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Simulation and Evaluation of Exhaust and Intake System of a Four-Stroke Spark Ignition Engine
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English
Abstract
A mathematical model for the gas exchange process and to estimate the pressure, temperature, velocity and mass flow rate at selected points in the exhaust and intake systems of a 4 stroke, single cylinder spark ignition engine is described. In order to evaluate the model, the computed data of gas pressure in intake system was compared with the experimental data while for the exhaust, the comparison include gas pressure and velocity. A satisfactory correlation was observed between the computed and test data.
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Authors
Citation
Babu, M. and Murthy, B., "Simulation and Evaluation of Exhaust and Intake System of a Four-Stroke Spark Ignition Engine," SAE Technical Paper 760763, 1976, https://doi.org/10.4271/760763.Also In
References
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- Blair G.P. Goulbourn J.R. “A pressure time history in the exhaust system of a reciprocating I. C. Engine” SAE Transactions 1968
- Goyal Scharpf G. Borman G. L. “Simulation of intake and exhaust systems.” SAE Transactions 1968
- Babu M.K.Gajendra “A Digital Analysis of a Spark Ignition Engine” Indian Institute of Technology Madras 1974
- Babu M.K.Gajendra Janakiraman P.A. Murthy B. S. “Measurement of Exhaust Gas Velocity in an I. C. Engine” SAE Transactions 1975
- Mcaulay K. J. Wu Tang Chen S. K. Borman G. L. Myers P.S. Uyehara O.A. “Development and evaluation of the simulation of C. I. Engine” SAE Transactions 1966