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The State of the Art of the Internal Plasma Spraying on Cylinder Bore in AlSi Cast Alloys
Technical Paper
2000-05-0068
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English
Abstract
For the wear protection of cylinder bore in aluminum cast material the internal plasma spraying technology offers a new economical solution. The size and the weight of the engine blocks significantly can be decreased in comparison with the traditional cast iron sleeves.
The coefficient of friction between piston ring and cylinder wall sensitively can be reduced and the wear resistance increased from several factors.
The paper gives an overview of the technology from the AlSi cast alloys for engine block to the non destructive testing technology used after the machining by diamond honing. The actual results in engines of different types also will be shown. The economical advantages of the plasma spraying for the internal coating in cylinder bore also will be discussed in comparison with the different alternatives of technology.
The aspect of the market introduction also will be discussed in this paper.
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Citation
Barbezat, G., "The State of the Art of the Internal Plasma Spraying on Cylinder Bore in AlSi Cast Alloys," SAE Technical Paper 2000-05-0068, 2000.Also In
References
- McCune “Thermal Spraying of Cylinder Bore Surfaces for Aluminum Engine Blocks” Welding Journal August 1 1995 41 47
- Rao, Kabat D.M. Rose R. Yeager D. Brandt R. Leong D.Y. “Performance of Plasma Spray Coated Bore 4.6 L - V 8 Aluminum Block Engines in Dynamometer and Fleet Vehicle Durabitity Tests” SAE paper No 970008
- Rao, Kabat D.M. Cikaneth H.A. Facriari C.A. Wuest G. “Material Systems for Cylinder Bore Applications - Plasma Spray Technology” SAE paper No 970023
- Byrnes Kramer M. “Method and Apparatus for the Application of Thermal Spray Coating onto Aluminum Engine Cylinder Bores” ASM/ESD Meeting Romulus January 23 1997
- Nakagawa, Kawakami K. Kudoh T. Trends in Automotive Application of Thermal Spray Technology in Japan Proc. NTSC Boston, USA 1994
- Smith Plasma Spray Processing, Proc. 2nd Plasma-Technik Symp. Lucerne 1991 1 Plasma-Technik 1991 17 38
- Byrnes Kramer M. Method and Apparatus for the Application of Thermal Spray Coating onto Aluminum Engine Cylinder Bores Proc. NTSC Boston, USA 1994 39
- Barbezat, Keller S. Wegner K.H. ROTAPLASMA Applications in the Automotive Industry ITSC 95 Kobe 1995 9 13
- Barbezat Neue Entwicklungen zum Innenbeschichten Schweissen und Schneiden 48 1996 127 131
- Barbezat, Keller S. Wegner K.H. Innenbeschichtungen für Zylinderkurbelgehäuse Proceeding TS 96 Essen 1996 114 117
- Wuest, Barbezat G. Keller S. The Key Advantages of the Plasma-Powder Spray Process for the Thermal Spray Coating of Cylinder Bores in Automotive Industry SAE Int. Congress Detroit February 24 - 27 1997
- Ayrault-Costil S. Montavon G. Barbezat G. Coddet C. Thermal Spray Deposition of a Copper Coating on Aluminum using the PROTAL Process Proceeding ITSC 98, Nice 1409 1413
- Barbezat G. Wuest G. Advantages for Automotive Industry of Plasma Spray Coating of AlSi Cast Alloy Cylinder Bores London Surface Engineering 1998 14 2 113 116