The production of a liquid spray can be summarized as the succession of the following three
steps; the liquid flow ejection, the primary breakup mechanism and the secondary breakup …

This paper describes a collaborative theoretical and experimental research effort to
investigate both the atomization dynamics of non-Newtonian liquids as well as the …

The physics of atomization process involve many spatial scales, generating a wide variety of
liquid inclusions of different sizes with large density and viscosity ratios between liquid and …

In this paper a breakup model for analysing the evolution of transient fuel sprays
characterised by a coherent liquid core emerging from the injection nozzle, throughout the …

In present study, a simple and robust method is proposed to calculate the mass and
momentum flux in the simulation of large-density-ratio interfacial flows. An auxiliary …

The temporal instability of parallel viscous two-phase mixing layers is studied by adopting a
composite error function flow profile such that boundary layers in each fluid sandwich the …

The study deals with the breakup behavior of swirling liquid sheets discharging from gas-
centered swirl coaxial atomizers with attention focused toward the understanding of the role …

The stability of a plane liquid sheet is studied experimentally and theoretically, with an
emphasis on the effect of the surrounding gas. Co-blowing with a gas velocity of the same …

This experimental study is devoted to the influence of the air and liquid thicknesses on an air-
blasted atomizer. The flow configuration corresponds to a planar liquid sheet sheared on …

The cellular breakup phenomenon is investigated experimentally for a planar liquid sheet
from an air-blast nozzle. The dominant sinuous wave growing spatially downstream forms …