some relevant statistics of turbulent jets, such as power …