Atomization primarily involves interaction between liquid and surrounding gaseous medium
resulting in the growth of unstable waves on a distorted liquid surface. There is a huge …

With the presence of the odd viscosity, the linear instability of a planar jet (sheet) surrounded
by an inviscid gas medium is explored for varicose and sinuous modes. The previous …

This paper investigates the spatial instability of a double-layer viscous liquid sheet moving in
a stationary gas medium. A linear stability analysis is conducted and two situations are …

A two-dimensional viscoelastic planar liquid sheet subjected to a considerable temperature
gradient perpendicular to the surfaces, moving in a gas medium, was investigated in a linear …

The effects of liquid supply method on falling-film transitions between horizontal tubes are
experimentally studied. Several different liquid supply designs are considered, including …

Low sensitivity to rheological properties of fluid and ability to produce fine sprays at low
liquid pressure make airblast atomizers a preferred choice to process viscous liquids …

Using a combination of mean flow spatial linear stability and two-dimensional volume-of-
fluid (VoF) simulations, the physics governing the instability of high-speed liquid sheets …

Comprehensive modeling of spray formation in liquid fuel injectors involves modeling of (i)
internal hydrodynamics of fuel injector (ii) break up of liquid sheet leading to primary and …

This chapter relates to the liquid sheets and their instability. Liquid sheet instability is due to
the interaction between the liquid and its surrounding fluid. When the amplitude of a …

The instabilities of two viscoelastic liquid sheet models (of Walters B'and Rivlin-Ericksen
types) issued in an inviscid gas medium have been separetely invistigated. The dispersion …