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Exhaust Emission and Combustion Stability Characteristics of Combustion Chambers Used In Small Air Cooled Four Stroke Industrial Engines
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English
Abstract
The continuing refinement of the small engine as a power unit for such diverse applications as generators and lawn care equipment has forced designers to consider aspects other than those of production cost in the selection of combustion chamber geometry. Combustion stability, noise and exhaust emissions are becoming increasingly important in the development of new engine models. This paper reports on work which is being carried out to identify the combustion systems required for future engines.
Authors
Citation
Ford-Dunn, M., Etheridge, P., and Davenport, P., "Exhaust Emission and Combustion Stability Characteristics of Combustion Chambers Used In Small Air Cooled Four Stroke Industrial Engines," SAE Technical Paper 891798, 1989, https://doi.org/10.4271/891798.Also In
References
- Kyriakides S.C. Glover A.R. “A Study of the Correlation Between In-cylinder Air Motion and Combustion in Gasoline Engines” IMechE Paper C55/88
- Overington M.T. “Gasoline Engine Systems for Future European Vehicles” SAE 865013
- de Boer CD. Grigg D.W. “Gasoline Engine Combustion - The Nebula Combustion Chamber” SAE 885148
- French C.C.J. Atkins K.A. “Thermal Loading of a Petrol Engine” IMechE Paper Volume 187
- Sawer J.M. Ford-Dunn M. “Concept Design of a Low Noise Industrial Engine Range” Presented at IMechE Small Internal Combustion Engine Conference April 1989