As an effective way to strengthen pool boiling, surface modification has been widely studied
by many scholars. In this paper, the enhancement of pool boiling heat transfer by regular …

Technological advancements in various electronic devices, consumer or industrial power
electronics, as well as higher demand for energy efficiency, have in recent years presented …

Increasing heat dissipation requirements of small and miniature devices demands advanced
cooling methods, such as application of immersion cooling via boiling heat transfer. In this …

Metallic microchannels have been widely applied in two-phase heat transfer devices to
satisfy the high heat flux cooling requirements of compact devices, but the pool boiling heat …

This work focuses on boiling heat transfer studies during cooling liquids flow (FC-72, HFE-
649, HFE-7000 or HFE-7100) along a single minichannel of 1.7 mm depth, vertically or …

Boiling, as the most efficient type of convective heat transfer, is an area of interest in many
fields of industry and science. Many works have focused on improving the heat transfer …

Pool boiling represents a potentially efficient mechanism for thermal management of power
electronic components. The present study investigates pool boiling heat transfer using …

Pool boiling heat transfer experiments were conducted with ethanol, Novec-649 and FC-72
at atmospheric pressure on surfaces with deep minichannels. The minichannels 5.5, 6.0 and …

This paper presents results concerning flow boiling heat transfer in three parallel vertically
oriented and asymmetrically heated rectangular minichannels. Each minichannel was 1.7 …

This paper focuses on the applicability of heat transfer correlations to flows in minichannels.
The data were taken from own research conducted at the experimental stand for subcooled …