Two-phase flow without phase change can radically increase the heat transfer rate in
microchannels due to the internal recirculation of the fluids. In this paper, both numerical 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 …

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 …

Two-phase Taylor flow in microchannels as a critical way to enhance heat dissipation has
attracted extensive attention due to the high integration and miniaturization development of …

The numerical simulation of heat transfer in Taylor flows involving water-light mineral oil,
water-hexadecane, and water-dodecane configurations was conducted, considering water …

Abstract A three-dimensional (3D) numerical simulation of a two-phase flow liquid/liquid is
performed in a rectangular microchannel with a T-junction. The volume of fluid (VOF) …

This thesis presents an experimental investigation of the hydrodynamics of liquid-liquid
Taylor flows in mini and micro channels, with the objectives of bridging gaps and extending …

This study presents an experimental investigation on pressure drop in liquid-liquid Taylor
flow regimes with the objective of extending previous research carried out on this topic …

Abstract A three-dimensional (3D) numerical simulation of two-phase flow liquid/liquid is
performed in a rectangular microchannel with a T-junction. The volume of fluid (VOF) …