Zusammenfassung
Thermal Spraying is a coating technology known since the 20th century. Throughout the years, many different variants of thermal spraying have been developed and adapted for various applications. The most common applications of thermal spray coatings are wear reduction and improvements to the functionality of surfaces for various industries, e.g. wear and corrosion protection coatings on turbine blades in hydroelectric power plants [1], functional layers in solid electrolyte fuel cells [2] or absorption layers in fusion reactors [3].
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Literatur
[1]Brandt, O.; Siegmann, S. & Hitzek, R.: HVOF-gespritzte Schichten in Wasserkraftanlagen: Herstellung, Prüfung und Erfahrungen, 2nd United Thermal SprayConference (1999).
[2]Barthel, K. & Rambert, S.: Thermal Spraying and Performance of GradedComposite Cathodes as SOFC-Component, Materials Science Forum 308-311 (1999).
[3]Benhard, S.; Boscary, J.; Greuner, H.; Grigull, P.; Kißlinger, J.; Li, C.;Mendelevitch, B.; Pirsch, T.; Rust, N.; Schweizer, S.; Vorköper, A. & Weißgerber,M.: Manufacturing of the Wendelstein 7-X divertor and wall protection, Fusion Engineering and Design 75-79 (2005).
[4]Arends, S.: Scharfe Messer und haltbare Pfannen: Thermisches Spritzen erobertdie Gebrauchsgüterindustrie, Presse-Info GTS Gemeinschaft Thermisches Spritzene.V., (1998).
[5]Hwang, B.; Ahn, J. & Lee, S.: Effects of blending elements on wear resistanceof plasma-sprayed molybdenum blend coatings used for automotive synchronizerrings, Surface and Coatings Technology 194 (2005).
[6]Barbezat, G.: Advanced thermal spray technology and coating for lightweightengine blocks for the automotive industry, Surface and Coatings Technology 200(2005).
[7]Schlegel, U.: Plasmaspritzschichten, VDI-Berichte Nr. 1906 (2006).
[8]Barbezat, G.: Innenbeschichtung mittels atomsphärischen Plasmaspritzens(ICAPS) für Motorkomponenten: Stand und Potentiale, VDI-Berichte Nr. 1906(2006).
[9]Hoffmeister, H.-W.& Schnell, C.: Leichtmetallkurbelgehäuse mit nanokristalliner Spritzschicht, VDI-Berichte Nr. 1906 (2006).
[10]Ciaravolo, G.; Wizgall, E. & Mosetti, G.: Application and Evaluation of Cylinder Bore Coatings for High-Performance Spark-Ignition Aluminum Engines, VDI-Berichte Nr. 1906 (2006).
[11]Rauch, J.; Manzat, A.; Killinger, A. & Gadow, R.: HVOF and HVSFS Coatingsfor Reduction of Wear and Friction in Cylinder Liners, Thermal Spray 2009: Proceedings of the International Thermal Spray Conference (2009).
[12]Schmid, J.: Optimiertes Honverfahren für Gusseisen-Laufflächen, VDI-BerichteNr. 1906 (2006).
[13]Hoen, T.; Schmid, J. & Stumpf, W.: Weniger Verschleiß und Ölverbrauchdurch Spiralgleithonung bei Deutz-Motoren, MTZ 70 (2009).
[14]Johansson, S.; Frennfelt, C.; Killinger, A.; Nilsson, P.; Ohlsson, R. & Rosén,B.: Frictional evaluation of thermally sprayed coatings applied on the cylinder linerof a heavy duty diesel engine: Pilot tribometer analysis and full scale engine test,Wear 273 (2011).
[15]Rauch, J.; Manzat, A.; Killinger, A. & Gadow, R.: HVOF and HVSFS Coatingsfor Reduction of Wear and Friction in Cylinder Liners, Thermal Spray 2009: Proceedings of the International Thermal Spray Conference (2009).
[16]Ernst, P. & Barbezat, G.: Thermal spray applications in powertrain contributeto the saving of energy and material resources, Surface and Coatings Technology 202(2008).
[17]Greenwood, J.& Williamson, J.: Contact of Nominally Flat Surfaces, Proceedings of the Royal Society A: Mathematical, Physical and Engineering Sciences 295(1966).
[18]Abeln, T.: Reibungsminimierung durch Laseroberflächenstrukturierung im Motorenbau, VDI-Berichte Nr. 1906 (2006).
[19]Denkena, B.; Boehnke, D. & Kästner, J.: Microstructuring of functional surfaces by means of cutting processes, Production Engineering 2 (2008).
[20]Gehring GmbH & Co. KG: Laserstrukturierung - Verbesserung der tribologischen Eigenschaften von Oberflächen, Pressemitteilung (2007)
[21]Manzat, A.; Killinger, A. & Gadow, R.: Application of Supersonic FlameSpraying for Next Generation Cylinder Liner Coatings, Key Engineering Materials533 (2012).
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© 2018 Springer Fachmedien Wiesbaden GmbH, ein Teil von Springer Nature
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Manzat, A., Gadow, R. (2018). Friction Reduction with Thermally Sprayed Cylinder Liner Coatings. In: Liebl, J. (eds) Reibungsminimierung im Antriebsstrang 2015. Proceedings. Springer Vieweg, Wiesbaden. https://doi.org/10.1007/978-3-658-23189-7_13
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DOI: https://doi.org/10.1007/978-3-658-23189-7_13
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