This paper aims to examine the influence of thermal radiation on magnetohydrodynamics
(MHD) convective two-phase flows through the asymmetric divergent channel under first …

The dynamics and heat transfer performance of droplets play an important role in
electrowetting systems. Contrary to the growing trend towards non-Newtonian fluids in …

At equilibrium state of a two-phase fluid system, the chemical potential is constant and the
velocity vanishes. However, such equilibrium state usually cannot be captured by numerical …

This paper investigates numerically the characteristics of gas–liquid sliding Taylor flow in a
two-dimensional (2D) T-junction rectangular microchannel having both inlets perpendicular …

Experimental and numerical investigations are performed to provide an assessment of the
transport behavior of an ultrasonic oscillatory air–water two-phase flow in a microchannel …

A hybrid multiphase lattice Boltzmann model is adopted to investigate the flow boiling heat
transfer process in a horizontal microchannel with consideration of bubble dynamics. The …

In this study, droplet generation in a T-junction fluidic channel device was studied by using
electrowetting actuation with the consideration of different droplet forming regimes. For this …

Two-phase flow is part of the multi-phase flow. It can occur in large, small, or mini pipes. Mini
pipe two-phase flow can be applied to high-density multi-chip modules on supercomputers …

The numerical studies of water–oil two-phase slug flow inside a two-dimensional vertical
microchannel subjected to modulated wall temperature boundary conditions have been …

Liquid–liquid slug flow heat transfer in microchannels has been an interesting topic of
research to many researchers. However, the heat transfer studies available in the existing …