A compound droplet subject to three-dimensional oscillatory shear flow is studied using a
three-phase lattice Boltzmann model. Firstly, focusing on low values of capillary number …

Interfaces coupling deformation mechanisms of liquid–liquid–liquid three-phase flow in a
confined microchannel are ascertained by both experimental investigation and numerical …

The deformation and breakup dynamics of a compound ferrofluid droplet under shear flow
and uniform magnetic field are numerically studied in this paper. Utilizing magnetic field …

The flow pattern transition of a liquid–liquid–liquid three-phase flow in a confined
microchannel has been ascertained by systematic numerical simulations with a volume of …

We address the pinch-off dynamics of a compound droplet that is suspended in a carrier
fluid in a parallel plate microchannel. The droplet is subjected to a transverse electric field in …

The present paper numerically investigates the finite deformation (ie non-breakup) and
breakup of a double-core compound droplet in an external flow confined in an axisymmetric …

In this paper, we present the numerical simulation results of deformation and breakup of a
multi-core compound droplet. The method used is a two-dimensional front-tracking method …

Double-emulsion droplets have been applied in biological, chemical, and medical fields due
to their excellent encapsulation and release properties of active substances. However, their …

Dynamical behaviors of compound droplets including those interacting with rigid walls in an
axisymmetric channel appear in various industrial and natural processes. However, so far …

Compound droplet collision has been found in various industrial and academic applications.
Such colliding phenomena of two droplets in simple shear flow are numerically resolved by …