This study presents analyses concerning control processes of injection times of divided dose of fuel, starting from setting of injection time in controller up to moment of execution in compression ignition engine. Multiple injection doses were analyzed taking into consideration both sums of individual portions of doses as well as gaps between the doses. Studies were performed for various configurations of the doses, with different values of injection times and gaps between the injections. Measurements were performed for three measuring groups containing single-, two-, and five-portion doses. At constant values of time in a given group it have been applied variable injection pressures. The most important factors determining division of fuel ...
It is very important to achieve the low particulate and low emissions under high power operation con...
A simplified method of calculating injection system performance has been developed for the use of ap...
A multi-cycle three-dimensional CFD engine simulation programme has been developed and applied to an...
The multiple fuel injection is being applied not only in diesel engines but in direct injection gaso...
This paper presented of developing a power system for two fuel injection systems – spark ignition an...
This paper presents test results of the effect of preset interval time on calculated times and param...
A single fuel injection pulse can be split into smaller pulses for optimizing the engine performance...
The paper presents the effect of the main parameters of pilot dose ignition: injection pressure, inj...
The paper presents the effect of the main parameters of pilot dose ignition: injection pressure, inj...
This study investigates a preliminary injection characterization of the injection rate and the injec...
Using the method of weighing fuel collected in a receiver during a definite interval of the injectio...
Fuel injection is one of the most important processes in compression-ignition internal combustion en...
Two-stage split-injection strategies for partially premixed compression ignition (PPCI) combustion m...
Homogeneous charge compression ignition (HCCI) combustion is considered to be an attractive alternat...
Fuel burning rate plays a major role in optimizing the performance of internal combustion engine wit...
It is very important to achieve the low particulate and low emissions under high power operation con...
A simplified method of calculating injection system performance has been developed for the use of ap...
A multi-cycle three-dimensional CFD engine simulation programme has been developed and applied to an...
The multiple fuel injection is being applied not only in diesel engines but in direct injection gaso...
This paper presented of developing a power system for two fuel injection systems – spark ignition an...
This paper presents test results of the effect of preset interval time on calculated times and param...
A single fuel injection pulse can be split into smaller pulses for optimizing the engine performance...
The paper presents the effect of the main parameters of pilot dose ignition: injection pressure, inj...
The paper presents the effect of the main parameters of pilot dose ignition: injection pressure, inj...
This study investigates a preliminary injection characterization of the injection rate and the injec...
Using the method of weighing fuel collected in a receiver during a definite interval of the injectio...
Fuel injection is one of the most important processes in compression-ignition internal combustion en...
Two-stage split-injection strategies for partially premixed compression ignition (PPCI) combustion m...
Homogeneous charge compression ignition (HCCI) combustion is considered to be an attractive alternat...
Fuel burning rate plays a major role in optimizing the performance of internal combustion engine wit...
It is very important to achieve the low particulate and low emissions under high power operation con...
A simplified method of calculating injection system performance has been developed for the use of ap...
A multi-cycle three-dimensional CFD engine simulation programme has been developed and applied to an...