Jet impingement boiling is a popular thermal management technique that caters to
applications demanding very high heat dissipation rates. Like other boiling schemes, critical …

To achieve high heat flux cooling, a distributed confined jet array impingement boiling
device was designed and tested by using HFE-7100 as working fluid. The experimental …

An optically accessible combustion rig was constructed to study the combustion
characteristics of a reactive jet in a vitiated crossflow. The rig features two staged …

In this paper, the results of a series of heat transfer experiments conducted on a compact
electronics cooling device based on single and two phase jet impingement technique are …

Critical heat flux (CHF) characteristics in submerged jet impingement boiling of water on a
heated copper surface are investigated at subatmospheric conditions. Data are reported at a …

Submerged jet impingement boiling has the potential to enhance pool boiling heat transfer
rates. In most practical situations, the surface could consist of multiple heat sources that …

An experimental study of mini-jet impingement boiling is presented for saturated and
subcooled conditions. Unique to this study is the documentation of boiling curves of …

This study comprises experimental investigations and theoretical/empirical analyses of three
forced-convective (pumped) boiling schemes:(i) confined round single jet and jet array …