The present numerical study using the Lattice Boltzmann method investigates the convective
heat transfer characteristics in impinging jets due to the inclusion of porous media. A …

In this paper, an experimental study of mist jet impingement cooling over a heated flat
surface is performed to identify the effect of Reynolds number, nozzle-to-plate spacing, and …

An experimental study using the liquid crystal thermography technique is conducted to
investigate the convective heat transfer performance in jet impingement cooling using …

An experimental investigation has been carried out to study the effect of inclination on heat
transfer characteristics of jet impingement cooling on circular pin-fin heat sinks with or …

In this study, slot nano-jet impingement cooling of a wavy sinusoidal surface is analyzed by
combined utilization of an oriented L-shaped object and magnetic field. A two phase mixture …

Jet impingement cooling was investigated on a flat heating surface placed in a flow channel,
including single jet cooling, in-line double jet cooling, and combined crossflow and jet …

A detailed discussion on the active, passive and compound techniques has been presented
in this chapter. A good number of works on single-phase and two-phase heat transfer …

The present study reports an optimized configuration of multijets impinging through porous
passages, providing a viable solution for applications requiring localized heat transfer. The …

An experimental study using Liquid crystal thermography technique is conducted to study
the convective heat transfer enhancement in jet impingement cooling in the presence of …