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 …

This paper intends to investigate the influence of unsteadiness in the liquid jet disintegration
process on downstream fluctuations of spray characteristics in a coaxial twin-fluid injector …

While data-driven analysis has demonstrated significant success in single-phase flow
systems, its application to multi-phase flows has been relatively limited with fewer examples …

Detailed knowledge on liquid jet instabilities is important to improve the performance of
coaxial injectors, which find wide range of industrial applications. The present paper aims to …

The characteristics of twin-fluid atomization operating in the annular flow regime were
studied experimentally under various gas-to-liquid ratios (GLRs) and injection pressures …

In this study, the effect of aspect ratio of elliptical cross section for a pressure swirl nozzle
injecting into stagnant air was investigated experimentally. Three elliptical nozzles with …

The interaction of a droplet with a swirling airstream is investigated experimentally using
shadowgraphy and particle image velocimetry techniques. In swirl flow, the droplet …

Spray formation is important for liquid fuel combustion from the perspective of emissions and
sustaining combustion. Employing swirl flow increases turbulent intensity, which leads to a …

We investigate the morphology and size distribution of satellite droplets resulting from the
interaction of a freely falling water droplet with a swirling airstream of different strengths by …

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 …