International Journal of Thermal Sciences

Research Hotspot & Journal Scope - microchannel

The generation of water slugs in a continuous air flow was experimentally studied in the superhydrophobic microchannels with T-junction.

First, origami paper was partially embossed to create microchannel networks and chambers.

Slip velocity has a great influence on the microchannel flows.

Two aspects of oil migration in noncircular microchannels were observed in combination with previous studies: there is a driving force on the cross section of the oil drop and a viscous force at the oil-water interface in the corners, and the more irregular the pore section is, the more easily the trapped oil will migrate.

A semi-analytical investigation has been carried out to analyze unsteady MHD second-grade flow under the Dual-Phase-Lag (DPL) heat and mass transfer model in a vertical microchannel filled with porous material.