Heat management in high thermal-density systems such as CPU chips, nuclear reactors and
compact heat exchangers is confronting rising challenges due to ever more miniaturized …

The effect of pressure on the flow boiling characteristics of HFE-7200 between 1.0 to 2.0 bar
was investigated in a parallel microchannel heat sink (D h= 0.48 mm, 44 channels). The …

Flow boiling researches in enhanced geometries practiced recently have been summarized
in this review. Classical approximations in macroscale flows have not applied to the flows …

An artificial neural network model was developed to predict convective heat transfer
coefficient (HTC) during condensation of R134a in an inclined smooth tube for the entire …

A detailed experimental study was carried out to investigate the flow boiling heat transfer
and pressure drop characteristics of R600a in a smooth horizontal tube with an inner …

Experiments on flow boiling heat transfer in high aspect ratio micro-channels with FC-72
were carried out. Three channels with different hydraulic diameters (571, 762 and 1454μm) …

This paper presents new experimental data concerning flow boiling heat transfer in
minichannel at high saturation temperatures. The experimental data were obtained in a …

Flow boiling and evaporation in tubes and channels occur in a wide variety of energy
systems, such as refrigeration, air conditioning, power generation, electronics cooling …

This study investigates the interfacial behavior and heat transfer mechanisms associated
with flow boiling of R-134a in a micro-channel test module. The test module features 100 of …

As one of the most widely used refrigerants, R134a has been investigated extensively in the
past 20 years, and research into R134a two-phase flow boiling heat transfer remains a hot …