The main aim of this paper is to investigate the effect of nozzle geometry on the flow and
heat transfer from a pulsed jet into a concave surface. Experiments have been carried out for …

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 …

The present study aims to investigate the effects of the pin on flow and heat transfer from
pulsating jet im**ing on a heated flat surface. A row of cylindrical pins has been applied …

It is a typical multi-objective optimization problem for self-excited oscillation heat exchange
tube to enhance heat transfer by limiting pressure drop. In this study, the conflict between …

The development of current and next generation high performance electronic devices has
led to smaller components in more densely packed spaces. The increasing power levels …

Flow characteristics are generally affected by both the regime parameters and channel
geometry (cross sectional area, length, converging or diverging parts, bends, obstacles …

In this study, a pneumatic contactless levitation system utilizing im**ing jet arrays is
investigated numerically and the optimum design set is proposed using a multi-objective …

Flow vectoring by a pair of synthetic jets is suitable for modification of the global flow
characteristics with practical applications in active flow control and adaptive heat convection …

Pulsating flow has been found to both enhance and reduce heat transfer, although the
explicit conditions that deliver heat transfer enhancement have yet to be identified. The …