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Computer Aided Design Package for Diesel Engine Manifold System
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English
Abstract
An interactive computer program for predicting the performance of a total engine system is described. The facilities include the basic design of the valve time-area diagrams, starting from various cam profiles, wave action effects in inlet and exhaust manifolds and turbocharger matching. The program is accessed via visual display units (VDUs) and its interactive nature takes many activities from the realm of the research department into that of the design department. The results obtained from the program are validated by comparison with a well-known more sophisticated wave action program.
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Low, S., Benson, R., and Winterbone, D., "Computer Aided Design Package for Diesel Engine Manifold System," SAE Technical Paper 790277, 1979, https://doi.org/10.4271/790277.Also In
References
- Whitehouse N.D. Stotter A. Janota M.S. “Estimating the Effects of Altitude, Ambient Temperature and Turbocharger Match on Engine Performance” Proc.I.Mech.E. 178 19 1963-64
- Freeman P.F. Walsham B.E. “A guide to Some Analytical Turbocharger Matching Techniques” I.Mech.E. Conf. on Turbocharging and Turbochargers Paper C59/78 London April 1978
- Winterbone D.E. Benson R.S. Mortimer A.G. Kenyon P. Stotter A. “Transient Performance of Turbocharged Diesel Engines” SAE Paper 770122 Detroit February 1977
- Whitehouse N.D. Stotter A. Goudie G.O. Prentice B.W. “Method of Predicting Some Aspects of Performance of a Diesel Engine using a Digital Computer” Proc.I.Mech. E. 176 9 1962
- Watson N. Marzouk M. “A non-linear Digital Simulation of a Turbocharged Diesel Engine under Transient Conditions” SAE Paper 7710123 Detroit February 1977
- Winterbone D.E. Thiruarooran C. Wellstead P.E. “A Wholly Dynamic Model of a Turbocharged Diesel Engine for Transfer Function Evaluation” SAE Paper 770124 Detroit February 1977
- Benson R.S. “A Comparative Study of the Cyclic Operating Conditions in the Compressor Delivery in Single and Two-Stage Turbochargers under High Boost Conditions” I.Mech.E. Conf. on Turbocharging and Turbochargers Paper C75/78 London April 1978
- Courant R. Friedrichs K. Lewy H. 100 32 1928
- Lax P.D. Wendroff B. “Difference Schemes for Hyperbolic Equations with High-Order of Accuracy” Comm.Pure and Applied Maths 17 381 1964
- Jenny E. “The Utilization of Exhaust Gas Energy in the Supercharging of Four-Stroke Diesel Engines” Brown-Boveri Review 5 433 November 1950
- Benson R.S. “A Comprehensive Digital Computer Program to Simulate a Compression Ignition Engine including Intake and Exhaust Systems” SAE Paper 710173 Detroit January 1971
- Benson R.S. Baruah P.C. “Performance and Emission Predictions for a Multi-Cylinder Spark Ignition Engine” Proc. I.Mech.E. 191 32/77 339 354 1977
- Whitehouse N.D. Way R.J.B. “A Simple Method for the Calculation of Heat Release Rates in Diesel Engines based on the Fuel Injection Rate” SAE Paper 710134 Detroit January 1971
- Benson R.S. Baruah P.C. “Some Further Tests on a Computer Program to Simulate Internal Combustion Engines” SAE Paper 730667 Chicago June 1973
- Whitehouse N.D. Baluswamy N. “Calculations of Gaseous Products during Combustion in a Diesel Engine Using a Four Zone Model” SAE Paper 770410 Detroit February 1977
- NOURSE J.H. Dennis R.C. Wood W.M. “Recent Developments in Cam Design.”
- BEARD C.A. HEMPSON J.G.G. “Problems in Valve Gaar Design and Instrumentation” SAE Technical Progress Series C
- Milian S. “The Design of Cam Mechanisms and Linkages” Constable and Co. Ltd.
- Ucer A.S. Benson R.S. “A Theoretical and Experimental Investigation of a Gas Dynamic Model for a Single Stage Reciprocating Compressor with Intake and Delivery Pipe System.” J.M.E.S. 4 264 1972
- Low S.C. “Computer Aided Design of Intake and Exhaust Systems of Turbocharged Diesel Engines” UMIST 1977