A computational fluid dynamics study is carried out on the inner nozzle flow and onset of
liquid sheet instability in a large-scale pressure-swirl atomizer with asymmetric inflow …

Due to simple structure and good atomization performance, pressure swirl nozzles are
favored in aero-engine, agriculture, and numerous industrial combustion applications. Spray …

With advances in the fuel spray field, much attention has been paid to the atomization
characteristics of aviation fuels. The physical properties of fuels play a vital role in their …

Studies on pressure-swirl atomizers have mainly focused on pressure-swirl atomizers with
tangential input while there are limited studies on pressure-swirl atomizers with a spiral path …

Studies on pressure-swirl atomizers have mainly focused on pressure-swirl atomizers with
tangential input, however research on pressure-swirl atomizers with spiral path have been …

Abstract The Structured Laser Illumination Planar Imaging (SLIPI) technique received
significant attention in recent years due to notable improvements in the measurement of …

This paper explores a novel approach of employing a singular liquid for both lubrication and
cooling in compact-class and high-reliability design of future electric vehicle (EV) drivetrains …

Highly viscous flow in a large-scale pressure-swirl atomizer is studied by (1) 3d scale-
resolving large-eddy simulations and volume-of-fluid method, and (2) experiments based on …

The purpose of this study was to investigate the effect of the number of spiral paths on the
spray cone angle, discharge coefficient and droplet diameter in pressure-swirl atomizer with …

This research paper investigates a three-dimensional, two-phase flow dynamics, and
atomization characteristics of a spill return atomizer. The method includes the internal flow …