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Engine Control Methods Using Combustion Pressure Feedback
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English
Abstract
Production applications of engine control systems using combustion pressure feedback are now possible due to the availability of cost-effective cylinder pressure sensors and dedicated signal processors. This paper reviews combustion pressure feedback methods for spark timing, fuel, and EGR control. Potential benefits of combustion pressure feedback include improvements in engine performance, efficiency, and compensation for manufacturing tolerances, fuel variations, and engine wear.
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Citation
Pestana, G., "Engine Control Methods Using Combustion Pressure Feedback," SAE Technical Paper 890758, 1989, https://doi.org/10.4271/890758.Also In
References
- Main, J. “New developments in powertrain control” IMechE 1985 135 141
- Anastasia, C. Pestana, G. “A Cylinder Pressure Sensor for Closed Loop Engine Control” SAE Paper 870288 1987
- Matekunas, F.A. “Engine Combustion Control with Fuel Balancing by Pressure Ratio Management” U.S. Patent 4,621,603 1986
- “Electronic Engine Control Strategies” Ford Motor Co. 1987
- Hosey, R.J. Powell, J.D. “Closed Loop, Knock Adaptive Spark Timing Control Based on Cylinder Pressure” Transactions of the ASME March 1979 101
- Hubbard, M. Dobson, P.D. Powell, J.D. “Closed Loop Control of Spark Advance Using a Cylinder Pressure Sensor” Transactions of the ASME December 1976
- Kawamura, Y. et al. “MBT Contol Through Individual Cylinder Pressure Detection” SAE Paper 881779 1988
- Powell, B.K. Lawson, G.P. Hogh, G. “Advanced Real Time Powertrain System Analysis” ASME Journal
- Hata, Y. Asano, M. “New Trends in Electronic Engine Control - To the Next Stage” SAE Paper 860592 1985
- Amann, C.A. “Cylinder-Pressure Measurement and its Use in Engine Research” SAE Paper 852067 1985
- Rassweiler, G.M. Withrow, L. “Motion Pictures of Engine Flames Correlated with Pressure Cards” SAE Paper 800131 1980
- Boccadoro, Y. Kizer, T. “Adaptive Spark Control with Knock Detection” SAE Paper 840447 1984
- Arrigoni, V. et al. “Recent Advances in the Detection of Knock in S.I. Engines” SAE Paper 780153 1978
- Adams, N.J. Senior, K.B. “Engine Data Analysis Techniques for Development of Knock Controlled Ignition Systems” An article from Automotive Electronics 369 374 1985
- Heywood, J. Internal Combustion Engine Fundamentals McGraw-Hill Book Company 454 1988
- Sawamoto, K. et al. “Individual Cylinder Knock Control by Detecting Cylinder Pressure” SAE Paper 871911 1987
- Houpt, P. Andreadakis. S. “Estimation of Fuel Air Ratio from Cylinder Pressure in Spark Ignited Engines” International Journal of Vehicle Design SP-4 December 1983
- Hamburg, D.R. Hogh, G. Lawson, G.P. “Adaptive Lean Limit Air Fuel Control Using Combustion Pressure Sensor Feedback” U.S. Patent 4,736,724 1988
- Hogh, G. Powell, B.K. Lawson, G.P. “Real Time Engine Dynamic Analysis and Control” SAE Paper 885104 1988
- Morita et al. “Air/Fuel Ratio Control System for Internal Combustion Engine and Method Therefor” U.S. Patent 4,543,934 1985
- Mortara, W. Canta, C. “Engine Stability Sensor” SAE Paper 830428 1983
- Kobayashi, N. et al. “Development of Toyota Lean Combustion System” JSAE Review 106 July 1984