Parametric study of Newtonian droplet entering smaller confinement- a numerical study

Model of droplet entering a micro-confinement has wide applications in either design of microfilter or understanding of biological process such as Circulating Tumor Cell metastasis/ capillary blockage et al. In present numerical study, we explore the transient behavior of soft matter being squeezed through a micro-confinement by Newtonian droplet model. Parameter study quantify the relation between squeezing pressure under different channel/droplet size, channel geometry influence (circular, square, triangular) and flow velocity variance.