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Performance and Emissions Trade-Offs for a HSDI Diesel Engine - An Optimization Study
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Abstract
Experimental data and analytical techniques are used to study the trade-offs between emissions and performance for a turbocharged, intercooled HSDI diesel engine equipped with an electronically controlled exhaust gas recirculation (EGR) system. Measured data are used to support a thermodynamically based cycle simulation comprising a multi-zone combustion and emission model. The simulation is used to investigate the effects of various key parameters including fuel injection equipment (FIE) on engine performance and emissions.
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Bazari, Z. and French, B., "Performance and Emissions Trade-Offs for a HSDI Diesel Engine - An Optimization Study," SAE Technical Paper 930592, 1993, https://doi.org/10.4271/930592.Also In
References
- Bostock P. G. Cooper L. “Turbocharging the Ford 2.5 HSDI Diesel Engine” I Mech E Seminar on Diesel Fuel Injection Systems London April 1992
- Banisoleiman K. Smith L. A. Bazari Z. Mathieson N. “Simulation of Diesel Engine Performance” I Mar E Conference London 2nd March 1993
- Smith L. A. Banisoleiman K. “MERLIN - A Modular Approach to Diesel Engine Performance Simulation” CIMAC 20th International Congress on Combustion Engines May 1993
- Bazari Z. “A DI Diesel Combustion and Emission Predictive Capability for Use in Cycle Simulation” SAE920492 1992
- Watson N. Pilley A.D. Marzouk M. “A Combustion Correlation for Diesel Engine Simulation” SAE 800029
- Freedman H. D. “Stockholm Club Emissions - Impact On the European Truck Engine” Auto Tech Birmingham 1989
- Sugihara H. Aoyagi Y. Endo S. Otani T. Joko I. “Effects Of High-Boost Turbocharging on Combustion Characteristics and Improving its Low Engine Speed Torque” SAE 920046 1992
- Burgler L. Herzog P. L. Winklhofer E. “The Influence of Injection System Parameters on DI-Diesel Spray Structure, Spray Ignition, and Combustion” I Mech E Seminar on Diesel Fuel Injection Systems London April 1992
- Durnholz M. Eifler G. Endres H. “Exhaust-Gas Recirculation - A Measure to Reduce Exhaust Emissions of DI Diesel Engines” SAE 920725 1992
- Timoney D. J. “Smoke and Fuel Consumption Measurements in a Direct Injection Diesel Engine with Variable Swirl” SAE 851542 1985
- Shundoh S. Kakegawa T. Tsujimura K. Kobayashi S. “The Effect of Injection Parameters and Swirl on Diesel Combustion with High Pressure Fuel Injection” SAE 910489 1991
- Uchida N. Daisho Y. Saito T. “The Control of Diesel Emissions by Supercharging and Varying Fuel-Injection Parameters” SAE 920117 1992
- Meurer J. S. “Evaluation of Reaction Kinetics Eliminates Diesel Knock - the M-Combustion System of MAN” SAE Transactions 64 251 272 1956
- Neitz A. D'Alfonso N. “The M. A. N. Combustion System with Controlled Direct Injection for Passenger Car Diesel Engines” SAE 810479 1981
- Martin J. K. Ahmad T. “Heat-Release Characteristics of an Open-Chamber Diesel Engine Employing a Wall-Wetting Combustion System” SAE 860420 1986
- Cartellieri W. P. Wachter W. F. “Status Report on a Preliminary Survey of Strategies to Sleet US-1991 HD Diesel Emission Standards without Exhaust Gas Aftertreatment” SAE 870342 1987