The study deals with understanding the flow and heat transfer aspects of a multi-orifice
synthetic jet (SJ), and the results are compared with a single orifice SJ. The effect of …

Experiments are carried out to understand the flow and thermal behavior of a pulsating jet.
The pulsating jet is generated using acoustic excitation. The study considered variations in …

An experimental study is conducted on a novel synthetic jet (SJ) design featuring integrated
flaps, with the results compared to those of a conventional SJ. This study addresses the …

A two-dimensional, axisymmetric numerical model is used to study the effect of synthetic jet
flow structure and thermal performance, validated with experimental data. The Reynolds …

The present study reports the thermal behavior of multiple jets on a hot concave surface with
different nozzle geometries such as circular and elliptical and different orientation. Tests are …

Present study reports the influence of various orifice shapes (circular, square, triangular, and
elliptical) on the local and average heat transfer properties of a metal foamed surface for a …

Annular impinging jets create a more uniform flow on the impact surface compared to
circular impinging jets, allowing the surface to cool better. Additionally, periodic flow …