Combusting metal precursor-laden droplets, required in spray-flame synthesis of
nanomaterials, are known to undergo a rapid and disruptive disintegration, ie, puffing and …

An annular liquid sheet sheared by a coaxial supersonic gas stream with a swirling effect is
investigated using Large Eddy Simulation. Despite its wide applications in aerospace and …

The present paper experimentally verified and computationally explained an improved
design concept of the spray combustion of a gas–liquid pintle injector with variable swirl …

Spray characterization in a novel twin-jet airblast injector is reported in this paper with the
focus on the study of the effect of injector air swirl on droplet characteristics and dispersion …

Spray atomization process involves complex multi-phase phenomena. Abundant literature
and validation of spray modeling for industrial applications like fuel injection in internal …

Considering the distinctive features of the delayed coking process and taking into account
various particulate matter control technologies, the feasibility of using jet washing …

In this paper, the coupled level set volume of fluid and the large eddy simulation methods
are adopted to perform three-dimensional simulations of the shear breakup of a water …

Characterization of viscous, non-Newtonian atomization by means of internal waves is
presented for a twin-fluid injector. Atomization of such fluids is challenging, especially at low …

The focus of the present paper is to understand the large scale unsteadiness in the
atomization of swirl coaxial jets and correlate it with the downstream spray statistics. A gas …

The primary breakup process of shear thickening is observed via high-speed photography. It
is indicated that discontinuous shear thickening (DST) suspension jets exhibit the unique …