This study investigates the effects of injection pressure and ambient temperature on distribution of number density and diameter of fuel droplet in diesel fuel spray by using shadow-graph photography technique. The large number of fuel droplets was statistically analyzed by newly developed algorithm. The results show that the larger-size particles exist closer to the spray tip. Higher injection pressure promotes atomization and high ambient temperature has great effect on formation of small-size droplet at early time of injection period, especially at up and midstream of the spray
Mixture formation of the ignition process is a key element in the diesel combustion as it influences...
The effects of nozzle geometry on diesel spray characteristics were studied in a spray chamber under...
It is well established that the combustion development and the consequent pollutant emissions in a D...
Spray formation from diesel fuel injection through a heavy dutymulti-hole injector is studied in a n...
Fuel-air mixing is important process in diesel combustion. It directly affects the combustion and em...
In diesel combustion, spray evaporation and mixture formation during ignition delay period play an i...
Fuel-air mixing is important process in diesel combustion. It significantly affects the combustion a...
Spray formation from diesel fuel injection through a realistic heavy-duty multi-hole common rail inj...
Water-in-diesel emulsions potentially favor the occurrence of micro-explosions when exposed to eleva...
The aim of this study is to investigate the effects of the fuel temperature and the ambient gas temp...
none3The analysis of diesel sprays in engine-like conditions is of fundamental importance for the st...
In order to investigate the influence of the methods applied for measuring spray parameters such as ...
D. R. Emberson, B, Ihracska, S. Imran, and A. Diez, 'Optical characterization of Diesel and water em...
Detailed measurements of near-nozzle spray formation is essential to better understand and predict t...
Spray atomization and evaporation play extremely important roles in mixture formation and combustion...
Mixture formation of the ignition process is a key element in the diesel combustion as it influences...
The effects of nozzle geometry on diesel spray characteristics were studied in a spray chamber under...
It is well established that the combustion development and the consequent pollutant emissions in a D...
Spray formation from diesel fuel injection through a heavy dutymulti-hole injector is studied in a n...
Fuel-air mixing is important process in diesel combustion. It directly affects the combustion and em...
In diesel combustion, spray evaporation and mixture formation during ignition delay period play an i...
Fuel-air mixing is important process in diesel combustion. It significantly affects the combustion a...
Spray formation from diesel fuel injection through a realistic heavy-duty multi-hole common rail inj...
Water-in-diesel emulsions potentially favor the occurrence of micro-explosions when exposed to eleva...
The aim of this study is to investigate the effects of the fuel temperature and the ambient gas temp...
none3The analysis of diesel sprays in engine-like conditions is of fundamental importance for the st...
In order to investigate the influence of the methods applied for measuring spray parameters such as ...
D. R. Emberson, B, Ihracska, S. Imran, and A. Diez, 'Optical characterization of Diesel and water em...
Detailed measurements of near-nozzle spray formation is essential to better understand and predict t...
Spray atomization and evaporation play extremely important roles in mixture formation and combustion...
Mixture formation of the ignition process is a key element in the diesel combustion as it influences...
The effects of nozzle geometry on diesel spray characteristics were studied in a spray chamber under...
It is well established that the combustion development and the consequent pollutant emissions in a D...