The objective of this research was to evaluate the effects that higher fluid injection pressures and nozzle geometry have on compound fuel injector nozzle performance. Higher pressures are shown to significantly reduce droplet size, increase the discharge coefficient and reduce the overall size of a nozzle spray. It is also shown that the geometry has a significant effect on nozzle performance, and it can be manipulated to give a desired spray shape.
Compound Electroformed Metal Nozzles for High Pressure Gasoline Injection
Sae Technical Papers
International Congress & Exposition ; 1998
1998-02-23
Conference paper
English
Compound electroformed metal nozzles for high pressure gasoline injection
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