In Diesel injection Systems, cavitation often appears in the injection nozzle holes. This paper analyses how cavitation affects the Diesel spray behavior. For this purpose two spray parameters, mass flux and momentum flux, have been measured at different pressure. We know that cavitation brings about the mass flux choke, but there are few studies about how the cavitation affects the momentum and the outlet velocity. The key of this study is just the measurement of the spray momentum under cavitation conditions
The paper presents a study of the flow in spray holes of 0.2 to 2.5 mm diameter and shows how the ch...
Due to world trend on the emission regulations and greater demand of fuel economy,the research on ad...
[EN] A study to experimentally analyze the effect of cavitation on the mixing process in diesel nozz...
A study was conducted to determine how geometry-induced cavitation affects the reliability of inject...
In order to more accurately reproduce diesel sprays a strategy including measurement of nozzle inlet...
Cavitation and turbulence inside a diesel injector play a critical role in primary spray breakup and...
Diesel and water emulsions have the potential to be used in compression ignition engines to control ...
Numerical simulation of the cavitation and spray in a marine diesel engine is performed to investiga...
International audienceThe entire process of atomization of the fuel in an internal combustion engine...
In combustors, high-pressure fuel injector nozzles are employed for liquid atomization and spray gen...
In this paper a combined experimental and computational study was carried out in order to assess the...
The effect of string cavitation in various transparent Diesel injector nozzles on near nozzle spray ...
A modern diesel engine is capable of running efficiently with low exhaust gas emissions over a wide ...
Cavitation dynamics of diesel and gasoline injection nozzles has been a topic of ongoing research du...
Diesel combustion and emissions is largely spray and mixing controlled. Spray and combustion models ...
The paper presents a study of the flow in spray holes of 0.2 to 2.5 mm diameter and shows how the ch...
Due to world trend on the emission regulations and greater demand of fuel economy,the research on ad...
[EN] A study to experimentally analyze the effect of cavitation on the mixing process in diesel nozz...
A study was conducted to determine how geometry-induced cavitation affects the reliability of inject...
In order to more accurately reproduce diesel sprays a strategy including measurement of nozzle inlet...
Cavitation and turbulence inside a diesel injector play a critical role in primary spray breakup and...
Diesel and water emulsions have the potential to be used in compression ignition engines to control ...
Numerical simulation of the cavitation and spray in a marine diesel engine is performed to investiga...
International audienceThe entire process of atomization of the fuel in an internal combustion engine...
In combustors, high-pressure fuel injector nozzles are employed for liquid atomization and spray gen...
In this paper a combined experimental and computational study was carried out in order to assess the...
The effect of string cavitation in various transparent Diesel injector nozzles on near nozzle spray ...
A modern diesel engine is capable of running efficiently with low exhaust gas emissions over a wide ...
Cavitation dynamics of diesel and gasoline injection nozzles has been a topic of ongoing research du...
Diesel combustion and emissions is largely spray and mixing controlled. Spray and combustion models ...
The paper presents a study of the flow in spray holes of 0.2 to 2.5 mm diameter and shows how the ch...
Due to world trend on the emission regulations and greater demand of fuel economy,the research on ad...
[EN] A study to experimentally analyze the effect of cavitation on the mixing process in diesel nozz...