This research investigated the forced convection heat transfer by using the swirling
impinging jets. This study focused on nozzles, which equipped with twisted tapes via a …

The goal of enhancing heat transfer while minimizing pressure drops and reducing the size
and volume of energy conversion/thermal management systems has been the subject of …

This article reports the design, fabrication, and demonstration of additively manufactured air
jet impingement coolers for the thermal management of high-power gallium nitride (GaN) …

In this study, heat transfer and fluid flow characteristics of a submerged jet impinging on a
flat plate surface are experimentally investigated. The working fluids are air and water. The …

Realizing nearly 40% of the power supplied to a typical data center is spent on cooling
infrastructure; numerous approaches are underway to realize substantial reductions in …

Experimental and numerical investigations were carried out to analyze the flow and heat
transfer characteristics of an impinging jet on a concave surface at small jet-to-surface …

In the present study, we compared the thermal performance of the two types of impinging
jets: confined and unconfined impinging jets. In order to obtain the thermal characteristics of …

Forced convective heat transfer on the impinged plate associated with swirling impinging
jets (SIJ) issuing from nozzles inserted by twisted tapes has been investigated. Swirling …

In this study, heat transfer and hydrodynamics of a free water jet impinging a flat plate
surface are experimentally investigated. The effects of the nozzle-to-plate spacing, which is …

Numerical studies on the transient heat transfer characteristics of air-array-jet impingement,
for small jet-to-plate distances and a large temperature difference between the nozzle and …