Insights into the flow and heat transfer aspects of single and multi-orifice synthetic jets
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 …
synthetic jet (SJ), and the results are compared with a single orifice SJ. The effect of …
Flow and heat transfer behavior of acoustically excited pulsating air jet impinging on a flat surface
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 …
The pulsating jet is generated using acoustic excitation. The study considered variations in …
Heat transfer characteristics of the flat plate integrated with metal foam of varying thickness using an unconfined circular air-jet impingement
The present study experimentally investigates the thermal performance of stainless-steel foil
(AISI-304) integrated with copper open-cell metal foam (OCMF) of 10 pores per inch (PPI) …
(AISI-304) integrated with copper open-cell metal foam (OCMF) of 10 pores per inch (PPI) …
The flow and heat transfer behavior of synthetic jets with star shaped orifice of different lobes
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 …
synthetic jet (SJ) issuing from different lobed (3–10) star-shaped orifices are studied. Tests …
An experimental investigation on the thermal behavior of synthetic jets involving non-circular orifices with varying wave patterns
The present work reports the thermal behavior of synthetic jets (SJs) with different non-
circular orifices and various waveforms such as triangular, sinusoidal, and square. Tests are …
circular orifices and various waveforms such as triangular, sinusoidal, and square. Tests are …
Thermal characteristics of metal foamed flat plate with circular and elliptical impinging jets
Here, the thermal characteristics of open-cell metal foam (OCMF) integrated stainless steel
(SS) foil are investigated experimentally during air jet impingement using circular and …
(SS) foil are investigated experimentally during air jet impingement using circular and …
An experimental investigation on the influence of Strouhal number and amplitude on the flow and heat transfer behavior of synthetic jet impingement
Here, tests are performed to analyze the effect of Strouhal number (St) and amplitude on
thermo-fluid characteristics of synthetic jet (SJ) impingement for varied range of Reynolds …
thermo-fluid characteristics of synthetic jet (SJ) impingement for varied range of Reynolds …
Influence of waveforms on the heat transfer behavior of multi-orifice synthetic jet
This experimental investigation aims to analyze the heat transfer capabilities of both single
and multi-orifice SJs (MOSJs) for varied waveforms (sine, square, and triangular), at a fixed …
and multi-orifice SJs (MOSJs) for varied waveforms (sine, square, and triangular), at a fixed …
Synthetic jet's flow-induced vibrations for enhanced thermal management and energy harvesting
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 …
flaps, with the results compared to those of a conventional SJ. This study addresses the …
A comparative study of coaxial and conventional synthetic jet heat transfer
This study presents a coaxial orifice synthetic jet (SJ) designed to reduce recirculation at
smaller orifice-to-surface spacing (z/d) compared to conventional single-orifice SJs. The …
smaller orifice-to-surface spacing (z/d) compared to conventional single-orifice SJs. The …