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Measurement and Analysis of Engine Pressure Data
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English
Abstract
This paper provides a user oriented description of techniques for the measurement and analysis of engine cylinder pressures. These techniques were developed for piezoelectric transducers and for digital systems of data acquisition and analysis. Test cell procedures are described for transducer preparation and calibration, and for association of each pressure with its appropriate crank angle. Techniques are also described for evaluating the accuracy of pressure data and for eliminating specific errors. Two examples of uses for pressure data are discussed: the calculation of heat release rate in conventional engines, and the computation of internal flows in divided chamber engines.
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Authors
Citation
Lancaster, D., Krieger, R., and Lienesch, J., "Measurement and Analysis of Engine Pressure Data," SAE Technical Paper 750026, 1975, https://doi.org/10.4271/750026.Also In
References
- Rassweiler G. M. Withrow L. “Motion Pictures of Engine Flames Correlated with Pressure Cards.” SAE Transactions 42 1938 paper no. 5
- Krieger R. B. Borman G. L. “The Computation of Apparent Heat Release for Internal Combustion Engines.” ASME paper 66-WA/DGP-4 1966
- Cornelius W. Caplan J. D. “Some Effects of Fuel Structure, Tetraethyl Lead, and Engine Deposits on Precombustion Reactions in a Firing Engine.” SAE Transactions 6 1952 3
- Rifken E. B. Walcutt C. Betker, G. W. Jr. “Early Combustion Reactions in Engine Operation.” SAE Transactions 6 1952 paper no. 3
- Patterson D. J. “Cylinder Pressure Variation-A Fundamental Combustion Problem.” SAE Transactions 75 1967
- Chen K. K. Krieger R. B. “A Statistical Analysis of the Influence of Cyclic Variation on the Formation of Nitric Oxide in Spark Ignition Engines.” GMR Publication 1494 November 30 1973
- Gish R. E. McCullough J. D. Retzloff J. B. Mueller H. T. “Determination of True Engine Friction.” SAE Transactions 66 1958 649 667
- Brown W. L. “The Caterpillar IMEP Meter and Engine Friction.” SAE paper 730150 SAE Annual Congress Detroit January 1973
- Kerley R. V. Thurston K. W. “The Indicated Performance of Otto-Cycle Engines.” SAE Transactions 70 1962 5 37
- Eberle M. K. Klomp E. D. “An Evaluation of the Potential Performance Gain From Leakage Reduction in Rotary Engines.” SAE paper 730117 Annual Congress Detroit January 1973
- Davis G. C. Krieger R. B. Tabaczynski R. J. “Analysis of the Flow and Combustion Processes of a Three Valve Stratified Charge Engine with a Small Prechamber.” SAE paper 741170 International Stratified Charge Engine Conference Troy, Michigan October 30 November 1 1974
- Obert E. F. “Internal Combustion Engines” International Textbook Company Scranton, Pennsylvania 1968 148
- Brown W. L. “Methods for Evaluating Requirements and Errors in Cylinder Pressure Measurement.” SAE Transactions 76 1967 paper 670008
- Fisher R. V. Macey J. P. “Digital Data Acquisition with Emphasis on Measuring Pressure Synchronously with Crankangle.” 1975 SAE Congress
- Alyea J. Myers P. S. Uyehara O. A. “The Development and Evaluation of an Electronic Indicated Horsepower Meter.” SAE Transactions 78 1969 paper 690181
- Kreyszig, E. “Advanced Engineering Mathematics John Wiley and Sons, Inc. New York 1967 790
- Peters B. D. Borman G. L. “Cyclic Variation and Average Burning Rates in a Spark Ignition Engine.” Paper 700064 SAE Annual Congress Detroit January 1970
- Borman G. L. “Mathematical Simulation of Internal Combustion Engine Processes and Performance Including Comparisons with Experiment.” University of Wisconsin 1964 24 25
- Brown, W. L.
- “Piezo-Electric Measuring Systems.” Publication 0.021 Kistler Instrumente AG 1972
- Alyea J. W. The Development and Evaluation of an Electronic Indicated Horsepower Meter University of Wisconsin 1968
- Alyea J. W. The Development and Evaluation of an Electronic Indicated Horsepower Meter SAE Transactions 78 1969 Paper 690181
- Brown W. L. The Caterpillar imep Meter and Engine Friction SAE paper 730150
- Lichty L. C. Combustion Engine Processes McGraw-Hill 1967
- Taylor C. F. Taylor E. S. The Internal Combustion Engine Second International Textbook Co. 1961
- Obert Internal Combustion Engines International Textbook Co. 1968
- Rogowski A. R. Elements of Internal Combustion Engines McGraw-Hill 1953
- ASME Power Test Code 19.8, Measurement of Indicated Horsepower
- Marks L. S. Mechanical Engineers Handbook McGraw-Hill 1951
- Tweney C. F. Hughes L. E. C. Chambers' Technical Dictionary W. & R. Chambers, Ltd. 1958
- Schmidt F. A. F. The Internal Combustion Engine Chapman and Hall 1965
- Frass A. P. Combustion Engines McGraw-Hill 1948
- Maleev V. L. Internal Combustion Engines Second McGraw-Hill 1945
- Judge A. W. Modern Petrol Engines Chapman and Hall 1955
- Judge A. W. Testing of High Speed Internal Combustion Engines Chapman and Hall 1944
- Nayler J. L. Dictionary of Mechanical Engineering Hart Publishing Co. 1967
- Eshbach O. W. Handbook of Engineering Fundamentals Second Wiley 1952
- Pye D. R. The Internal Combustion Engine Oxford 1937
- Webster's Third New International Dictionary G. & C. Merriam Co. 1963
- Ricardo H. R. Internal Combustion Engines Blackie and Son, Ltd. 1922
- Faires V. M. Theory and Practice of Heat Engines MacMillan Co. 1948