Previous studies have demonstrated that the two-phase swirl burst (SB) injector incurred
ultra-fast and fine atomization, rather than a breaking jet core/film of conventional air …

Clean and efficient combustion of liquid fuels depends on spray fineness that aids fast fuel
vaporization and better fuel–air mixing. Swirl-burst (SB) atomizers generate fine droplets at …

Glycerol, a byproduct of biodiesel, has moderate energy but high viscosity, making clean
combustion challenging. Quickly evaporating fine fuel sprays mix well with air and burn …

This review summarizes the state of the art of flow blurring atomization, focusing both on
fundamental aspects of this atomization mode as well as key observations made from …

Atomization is complexity for intricate interfaces and multiple length scales, leading to a
fundamental challenge to accurately describe its characteristics. To address this issue, we …

This study explores combustion of highly oxygenated fuel blends (glycerol/methanol, G/M) to
mitigate carbon footprint using a novel fuel injector, called Swirl Burst (SB) injector. The …

Increased concerns over pollutant emissions urges use of sustainable fuels for
decarbonization. This study aims to investigate global combustion characteristics of a high …

This paper presents a characterization of flow-blurring (FB) and flow-focusing (FF) modes of
atomization using a new atomizer, which enables continuous transition from FB to FF …

The present study investigates the effect of the internal swirling atomizing air on the injector
near-field spray characteristics and spray stability of a novel twin-fluid injector named swirl …

Abstract Ammonia–methane (NH3–CH4) mixtures have potentials to serve as low-carbon
fuels for gas turbines. Recent studies demonstrated that secondary air injection was an …