none4noDue to the increasing request for pollutant emissions reduction, modern closed-loop combustion control strategies require the on-board evaluation of the center of combustion ( MFB50), i.e. the angular position where 50% of the injected fuel mass is burned. This work presents an MFB50 estimation algorithm based on engine speed measurement, that can be performed using the same toothed wheel already present on-board. Therefore, this approach is compatible with on-board application and requires no additional hardware cost. The complete methodology has been applied to a Diesel engine mounted on-board a vehicle and the accuracy of the obtained results is compatible with on-board requirements.noneFabrizio Ponti;Vittorio Ravaglioli;Davide Mo...
The increasing request for pollutant emissions reduction spawned a great deal of research in the fie...
Modern combustion control strategies require accurate combustion control to meet the requirements fo...
Combustion phase variations in diesel engines due to production tolerance, engine aging, and differe...
The increasing request to reduce pollutant emissions and to improve efficiency required the developm...
In modern Diesel engine control strategies the guideline is to perform an efficient combustion contr...
As a result of the increasing request to reduce pollutant emissions and improve efficiency in modern...
Abstract: Evaluation of MFB50 is very useful for combustion control, since it gives an evaluation o...
SAE Paper 2010-01-2211 - Proper design of the combustion phase has always been crucial for Diesel en...
Feed-forward low-throughput models have been developed to predict MFB50 and to control SOI in order ...
Combustion control is a crucial aspect in modern Diesel engines control strategies, mainly due to th...
This paper proposes a real-time estimation algorithm of combustion parameters for the location of 50...
Pressure-based and model-based techniques for the control of MFB50 (crank angle at which 50% of the ...
The continuous development of modern Internal Combustion Engine (ICE) management systems is mainly a...
The increasing request for pollutant emissions reduction spawned a great deal of research in the fie...
Modern combustion control strategies require accurate combustion control to meet the requirements fo...
Combustion phase variations in diesel engines due to production tolerance, engine aging, and differe...
The increasing request to reduce pollutant emissions and to improve efficiency required the developm...
In modern Diesel engine control strategies the guideline is to perform an efficient combustion contr...
As a result of the increasing request to reduce pollutant emissions and improve efficiency in modern...
Abstract: Evaluation of MFB50 is very useful for combustion control, since it gives an evaluation o...
SAE Paper 2010-01-2211 - Proper design of the combustion phase has always been crucial for Diesel en...
Feed-forward low-throughput models have been developed to predict MFB50 and to control SOI in order ...
Combustion control is a crucial aspect in modern Diesel engines control strategies, mainly due to th...
This paper proposes a real-time estimation algorithm of combustion parameters for the location of 50...
Pressure-based and model-based techniques for the control of MFB50 (crank angle at which 50% of the ...
The continuous development of modern Internal Combustion Engine (ICE) management systems is mainly a...
The increasing request for pollutant emissions reduction spawned a great deal of research in the fie...
Modern combustion control strategies require accurate combustion control to meet the requirements fo...
Combustion phase variations in diesel engines due to production tolerance, engine aging, and differe...