Simultaneous use of porous media and nanofluids will increase the convective heat transfer
multiple times compared to non-porous and pure fluid conditions. Heat transfer and flow …

Flow boiling heat transfer in microchannels is fundamentally important for the thermal
management of high-power electronics. The combination of silica nanofluids and micro pin …

In this work, electric field and nanofluid are coupled to enhance flow boiling heat transfer in
minichannel. Pin electrodes are adopted to create non-uniform electric field. The effects of …

Nanofluids subcooled flow boiling was numerically studied using the Two-fluid model and
Three-phase model. The Eulerian approach simulated the contraction of the base fluid and …

When fluids flow into the pipes, the materials in them cause deposits to form inside the pipes
over time, which is a threat to the efficiency of the equipment and their depreciation. In the …

Energy is arguably driving society toward a prolific future in the current century. Energy
demand has been increasing due to the continuous rise in the global population and basic …

In this study, electrohydrodynamic (EHD) and nanofluid were synergistically employed to
improve minichannel flow boiling. R141b, TiO 2/R141b and TiO 2/Span80/R141b nanofluids …

Metal manufacturing plants, nuclear power plants (which produce steam, by using thermal
energy yielded during the nuclear fission, for spinning enormous turbines to generate …

Due to the confinement effect, vapor backflow is ubiquitous in flow boiling process in
microscale confined domains. This, in turn, severely deteriorate the flow boiling …

Partially ionised materials react differently when exposed to an outer magnetic field. In
thermal fluidic systems, Hall and Ion slip parameters are crucial for decreasing loss of heat …