This article presents a comprehensive review of numerical methods and models for interface
resolving simulations of multiphase flows in microfluidics and micro process engineering …

Over the last ten to fifteen years, microreaction technology has become of increased interest
to both academics and industrialists for intensification of multiphase processes. Amongst the …

With the increasing interest in multiphase flow in microchannels and advancement in
interface capturing techniques, there have recently been a number of attempts to apply …

Over the past few decades an enormous interest in two-phase flow in microchannels has
developed because of their application in a wide range of new technologies, ranging from …

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 …

Numerical studies on the hydrodynamic and heat transfer characteristics of two-phase flows
in small tubes and channels are reviewed. These flows are non-boiling gas–liquid and liquid …

Transport phenomena in the Taylor flow regime for gas–liquid flows in microchannels have
received significant attention in recent years. Whilst the hydrodynamics and mass transfer …

Taylor flow is a strategy-aimed flow to transfer conventional single-phase into a more
efficient two-phase flow resulting in an enhanced momentum/heat/mass transfer rate, as well …

This paper addresses simulation of non-isothermal water-oil displacements in porous media
at pore-scale. The simulation approach was done by coupling Cahn–Hilliard phase field and …

Gas–liquid two-phase flow in a microfluidic T-junction with nearly square microchannels of
113μm hydraulic diameter was investigated experimentally and numerically. Air and water …