Fluid entrainment is a complex and deeply attractive phenomenon that is frequently
encountered in both industry and nature. In general, entrainment deals with the basic …

It is attempted earnestly to elucidate the mechanism of collision and drainage of liquid mass
around the spherical substrate suspended within the hollow cylinder using Gerris open …

In this paper, a numerical exercise in understanding the binary head-on collision of equal-
sized vertically aligned drops on the cylindrical substrate is reported. Subsequently, radial …

Evolution of entrained gaseous cusp in a viscous liquid pool caused by a fully immersed
horizontal revolving circular drum is elucidated thoroughly. Finite volume-based open …

When employing rotating cylinders as ship anti-rolling devices based on the Magnus effect,
the cylinders are near the free surface. However, most of the previous studies on rotating …

The present study reports the characterization of air entrainment within a viscous liquid pool
using a pair of revolving rollers. The rollers are aligned vertically. The top roller (first roller) is …

The present study reports a thorough physical understanding of the film coating and air cusp
entrainment dynamics in a viscous liquid pool caused by a partially immersed revolving …

The impingement mechanism of a liquid droplet on a solid torus surface is demonstrated
using numerical simulations and an analytical approach. A computational model employing …

The behavior of interfacial dynamics around a swirling circular drum is reported in the
presence of horizontal crossflows of gaseous phase. A constant submergence ratio of the …

Efforts are made to perform simulations to describe the gaseous entrainment dynamics in a
viscous liquid pool due to the combined influence of asymmetric converging rotational field …