In this paper, the behavior of the cone-jet mode of fluid by electrohydrodynamic atomization
(electrospray) is numerically simulated and investigated with the effect of liquid wetting and …

The use of electrostatic fields to control the trajectory of charged droplets is investigated as a
new technology to enhance mixing in liquid-fuelled combustors. The canonical configuration …

Electrostatic rotary bell atomizers are commonly used in several engineering applications,
including the automobile industry. A high-speed rotating nozzle operating in a strong …

The concept of smart combustion, where nanofuels and electromagnetic interactions are
combined to enhance the flame characteristics and improve the control of the combustion …

Due to the current global crises related to fossil fuels (prices up and sources shortage) and
in order to diminish the remnants and the negative effects of harmful gas emission (CO and …

Electrostatic rotary bell atomizers are extensively used as paint applicators in the automobile
industry. Paint undergoes atomization after exiting the edge of a high-speed rotating bell. In …

Fluid dynamics is the science describing liquids and gases in motion. This field of science
helps us understand a wide range of common and complex scientific phenomena. Some of …

This work reports results of first-principles-based numerical methods employed in high-
fidelity direct numerical simulations of electrically charged liquid hydrocarbon jets. The …