An impressive amount of investigations has been devoted to enhancing thermal
performance of microchannels. The small size of microchannels and their ability to dissipate …

Condensation in mini and microchannels has been investigated to improve utilization of
thermal energy and heat transfer in various disciplines and applications. The high heat …

An improved version of the present author's earlier correlation for heat transfer during
condensation in conventional and mini channels is presented. It has been validated by …

An experimental investigation was carried out to study the effect of refrigerant mass flux,
local vapour quality, coolant flow rate and inlet coolant temperature on the local …

A correlation is presented for heat transfer during condensation in horizontal mini/micro
channels. It has been verified with data for 13 fluids (water, CO 2, halocarbon refrigerants …

In this study, we analyzed the effects of heat flux, mass flux, condensation pressure, and
mean vapor quality on the condensation heat transfer and friction pressure drop …

The present study aims to investigate the effect of working fluid, mass flux, vapour quality
and saturation temperature on local condensation Heat Transfer Coefficient (HTC) and local …

In this study, the condensation heat transfer characteristics of R245fa in a shell and plate
heat exchanger (SPHE) are measured and analyzed by varying the mean vapor quality from …

In this paper, a steady-state analyses of R134a and Propane (R290) condensation inside a
0.5-mm square microchannel are carried out. A three-dimensional (3D) multiphase …

Heat pipe is widely used as an efficient built-in heat exchanger for thermal management of
high pulse and heat flux power supplies. Enhanced heat dissipation at the condensing side …