Droplet microfluidic platforms have been developed to produce mono-dispersed
microdroplets and provided substanial progress in many chemical, biological, and …

The fluid flow and heat transfer behavior of liquid–liquid two phase flows have led to
significantly improve the heat transfer rates in microchannels. Both numerical and …

The fluid flow and heat transfer of liquid-liquid Taylor flow in a square microchannel are
studied both experimentally and numerically using a three-dimensional numerical …

The flow and heat transfer behaviour of liquid–liquid Taylor flow is examined by performing
both experiments and CFD simulations for 1 and 2 mm vertical tubes with constant wall heat …

Hydrodynamics plays a major role in transport of heat and mass transfer in microchannels.
This includes flow patterns and flow regimes in which the micro-channels are operated. The …

Further development of microfluidics devices that reply on liquid-liquid droplet flows,
requires a thorough understanding of the parameters influencing droplet velocity. This study …

Current research on Taylor bubble flow heat transfer mainly focuses on straight channels,
with less emphasis on the transport characteristics and heat transfer regimes of Taylor …

Micro-capillary liquid-liquid Taylor flows have emerged as a promising new platform for
achieving higher heat and mass transfer compared to single-phase flows. In any application …

Convective heat transfer in droplet-based microchannel heat sinks can be enhanced by the
recirculating vortices due to the presence of interfaces. In rectangular microchannels, the …

The flow patterns and the plug hydrodynamics of liquid–liquid two-phase flow in a small
circular channel were experimentally investigated. Five distinct flow patterns, including …