This paper is a study of the effects of valve timing and how it influences the in-cylinder fluid flow, the combustion, and the efficiency of the engine. An engine load of 4.0 bar imepdndedt was achieved by setting the inlet valve closing time early or late to enable unthrottle operation. Inlet valve deactivation was also used and asymmetrical valve timing, i.e., valve timing with the two inlet valves opening and closing at different times. The valve timing was altered by switching cam lobes between the experiments
The current emission legislations and the large concern about the environment produced very numerous...
The presented work concerns the study of the fuel consumption and emissions benefits achieved at par...
307-321In this paper, a computer simulation and experimental investigations on a single cylinder, f...
The timing of the valves of a hydraulic motor plays an important role in determining the throttling ...
In an internal combustion engine, valve timing is an important design parameter which affects many e...
Volumetric efficiency is a typical parameter that is effected by almost all constructive, aerodynami...
In order to avoid the high CO and HC emissions associated with low temperature when using high level...
This experimental work was concerned with comparison of inlet valve actuation strategies in a thermo...
ABSTRACT: In this study, a prototype four-stroke spark ignition engine with four-cylinder (that each...
This work is the prosecution of a theoretical research which proposed a method to control the Otto e...
VARIABLE VALVE TIMING is one of the most important aspects of consideration in the design of an auto...
This paper presents a further investigation into the effect of more-expansion cycle in a spark-ignit...
Variable Valve Timing (VVT) presents a powerful tool in the relentless pursuit of efficiency improve...
Cylinder deactivation is an effective measure to reduce the fuel consumption of internal combustion ...
In this paper a new intake port configuration has been designed, analyzed by means of 3D CFD simulat...
The current emission legislations and the large concern about the environment produced very numerous...
The presented work concerns the study of the fuel consumption and emissions benefits achieved at par...
307-321In this paper, a computer simulation and experimental investigations on a single cylinder, f...
The timing of the valves of a hydraulic motor plays an important role in determining the throttling ...
In an internal combustion engine, valve timing is an important design parameter which affects many e...
Volumetric efficiency is a typical parameter that is effected by almost all constructive, aerodynami...
In order to avoid the high CO and HC emissions associated with low temperature when using high level...
This experimental work was concerned with comparison of inlet valve actuation strategies in a thermo...
ABSTRACT: In this study, a prototype four-stroke spark ignition engine with four-cylinder (that each...
This work is the prosecution of a theoretical research which proposed a method to control the Otto e...
VARIABLE VALVE TIMING is one of the most important aspects of consideration in the design of an auto...
This paper presents a further investigation into the effect of more-expansion cycle in a spark-ignit...
Variable Valve Timing (VVT) presents a powerful tool in the relentless pursuit of efficiency improve...
Cylinder deactivation is an effective measure to reduce the fuel consumption of internal combustion ...
In this paper a new intake port configuration has been designed, analyzed by means of 3D CFD simulat...
The current emission legislations and the large concern about the environment produced very numerous...
The presented work concerns the study of the fuel consumption and emissions benefits achieved at par...
307-321In this paper, a computer simulation and experimental investigations on a single cylinder, f...