Add to ORKGThe atomization characteristics of various Newtonian fluids with a doublet like-on-like impinging jet injector under ambient pressure and temperature conditions and jet velocities up to 80 m/s was investigated and com-pared. It could be observed that with increasing jet velocity the breakup behavior of the investigated fluids changes in different manner. Seven different main breakup modes could be identified and arranged in a Weber-Reynolds regime diagram for Reynolds and Weber numbers from 10î1 to 10î5 and Ohnesorge numbers from 0.0027 to 3.8
This paper reports a detailed experimental investigation of the formation, destabilization, and atom...
The parameter ranges in which a viscous liquid jet emanating into a viscous gas will breakup in thre...
Experimental observations and analysis are presented for the formation and atomization of the fluid ...
The atomization characteristics of various Newtonian fluids with a doublet like-on-like impinging je...
Impinging jet injectors are often used for the atomization of storable liquid and gelled propellants...
The spray characteristics of a doublet like-on-like impinging jet injector in dependence upon Reynol...
The breakup characteristics of a plane fluid sheet flowing in a gaseous atmosphere is considered the...
The flow and spray behavior of various gelled fuels, which are non-Newtonian shear-thinning fluids, ...
The effect of liquid rheology on the flowfield resulting from non-Newtonian impinging jets was inves...
The spray characteristics of an aluminum particle containing gelled Jet A-1-based fuel has been inve...
In the present study, a novel air-assisted impinging jet atomization is demonstrated. A configuratio...
Gelled propellants are of interest for rocket and ramjet propulsion systems because of their safety ...
The formation of threads-like structures instead of droplets was observed in recent studies on the i...
The spray behavior of different gelled fuels based on Jet A-1, has been investigated in two differen...
AbstractA numerical simulation is conducted to characterize the atomization process of like-doublet ...
This paper reports a detailed experimental investigation of the formation, destabilization, and atom...
The parameter ranges in which a viscous liquid jet emanating into a viscous gas will breakup in thre...
Experimental observations and analysis are presented for the formation and atomization of the fluid ...
The atomization characteristics of various Newtonian fluids with a doublet like-on-like impinging je...
Impinging jet injectors are often used for the atomization of storable liquid and gelled propellants...
The spray characteristics of a doublet like-on-like impinging jet injector in dependence upon Reynol...
The breakup characteristics of a plane fluid sheet flowing in a gaseous atmosphere is considered the...
The flow and spray behavior of various gelled fuels, which are non-Newtonian shear-thinning fluids, ...
The effect of liquid rheology on the flowfield resulting from non-Newtonian impinging jets was inves...
The spray characteristics of an aluminum particle containing gelled Jet A-1-based fuel has been inve...
In the present study, a novel air-assisted impinging jet atomization is demonstrated. A configuratio...
Gelled propellants are of interest for rocket and ramjet propulsion systems because of their safety ...
The formation of threads-like structures instead of droplets was observed in recent studies on the i...
The spray behavior of different gelled fuels based on Jet A-1, has been investigated in two differen...
AbstractA numerical simulation is conducted to characterize the atomization process of like-doublet ...
This paper reports a detailed experimental investigation of the formation, destabilization, and atom...
The parameter ranges in which a viscous liquid jet emanating into a viscous gas will breakup in thre...
Experimental observations and analysis are presented for the formation and atomization of the fluid ...