Synthetic Jet (SJ) has emerged as a promising heat transfer enhancement fluidic device,
giving tough competition to other existing thermal management techniques. This paper aims …

Abstract A Synthetic Jet Actuator (SJA) is a fluidic device that generates a quasi-steady jet of
fluid by the cyclic suction and blowing of fluid into and out of a cavity across a slot or an …

Impinging synthetic jets have excellent potential for energy-efficient local cooling in confined
geometries. For a given geometry, synthetic jet flows are mainly characterised by the …

Extensive research has been carried out to meet the cooling demand of high heat flux
electrical and electronic devices. Among the emerging cooling technologies, synthetic jet …

Present study highlights the flow control effectiveness of newly designed synthetic–jet–
actuator (SJA) arrays placed at 23% and 43% of the chord from the leading edge of a low …

We have carried out a preliminary study of the physical processes leading to the formation of
a jet into external quiescent surroundings driven by thermoacoustic standing waves. The …

A predictive approach for the Synthetic Jet (SJ) formation, which couples formation criteria
already available from the literature, with outcome to Lumped Element Modeling (LEM) …

This article studies the flow structures and main patterns driving the flow dynamics in one
and two planar synthetic jets. We perform numerical simulations at different Reynolds …

This study focused on round, hybrid synthetic (non-zero-net-mass-flux) jets impinging on a
wall. To complete this study, two additional variants of reversible pulsating jets were …

This research investigates the effectiveness of a spanwise array of synthetic jet actuator
(SJA) for the control of boundary layer separation over a circular “hump” model. The …