The influence of modifying a jet's exit flow pattern on both the near and far-field turbulent
mixing processes and on the resulting combustion performance, is explored. This reveals …

On the basis of available knowledge, it is shown that different mechanisms may have control
in different jet flows or in different regions of a jet flow. In free jet flows, the downstream …

The influence of initial flow conditions on the passive scalar field of a turbulent free jet
issuing from the round nozzle is investigated in this paper by a review of the literature and a …

This paper reports the centerline evolutions of turbulent statistical properties in nine air jets
issuing from differently-shaped nozzles into still air surroundings. All nozzles of investigation …

The differences in mixing performance between axisymmetric turbulent jets issuing from
three common types of nozzle, viz. a contoured (or smooth contraction) nozzle, a sharp …

The main aim of this paper is to investigate the effect of nozzle geometry on the flow and
heat transfer from a pulsed jet into a concave surface. Experiments have been carried out for …

An experimental investigation is presented of a turbulent jet issuing from a round sharp-
edged orifice plate (OP) into effectively unbounded surroundings. Planar measurements of …

The paper reports an investigation of the influence of geometric profile of a long slot nozzle
on the statistical properties of a plane jet discharging into a large space. The nozzle-exit …

In the present experimental investigation, the flow and heat transfer characteristics of
synthetic jet (SJ) issuing from different lobed (3–10) star-shaped orifices are studied. Tests …

An experimental study using Particle Image Velocimetry (PIV) on free jets issuing from
different orifice plate (OP) nozzles is reported. Mean velocity, turbulence intensity and higher …