The flashing flow is a relevant multiphase phenomenon in many technical applications
including nuclear safety analysis, which has been the subject of intense research for several …

Spray collapse has been widely observed under both flash-boiling and non-flash-boiling
conditions when multi-hole gasoline direct injection (GDI) injectors with compact nozzle …

Flash-boiling of fuel sprays occurs when a super-heated fuel is discharged into an
environment whose pressure is lower than the saturation pressure of the fuel and can …

In this paper, n-hexane flashing jets discharged from a single-hole gasoline direct injector
(GDI) were studied numerically with the adoption of diffuse Eulerian framework and the …

Flashing flow is encountered in many industrial systems involving nozzles, valves and
decompression of vessels and pipes. In the context of CO 2 capture and storage (CCS), the …

The development of new upper orbit thrusters using cryogenic propellants requires an
improved understanding of the dynamics of oxidizer and fuel injection at near vacuum …

In this research, n-hexane flashing jets discharged from two-hole GDI injectors were studied
numerically with different superheat levels and inter-hole angles. The mutual interaction …

Spray and air–fuel mixing in gasoline direct-injection (GDI) engines play a crucial role in
combustion and emission characteristics. While a variety of phenomenological spray models …

The development of novel upper-stage rocket engines with storable cryogenic liquids and
laser ignition requires a detailed understanding of the processes prior to ignition. Due to the …

In this research, the n-hexane jets discharged from a straight channel were studied
numerically to reveal the development and characteristics of under-expanded flashing jets …