The paint shop plant, as the largest energy consumer in the automotive manufacturing
process, requires special attention to optimize energy efficiency and thermal management …

Experimental and numerical studies on charge transport and liquid atomization with the
consideration of electrohydrodynamics (EHD) have been performed for a high-speed rotary …

The impetus of the current three-dimensional Eulerian–Lagrangian work is to analyze the
impact of simultaneously using the inventive highvoltage conductors and Nitrotherm …

Here we implemented a 3D comprehensive Eulerian-Lagrangian model in order to
investigate the electrostatic spray transfer processes in the high-speed rotary bell sprayer …

This paper presents a numerical performance evaluation of the electrostatic rotary bell
sprayer (ERBS) with a particular focus on droplet charge, electric field, and ambient …

Two types of its atomization can be distinguished when water-fuel emulsion (WFE) is burned
in boiler furnaces: decomposition of the fuel stream in atomizer and secondary self …

The impetus of the current paper is to conduct numerical evaluations about the fundamental
behaviors of the flow in an electrostatic rotary bell sprayer (ERBS) during the formation of the …

The requirements concerning the development of the high-performance fuel combustion
equipment with a low environmental impact and high flexibility have significantly increased …

Electrostatic rotary bell sprayers (ERBSs) are widely used in the automotive industry. In
ERBS, atomization is facilitated using centrifugal forces which disintegrate the paint film …

Electrostatic Rotary bell (ESRB) atomizers are used as the dominant means of paint
application by the automotive industry. They utilize the high rotational speed of a cup to …