Liquid flow behaviors in the packing zone of a rotating packed bed reactor significantly affect
the mass transfer performance. However, the interaction between the rotating packing and …

The oscillatory Kelvin–Helmholtz (K–H) instability of a planar liquid sheet was
experimentally investigated in the presence of an axial oscillating gas flow. An experimental …

The unsteady dynamics of planar liquid sheet flows, interacting with unconfined gaseous
environments located on both sides of the liquid phase, is numerically investigated by …

The linear and nonlinear dynamics of two-phase swirling flows produced by the Grabowski–
Berger profile under the influence of a viscosity stratification are investigated. We perform …

The momentum transport and entrainment of a developing plane jet are dominated by
coherent structures. Percipience about the formation, evolution, and interaction of these …

In the framework of linear stability theory, we analyze how a liquid-gas mixing layer is
affected by several parameters: viscosity ratio, density ratio, and several length scales …

In this paper, we analyse numerically the stability of the steady jetting regime of gaseous
flow focusing. The base flows are calculated by solving the full Navier–Stokes equations and …

The receptivity to forcing harmonic disturbances of transverse velocity in subcritical liquid
sheet flows subjected to gravity is studied. The investigation is carried out both by employing …

The liquid jet when perturbed sinusoidally will lead to instability under certain conditions.
Understanding the causes and consequences of such a behavior is still obscure. Hence …

This paper makes an effort to describe the atomization in the air-blast breaking liquid sheet,
with an emphasis on the establishment of the theoretical model capable of quantitatively …