During the internal combustion engine operation some faults in the combustion process can occur, affecting the overall engine performance. Nowadays, aimed at detecting such faults, different techniques are adopted, which are mainly based on the identification of key parameters characterizing both regular and fault engine running. The engine vibration and the engine instantaneous angular velocity are generally used as monitoring signal. In this paper an experimental methodology based on the processing of the exhaust pressure signal is considered. The results obtained in a test cell on a SI four cylinder engine are presente
A methodology has been developed by the authors, in which non-intrusive measurements (engine block v...
A fault recognition technique for the internal combustion engines using time-frequency representatio...
The increasing request for pollutant emissions reduction spawned a great deal of research in the fie...
During the internal combustion engine operation some faults in the combustion process can occur, aff...
The methods for analysis of angular acceleration of pressure and vibration signals presented in this...
A vibroacoustic signal of an internal combustion engine contains several diagnostic information, whi...
Internal combustion (IC) engine is classical rotating machine that must be operated under various co...
In general, an engine is made up by the mechanism of converting any reliable energy into another for...
Recent innovations in engine control and diagnostics are providing room for development of innovativ...
Changes in operating properties of the internal combustion engine, for various reasons, may manifest...
The running diagnostics of the combustion process in an internal combustion engine is essential for ...
The present work aims at developing and setting up a methodology in which non-intrusive measurements...
The present work aims at developing and setting up a methodology in which non-intrusive measurements...
A methodology has been developed by the authors, in which non-intrusive measurements (engine block v...
In recent years, condition monitoring based on signal analysis has become a valuable tool for the di...
A methodology has been developed by the authors, in which non-intrusive measurements (engine block v...
A fault recognition technique for the internal combustion engines using time-frequency representatio...
The increasing request for pollutant emissions reduction spawned a great deal of research in the fie...
During the internal combustion engine operation some faults in the combustion process can occur, aff...
The methods for analysis of angular acceleration of pressure and vibration signals presented in this...
A vibroacoustic signal of an internal combustion engine contains several diagnostic information, whi...
Internal combustion (IC) engine is classical rotating machine that must be operated under various co...
In general, an engine is made up by the mechanism of converting any reliable energy into another for...
Recent innovations in engine control and diagnostics are providing room for development of innovativ...
Changes in operating properties of the internal combustion engine, for various reasons, may manifest...
The running diagnostics of the combustion process in an internal combustion engine is essential for ...
The present work aims at developing and setting up a methodology in which non-intrusive measurements...
The present work aims at developing and setting up a methodology in which non-intrusive measurements...
A methodology has been developed by the authors, in which non-intrusive measurements (engine block v...
In recent years, condition monitoring based on signal analysis has become a valuable tool for the di...
A methodology has been developed by the authors, in which non-intrusive measurements (engine block v...
A fault recognition technique for the internal combustion engines using time-frequency representatio...
The increasing request for pollutant emissions reduction spawned a great deal of research in the fie...