Droplet based microfluidics (DBMF) has gained huge recognition in the recent years for
performing micro-reactions in droplets with high throughput, sensitivity, specificity and …

Encapsulation has received a surge of interest in the biotechnological, chemical and
pharmaceutical fields and other industrial processes, owing to numerous applications such …

The spreading and rebound patterns of low-viscous droplets upon impacting spherical solid
surfaces are investigated numerically. The studied cases consider a droplet impinging onto …

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 …

The generation of polymeric fluid droplets via a microfluidic device with co-flowing structure
is investigated by experimental, and further the influences of outer phase flow rate as well as …

Protein is involved in almost all physiological activities of cells and it plays a vital role in cell
activity. Single-cell protein research is essential to celluar heterogeneity. As an effective …

The behavior of binary droplet collision, exposed to an external electric field is studied
numerically. Based on a fundamental understanding of the role of the electric field in the …

Mixing is one of the important steps in biological and chemical reactions and assays. In this
paper, we numerically simulate the droplet generation and dynamic mixing in a double T …

Although the impact of impinging droplets on solid substrates has been widely studied, any
possible non-trivial interaction between the substrate wettability and applied electric field …

Mixing of high-viscosity liquids (eg glycerol–water solutions) is challenging and costly and
often requires employing active mixing methods. Two-phase flow micromixers have attracted …