The mechanisms and modeling concepts proposed in the literature for the fluid particle (ie,
bubble and drops) breakage phenomena in laminar and turbulent dispersions are …

We report on a number of attempts in which a flameless combustor design for gas turbine
applications was proposed. Through the different experimental findings of other researchers …

In the present study, spray cooling heat transfer characteristics were numerically
investigated under the heat flux ranging from 50 to 170 W/cm 2. Effect of nozzle height and …

Heat dissipation and uniform temperature distribution are crucial to the operational reliability
of electronic devices. In this study, the heat transfer enhancement and surface temperature …

Vibrations profoundly influence the liquid film formed by spray droplets in spray cooling
applications. However, understanding heat transfer mechanisms in the non-boiling region …

Due to the high heat dissipation rate of electronic devices and the lack of heat sink in
hypersonic spacecraft, thermal management of high-power electronic devices poses serious …

Direct contact heat transfer characteristics of vapor condensation with noncondensable
gases in horizontal tubes are studied in this paper. A three-dimensional computational …

In this study, numerical simulation and experimental investigation were conducted with
distilled water as the test liquid to study the spray cooling heat transfer characteristics in the …

Compared with traditional physical tempering methods, spray cooling method has a series
of advantages, such as smaller energy consumption and better tempering quality. However …

In order to enhance the intensity and other mechanical properties of the steel, fast cooling
technique is generally employed in the metallurgical industry. In the present paper the spray …