This study is the first part of a two-part review of spray cooling, which addresses the
relatively high-flux, low-temperature mechanisms and predictive tools associated with the …

This paper explores a novel approach of employing a singular liquid for both lubrication and
cooling in compact-class and high-reliability design of future electric vehicle (EV) drivetrains …

The main obligation in achieving high cooling rates in case of spray cooling at high surface
temperature is the occurrence of film boiling phenomenon. Although the high mass flux …

A pressure analysis technique was developed to obtain spray spatial evaporation profile in a
thermal desalination process. The technique can replace temperature-based evaporation …

Spray cooling with transmission oils is an innovative cooling concept for electrical machines,
whereby the coolant wets the end windings directly. The thermal design process of such …

Due to its high local heat transfer coefficients, spray cooling is a vital technique for thermal
management of high heat flux electronic devices. In this study, an experimental system using …

With electrification of the power train, spray cooling becomes more and more important for
automobile applications and its electronic components; this investigation focuses on heat …

Spray cooling heat transfer measurements of PF-5060 on smooth flat surfaces were
obtained using a microheater array operated at constant temperatures using two nozzles …

An experimental bench was constructed for liquid nitrogen spray cooling in an open loop
system, and the combined effect of the spray height, heat sink surface diameter, and spray …

Spray cooling is influenced by many related parameters, making analysis of heat transfer
mechanisms and prediction of cooling performance challenging. After summarizing and …