Application of nanoparticles in jet impingement flows has attracted researchers' interests
due to its notable heat transfer enhancement. This review paper covers a detailed overview …

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 …

This study focuses on the innovative integration of different cooling techniques to maximize
the thermal performance in a 3D microchannel heat sink (MCHS). The paper discusses …

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

In this study, the convective heat transfer characteristics of a cylinder with flow confinement
under the impingement of a circumferentially arranged turbulent inclined circular air jet array …

Impinging jet heat transfer from curved surfaces is available in many industrial applications,
such as cooling of gas turbine leading edge and deicing of airplane wing leading edge …

The effect of elliptical pin-fins on heat transfer enhancement from a concave surface has
been investigated. The experiments have been performed for a single jet impinging on a …

This research aims to experimentally investigate the thermal performance of iron oxide
nanofluids having different particle shapes for multiple impinging jet flow. The heat transfer …

The effects of micro-pin characteristics on flow and heat transfer of a circular impinging jet
are studied both experimentally and numerically. The studies are carried out for a single jet …

Numerical analysis of the effects of fin angle on flow and heat transfer characteristics for cooling
an electronic component wit Page 1 Journal of the Faculty of Engineering and Architecture of …