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Real Time Engine Dynamic Analysis And Control
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Sector:
Event:
22nd FISITA Congress
Language:
English
Abstract
This paper* describes a combined analytical and experimental hardware-in-the-loop powertrain systems analysis methodology. Central to the implementation of this methodology is a real time dynamic system simulation computer such as the high-speed Applied Dynamics Model AD10. For automotive engine control system studies, wide bandwidth in-cylinder combustion pressure sensor signals are input to the AD 10 computer. Control commands are calculated and communicated at high data rates to throttle valve, spark ignition, and fuel injector actuators. Both simulation and experimental results are presented. Using this approach, the functional improvements associated with various control philosophies can be determined.
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Topic
Citation
Hogh, G., Powell, B., and Lawson, G., "Real Time Engine Dynamic Analysis And Control," SAE Technical Paper 885104, 1988, https://doi.org/10.4271/885104.Also In
References
- Penn, G. R. “An Analog Model of a Powerplant Coupled to a Real Car for Structural Dynamic Development” Society of Automotive Enginers SAE 680147 January 1968
- Morris, R. L. Powell, B. K. “Modern Control Applications in Idle Speed Control” Proceedings of the 1983 American Control Conference 1 79 85 June 22 1983
- Austander, D. M. Tham, C. H. “Real Time Software for Control” Published course notes Mechanical Engineering, University of California Berkeley 1985
- Athans, M. “The Role of Modern Control Theory for Automotive Engine Control” Society of Automotive Engineers SAE 780852 October 1978
- Howe, R. M. “Special Considerations in Real-Time Digital Simulation” Proceedings 1983 Summer Computer Simulation Conference La Jolia, California 92038 64 71
- Howe, R. M. “Techniques for Optimizing Computer Performance in Real-Time Flight Simulation” Proceedings of the Conference on Aerospace Simulation January 23-25 1986 La Jolla, California 92038
- Mosey, R. J. Powell, J, D. “Closed Loop, Knock Adaptive Spark Timing Control Based on Cylinder Pressure” ASME Transaction 101 March 1979
- Hubbard, M. Dobson, P. D. Powell, J. D. “Closed Loop Control of Spark Advance Using a Cylinder Pressure Sensor” ASME Transactions, Journal of Dynamic Systems December 1976
- Novak, J. M. “Simulation of the Breathing Processes and Air-Fuel Distribution Characteristics of Three-Valve. Stratified Charge Engines” Society of Automotive Engineers SAE 770881 Detroit, Michigan September 26 1977
- Bedron, E. C. Beretta, G. P. “General Thermodynamic Analysis for Engine Combustion Modeling” Society of Automotive Engineers SAE 850205 Detroit, Michigan February 25 1985
- Delosh, R. G. et al “Dynamic Computer Simulation of a Vehicle with Electronic Engine Control” SAE Paper 810447 1981
- Garofalo, F. J. “Performance Capabilities of Various Air Measurement Techniques for Air/Fuel Ratio Feedforward Control Strategies on Electronic Fuel Metered Engines” The University of Michigan June 30 1975
- Prabhakar, R. Citron. S. J. Goodson, R. E. “Optimization of Automotive Engine Fuel Economy and Emissions” American Society of Mechanical Engineers, Paper 75-WA/Autr 19 December 1975
- Powell, B. K. “A Simulation Model of an Internal Combustion Engine-Dynamometer System” Proceedings of the Summer Computer Simulation Conference Newport Beach, California July 24 1978
- Powell, B. K. “A Dynamic Model for Automotive Engine Control Analysis” Proceedings of the 18th IEEE Conference on Decision and Control 120 126 1979
- Dobner, D. J. “A Mathematical Model for Development of Dynamic Engine Control” Society of Automotive Engineers SAE Paper 800054 February 1980
- Dobner, D. J. “Dynamic Engine Models for Control Development, Part 1: Nonlinear and Linear Model Formulation” Application of Control Theory in the Automotive Industry Inderscience Publication
- Powell, B. K. Cook, J. A. “Nonlinear Low Frequency Phe-nomenological Engine Modeling and Analysis” Proceedings of the 1987 American Control Conference 1 336 340 June 10 1987
- Hogh, G. “GRF - an MPS-10 and ADSIM linkable graphics program” Applied Dynamics International User's Society Norfolk, Virginia June 26 1988
- Anastasia, C. M. Pestana, G. W. “A Cylinder Pressure Sensor for Closed Loop Engine Control” SAE Paper 870288 Detroit, Michigan February 24 1987
- Rassweiler, G. M. Withrow, L. “Motion Pictures of Engine Flames Correlated with Pressure Cards” Society of Automotive Enginers SAE Paper 800131 February 1980 January 14 1938
- Hogh, G- “Event Driven Scheduling for Processing Automotive Combustion Data” Applied Dynamics International User's Society Ann Arbor, Michigan June 23 1986
- Blumberg, P. N. Kummer, J. T. “Prediction of NO Formation in Spark-Ignited Engines” Combustion Science and Technology 4 73 95 1971
- Blumberg, P. N. Lavoie, G. A. Tabaczynski, R. J. “Phenomenological Models for Reciprocating Internal Combustion Engines” Proceedings on Energy Combustion Science 5 123 167 1971
- Tobler, W. E. “Thermodynamic Simulation, Modeling and Analysis” Progress Report on R35L6 Ford Motor Company June 1980
- Hires, S. D. Tabaczynski, R. J. Novak, J. M. “The Prediction of Ignition Delay and Combustion Intervals for a homogeneous Charge, Spark Ignition Engine” Society of Automotive Engineers SAE Paper 780232 February 1978
- Sherman, R. H. Blumberg, P. N. The Influence of Induction and Exhaust Processes on Emissions and Fuel Consumption in the Spark Ignited Engine” Society of Automotive Engineers SAE Paper 770880 September 1977
- Hamburg, D. R. Hyland, J. E. “A Vaporized Gasoline Metering System for Internal Combustion Engines” Society of Automotive Engineers, Paper No. 760288 February 1976
- Aquino, C. F. “Transient A/F Control Characteristics of the 5 Liter Central Fuel Injection Engine” Society of Automotive Engineers SAE Paper 810494 February 1981
- Servati, H. B. “Investigation of Behavior of Fuel in the Intake Manifold and its Relation to S.I. Engines” University of California Santa Barbara March 2984
- Servati, H. Aquino, C. F. “A Physically Based Wall Wetting Model to Predict Induction System Dynamics for Gasoline Engines” ASME Conference 1986
- Wu. H. Aquino, C. F. Chou, G. L. “A 1.6 Liter Engine and Intake Manifold Dynamic Model” ASME Paper 83-WA/DSL-39 1984