Drip**, jetting and tip streaming have been studied up to a certain point separately by both
fluid mechanics and microfluidics communities, the former focusing on fundamental aspects …

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 …

In this work we study experimentally and numerically the stability of hydrodynamic focusing
to produce microemulsions. The jetting regime was produced experimentally for the lowest …

The dynamics of a single elastoviscoplastic drop immersed in plane shear flow of a
Newtonian fluid is studied by three-dimensional direct numerical simulations using a finite …

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 …

This article was aimed to solve an urgent problem of ensuring quality for prilling processes
in vibrational prilling equipment. During the research, the need for the application of …

An energy budget approach based on numerical simulations of a linear low-order model,
combined with linear global stability analysis, is used to investigate the unsteady dynamics …

Both surface tension and buoyancy force in stable stratification act to restore perturbed
interfaces back to their initial positions. Hence, both are intuitively considered as stabilizing …

The stability of forced planar liquid jets in a still gaseous environment is explored using
nonlinear simulation and spatial linear stability analysis. Harmonic modulation of the …