Rapid increase in heat fluxes within a small area in microelectronic, defense, energy, solar
and medical components has spurred an urgent need for two-phase microchannel heat …

Due to the development of the electronic components, concentrator photovoltaic, fuel cell,
etc., the cooling requirement of the devices increases rapidly. Due to the higher heat transfer …

In this work, flow boiling pressure drop characteristics based on the hydrodynamic instability
with deionized water on the micro-pin-finned surfaces in a horizontal narrow microchannel …

A type of open-ring pin fin microchannels (ORPFM) was proposed and developed for
advanced microchannel heat sinks. They consist of an internal cavity for bubble nucleation …

A combined numerical and experimental investigation to elucidate the two-phase flow
behaviour and heat transfer during subcooled boiling of water in 1× 1 cm 2 footprint area …

A novel interlaced microchannel is designed, and two side walls of the microchannel are
served as the main heat transfer surface. The thermal and hydraulic performance of the …

This study proposes simple modifications in the design of inlet and outlet plenum and inlet
and outlet port orientations to suppress the instabilities in two-phase microchannel heat …

Compared to chemical or synthetic surfactants, biosurfactants have been less explored in
heat transfer applications. In the present work heat transfer performance of a biosurfactant …

There is a rapid movement towards miniaturization in the field of micro-electronics, medical,
defence, and space applications as well as an increase in thermal load density in the field of …

Modifying the surface wettability at the solid-liquid interface can significantly improve flow
boiling heat transfer. The graphene nanoplatelets (GNPs) and epoxy additives form …