The increasing cooling demands of electronics have attracted more attention recently for
heat removal at the component with higher heat flux and heat density. Boiling, as a two …

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

Metal foam has great potential for promoting boiling heat transfer due to its complex porous
structure and extraordinarily large specific surface area. The boiling heat transfer …

Jet impingement boiling has been studied extensively and has been identified as one of the
most promising thermal management techniques for high heat flux applications …

Jet array impingement heat transfer is investigated for two phase forced convection of water
at atmospheric pressure and subcooling of 7° C with flow rates up to 660 mL/min. A jet array …

Experiments are carried out to characterize the influence of jet pulsations on the single
phase and boiling heat transfer under a confined and submerged impinging jet, using water …

Confined jet array impingement boiling heat transfer is investigated for water at atmospheric
pressure and inlet subcooling of 8° C for flow rates ranging between 0.33 and 0.67 L/min …

A closed-loop experimental setup was built to study the confined jet array impingement
boiling of 43% mass concentration aqueous ethylene glycol solution at low jet velocities and …

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 …

The submerged jet impingement boiling is one of the most effective heat transfer methods in
dissipating both transient and steady concentrated heat loads. However, studies on the …