The aim of this paper is to characterize large-scale instabilities during the primary breakup
process in liquid centered coaxial air-water jets. The interest here is to investigate the role of …

Spray flows are crucial in a variety of engineering applications across sectors such as
energy and mobility, particularly in enhancing the performance of internal combustion …

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

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 …

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 …

Fluctuating velocity plays an essential role in tornadic winds and the induced transient
loads, while its characteristics are rarely considered in existing tornado models. Based on …

A phase proper orthogonal decomposition (phase POD) method is demonstrated utilizing
phase averaging for the decomposition of spatiotemporal behavior of statistically non …

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 mechanisms of interfacial instability due to gas-liquid shear and liquid ligament
acceleration that occurs in the near-field of a coaxial two-fluid atomizer play a determining …

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 …