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

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 …

We propose a mechanism of droplet breakup in a symmetric microfluidic T junction driven by
pressure decrement in a narrow gap between the droplet and the channel wall. This …

With fast growing power consumption and device miniaturization, micro/minichannels are
superior to macrochannels or conventional channels for high heat-flux dissipation due to …

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 …

Increasingly smaller electronics requires improvement in performance of cooling systems to
keep it operating reliably. We present herein a novel experimental study of convective heat …

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 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 …

This paper reviews the state-of-the-art numerical techniques employed in the literature for
modeling slug flow in microchannels. The proposed solutions in literature for overcoming …

Characterizing the thermal behavior of dispersed droplets within microfluidic channels is
crucial for different applications in lab-on-a-chip. In this paper, the physics of droplets …