Double emulsion formation in a hierarchical flow-focusing channel is systematically
investigated using a free-energy ternary lattice Boltzmann model. A three-dimensional …

A microfluidic device is presented for creating double emulsions, controlling their sizes and
also manipulating encapsulation processes. As a result of three immiscible liquids' …

A ternary LBM model was successfully established to numerically investigate the double
emulsion formation process in a flow-focusing microfluidic device. The model was validated …

A three-dimensional ternary color-gradient lattice Boltzmann (LB) model was successfully
developed to numerically investigate the hydrodynamic behavior of Janus droplet formation …

An immiscible liquid–liquid multiphase flow in a cross-junction microchannel was
numerically studied by the lattice Boltzmann method. An improved, immiscible lattice BGK …

Microfluidics has proven to be an efficient tool for making fine and calibrated emulsion
droplets. The parallelization of drop makers is required for producing large amounts. Here …

An experimental visualization study is conducted to investigate the hydrodynamic
characteristics of emulsion droplet formation in a coflowing microchannel. Both …

The effect of surfactants on the flow characteristics during rapid drop formation in a
microchannel is investigated using high-speed imaging, micro-particle image velocimetry …

A numerical research is conducted to investigate the triple emulsion droplet generation in a
three-dimensional axisymmetric flow-focusing device. The simulation predicts three flow …

Core/shell microdroplets formation with uniform size is investigated numerically in the co-
flow microchannel. The interface and volume fraction contour between three immiscible …