Transient fuel modeling and control for cold start intake cam phasing

SAE Technical Papers

Volumn , Issue , 2006, Pages

  Batteh, John J ^a   Curtis, Eric W ^a   Jankovic, Mrdjan ^a   Magner, Stephen ^a   Moilanen, Peter ^a   Wallace, Jim ^a  

^a FORD MOTOR COMPANY   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

CAMS; EXHAUST SYSTEMS (ENGINE); FUEL PURIFICATION; HYDROCARBONS; LIQUID FUELS; LIQUIDS;

EMPIRICAL STUDIES; EXPERIMENTAL TESTING; METAL TEMPERATURE; PHYSICAL MODEL; POTENTIAL SOURCES; SHEDDING PROCESS; UNBURNED HYDROCARBONS; VEHICLE EXHAUSTS;

INTAKE VALVES;

EID: 85072442470     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/2006-01-1049     Document Type: Conference Paper

References (31)

1. Aquino, C.F., 1981, "Transient A/F Control Characteristics of the 5 liter Central Fuel Injection Engine" SAE- 81-0494, Society of Automotive Engineers.
2. Fozo, S.R., and Aquino, C.F., 1988, "Transient A/F Characteristics for Cold Operation of a 1.6 Liter Engine with Sequential Fuel Injection" SAE- 88-0691, Society of Automotive Engineers.
3. Santoso, H., and Cheng, W., 2002, "Mixture Preparation and Hydrocarbon Emissions Behaviors in the First Cycle of SI Engine Cranking" SAE- 2002-01-2805, Society of Automotive Engineers.
4. Moore, W.R., and Mondt, J.R., 1993, "Predicted Cold Start Emission Reductions Resulting from Exhaust Thermal Energy Conservation to Quicken Catalytic Converter Lightoff" SAE 93-1087, Society of Automotive Engineers.
5. Crane, M.E., Thring, R.H., Podnar, D.J., and Dodge, L.G., 1997, "Reduced Cold-Start Emissions Using Rapid Exhaust Port Oxidation (REPO) in a Spark-Ignition Engine," SAE 97-0264, Society of Automotive Engineers.
6. Servati, H.B., and Yuen, W.W., 1984, "Deposition of Fuel Droplets in Horizontal Intake Manifolds and the Behavior of Fuel Film Flow on its Walls" SAE- 84-0239, Society of Automotive Engineers.
7. Servati, H., and Herman, E.W., 1989, "Spray/Wall Interactions Simulation" SAE- 89-0566, Society of Automotive Engineers.
8. Hendricks, E., and Vesterholm, T., 1992, "The Analysis of Mean Value SI Engine Models" SAE- 92-0682, Society of Automotive Engineers.
9. Hendricks, E., Vesterholm, T., Kaidantzis, P., Rasmussen, P., and Jensen, M., 1993, "Nonlinear Transient Fuel Film Compensation" SAE- 93-0767, Society of Automotive Engineers.
10. Skippon, S.M., Nattrass, S.R., Kitching, J.S., Hardiman, L., and Miller, H., 1996, "Effects of Fuel Composition on In-Cylinder Air/Fuel Ratio During Fuelling Transients in an SI Engine, Measured Using Differential Infra-Red Absorption" SAE- 96-1204, Society of Automotive Engineers.
11. Maloney, P.J., 1999, "An Event-Based Transient Fuel Compensator with Physically Based Parameters" SAE- 1999-0553, Society of Automotive Engineers.
12. Kidokoro, T., et al., 2003, "Development of PZEV Exhaust Emission Control System" SAE- 2003-01-0817, Society of Automotive Engineers.
13. Curtis, E., Aquino, C., Trumpy, D., and Davis, G., 1996, "A New Port and Cylinder Wall Wetting Model To Predict Transient Air/Fuel Excursions in a Port Fuel Injected Engine" SAE- 96-1186, Society of Automotive Engineers.
14. Curtis, E., Aquino, C., Trumpy, D., Davis, G., and Lavoie, G., 1997, "Modeling Intake Valve Warm-Up" ASME International, ICE-Volume 29-1, Book No. H1099A-1997.
15. Russ, S., Stevens, J., Aquino, C., Curtis, E., and Fry, J., 1998, "The Effects of Injector Targeting and Fuel Volatility on Fuel Dynamics in a PFI Engine During Warm-Up: Part I-Experimental Results" SAE 98-2518.
16. Curtis, E., Russ, S., Aquino, C., Lavoie, G., and Trigui, N., 1998, "The Effects of Injector Targeting and Fuel Volatility on Fuel Dynamics in a PFI Engine During Warm-Up: Part II-Model Results" SAE 98-2519.
17. Modelica Association homepage, http://www.modelica.org/.
18. Puchalsky, C., Megli, T., Tiller, M., Trask, N., Wang, Y., and Curtis, E., 2002, "Modelica Applications for Camless Engine Model Development" 2nd International Modelica Conference Proceedings, p. 77-86.
19. Batteh, J.J., and Curtis, E.W., 2003, "Modeling Transient Fuel Effects with Variable Cam Timing" SAE 2003-01-3126, Society of Automotive Engineers.
20. Batteh, J.J., and Curtis, E.W., 2005, "Modeling Transient Fuel Effects with Alternative Fuels" SAE 2005-01-1127, Society of Automotive Engineers.
21. Batteh, J.J., and Curtis, E.W., 2005, "Analytical Assessment of Simplified Transient Fuel Tests for Vehicle Transient Fuel Compensation" SAE 2005-01-3894, Society of Automotive Engineers.
22. Aquino, C., Lavoie, G., Plensdorf, W., and Curtis, E., 1998, "The Occurrence of Flash Boiling in a Port Injected Gasoline Engine" SAE 98-2522.
23. Spalding, D.B., 1979, Combustion and Mass Transfer, Oxford: Pergamon Press.
24. Woschni, G., 1967, "A Universally Applicable Equation for the Instantaneous Heat Transfer Coefficient in the Internal Combustion Engine" SAE- 67-0931, Society of Automotive Engineers.
25. Greenfield, M.L., Lavoie, G.A., Smith, C.S., Curtis, E.W., 1998, "Macroscopic Model of the D86 Fuel Volatility Procedure" SAE- 98-2724.
26. Shin, Y., Cheng, W.K., and Heywood, J.B., 1994, "Liquid Gasoline Behavior in the Engine Cylinder of an SI Engine" SAE- 94-1872.
27. Saito, K., Sekiguchi, Imatake, N., Takeda, K., and Yaegashi, T., 1989, "A New Method to Analyze Fuel Behavior in a Spark Ignition Engine" SAE- 890566.
28. Cheng, C.O., Cheng, W.K., Heywood, J.B., Maroteaux, D., and Collings, N., 1991, "Intake Port Phenomena in a Spark-Ignition Engine at Part Load" SAE- 91-2401.
29. Giansetti, P., Perrier C., Higelin P., Chamaillard Y., Charlet A., and Couet S., 2002, "A Model for Residual Gas Fraction Prediction in Spark Ignition Engines," 2002, SAE 2002-01-1735, Society of Automotive Engineers.
30. Batteh, J.J., Curtis, E.W., and Fried, M., 2005, "Analytical Assessment of Simplified Transient Fuel Tests for Vehicle Transient Fuel Compensation" SAE 2005-01-3894, Society of Automotive Engineers.
31. Roberts, C.E., and Stanglmaier, R.H., 1999, "Investigation of Intake Timing Effects on the Cold Start Behavior of a Spark Ignition Engine," SAE 1999-01-3622, Society of Automotive Engineers.