▪ Abstract A liquid jet emanating from a nozzle into an ambient gas is inherently unstable. It
may break up into drops of diameters comparable to the jet diameter or into droplets of …

A theoretical and experimental study was conducted to investigate the effect of injection
angle on surface waves. Linear stability theory was utilized to obtain the analytical relation …

A linear study is carried out for the axisymmetric and non-axisymmetric instability of a
viscous coaxial jet in a radial electric field. The outer liquid is considered to be a leaky …

In an effort to better understand the primary breakup mechanism of liquid jets in crossflow, a
theoretical model for three-dimensional spatial linear stability of a viscous liquid jet injected …

A theoretical model is established to investigate the instability of a viscoelastic liquid jet with
axisymmetric and non-axisymmetric disturbances, which is moving in a swirling air stream …

The temporal instability behavior of a viscoelastic liquid jet in the wind-induced regime with
axisymmetric and asymmetric disturbances moving in an inviscid gaseous environment is …

Understanding the cause of instability of viscoelastic liquid jets is of fundamental importance
to realise practical applications such as ink-jet printing, fuel injection spraying, and fibre …

A three-dimensional instability analysis of an electrified non-Newtonian liquid jet is
performed in this paper so as to understand the competition between viscoelastic stresses …

We implement a linear stability analysis for the viscous annular jet surrounded by inviscid
motionless gas subject to three-dimensional disturbances, and an analytical dispersion …

A complete identification and characterization of three distinct capillary instabilities in
nematic liquid crystal fibers is presented. Linear stability analysis of capillary instabilities in …