In the present paper, the influences of nozzle's geometric parameters on the flow and the
cavitation characteristics within injector's nozzle have been numerically investigated on …

The present paper focuses on erosion development due to cavitation inside Diesel injectors.
Two similar injector designs are discussed both in terms of numerical simulation and …

Internal flow is closely related to energy consumption and emissions because of its
dominant role in the atomization process. The intricate three-phase flow patterns in an orifice …

When utilizing electrical discharge machining (EDM) for processing, the processing
efficiency and quality will be significantly impacted, if the electrocorrosion residues in the …

To enhance fuel atomization for diesel engines, a spirally grooved hole (SGH) nozzle, in
which several spiral arc grooves are set on the inner wall of tapered holes of a nozzle …

Cavitating flow potentially emerging in diesel injector nozzles plays a prominent role
influencing the subsequent process of spray atomization and combustion reaction. A …

A comparative study using different fuels and nozzles has been conducted focusing on the
generated density of cavitation inside diesel nozzle. In this paper a visualization experiment …

A special spray model is applied to study the spray behavior with high injection pressure
and micro-hole nozzle. To reveal the cavitation in diesel nozzle and its influence on spray …

A series of experiments are carried out to investigate the combustion, emissions
characteristics and fuel consumption of a diesel engine equipped with elliptical nozzle. The …

In this article, a fully compressible two-phase flow model combined with a multi-component
real-fluid phase equilibrium solver is proposed for cavitation modeling. The model is able to …