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 …

Because of their effectiveness and adaptability, im**ing jets have found their way into a
host of applications ranging from cooling turbine blades, to heat management of electronic …

An experimental investigation is performed to illustrate the heat transfer characteristics for a
specific hybrid-jet im**ement configuration that is comprised of a square-layout …

A novel concept is proposed in the present study for improving the square-array jet
im**ement heat transfer by integrating a synthetic jet actuator into the array unit. To …

Heat transfer in a synthetic im**ing jet in the range of pulse frequencies is studied
experimentally and numerically. A heat flux sensor is used to measure averaged and …

The heat transfer and flow structure characteristics of a film-cooled leading edge model with
swee** and normal jets were numerically investigated using the conjugate heat transfer …

This paper presents a computational fluid dynamics (CFD) methodology to accurately
predict the heat transfer characteristics of an unconfined steady im**ing air jet in the …

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

This paper presents a comprehensive numerical–experimental study performed on
unsteady im**ing jets with flow pulsation and builds on an experimentally validated …

A series of experimental tests are performed for the pulsating jet im**ement heat transfer
by varying the Reynolds number (5000≤ Re≤ 15000), operation frequency (5 Hz≤ f≤ 40 …