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On-Line Oil Consumption Measurement and Characterization of an Automotive Gasoline Engine by SO2 Method
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Abstract
An on-line oil consumption measurement system using the SO2 tracer method has characterized automotive gasoline engine oil consumption under various engine operating conditions, including a 200-hour durability test. An oil consumption map of total engine, individual cylinder, and valve train was produced for various speed and load ranges under both steady-state and step-transient operating conditions. The effect of spark timing as an additional engine parameter on the oil consumption was also investigated.
Oil consumption maps have enlightened the conventional understanding of oil consumption characteristics and broadened the areas of concern for control technologies. This paper reports the benefit of the on-line oil consumption measurement system, the result of oil consumption history over the durability test, discrete measurement of oil consumption contribution within the engine, and various oil consumption characteristics affected by engine operating conditions.
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Authors
Citation
Ariga, S., Sui, P., Bailey, B., Kumakiri, T. et al., "On-Line Oil Consumption Measurement and Characterization of an Automotive Gasoline Engine by SO2 Method," SAE Technical Paper 920652, 1992, https://doi.org/10.4271/920652.Also In
References
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