Heat transfer with the jet im**ement technique improves the heat transfer rate. Jet
im**ement is the only exceptional potential for heat transfer for wide industrial …

Bluff-body stabilised annular jets possess simple, well-defined, axisymmetric geometry, yet
exhibit highly complex flow fields, are susceptible to asymmetry at larger blockage ratios …

Confined jets occur in many engineering applications including combustion chambers, jet
pumps, and chemical reactors. The effects of axisymmetric confinement on the vortical …

This study investigates the swirling flow field downstream of a sudden expansion geometry.
The flow is measured using Stereoscopic Particle Image Velocimetry (S-PIV). The geometry …

The impact of particle addition jets on the flow field in natural gas pipelines was investigated,
and the structural information of the flow field at different flow velocities in a symmetric jet …

The turbulent flow resulting from a round jet issuing into an axisymmetric confined chamber
was investigated numerically using Large Eddy Simulation. The Reynolds number based on …

The rim-driven thruster (RDT) has drawn much attention worldwide and experienced rapid
development. Instead of being shaft-driven as in a traditional propulsion system, RDTs have …

This research undertakes a numerical investigation of an axisymmetric double-jet
semiconfined annular flow produced by a burner. The endeavor aims to thoroughly decipher …

In this paper, we focus on the effect of the inner diameter and Reynolds number on the
recirculation zone in an annular jet flow with numerical simulation by resolving the Reynolds …

Annular jets are usually encountered in many applications such as propulsion of rockets,
combustion engines, gas turbine, etc). The annular jet is formed by obstacles placed in the …