Atomization and droplet dynamics of a gas-liquid two-phase jet were investigated
experimentally, with the particular interest in the influence of mass loading ratio (the ratio of …

Droplet breakup and collision dynamics of an internal-mixing twin-fluid (air-assisted) spray
were investigated experimentally. Time-resolved spray morphological evolutions were …

Spray characteristics of an air-assisted injector under various injection parameters and
ambient conditions were investigated in a constant volume chamber experimentally. High …

The main advantages of air-assisted spray are its high-quality atomization at low injection
pressures and insensitivity to the viscosity of atomized liquid. In this study, the droplet size …

Air assisted spray system is a two-phase flow spray technology, which consists of fuel
injector and gas injector. High pressure gas is injected into the air assisted spray system to …

The air assisted nozzle can achieve good atomization of high viscosity fuel at low injection
pressure. However, there are still few studies on the gas-liquid flow inside the nozzle …

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 …

Understanding the physics of primary liquid breakup process and its correlation with the
evolution of spray characteristics in a rotary slinger atomizer is the goal of the present …

A comprehensive understanding on the dynamics of droplet clustering in sprays is important
for a wide range of applications ranging from combustion engines to spray drying. Due to …

Evaporative sprays are encountered in a wide range of engineering applications. Since
clustering of droplets in sprays leads to strong inhomogeneity in the spatial distribution of …