VERA-CARDENAS, E.E.; VITE-TORRES, M.
y
LEWIS, R.. Surface and Sliding Wear Behaviour of Different Coatings and Steels. Ing. invest. y tecnol. [online].
2012,
vol.13, n.1, pp. 85-96.
ISSN 1405-7743.
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Arnell R.D. et al. Tribology: Principles and Design Applications, Macmillan Education LTD, 1991. [ Links ] BonnyK., De Baets P., Ost W. Influence of Secondary Electro–Conductive Phases on the Tribological Response of Zirconia–Based Composites Against WC–Co Cemented Carbide, Nordtrib, Tampere, Finland, 2008. [ Links ] Bhushan B., Gupta B.K. Handbook of Tribology: Materials, Coatings and Surface Treatments, McGrawGill, 1991. [ Links ] Carvalho N.J.M., Huis A.J., In' T Veld J., De Hosson Th. Interfacial Fatigue Stress in PVD TiN Coated Tool Steels Under Rolling Contact Fatigue Conditions. Surf. Coat. Technology, 105:109116. 1998. [ Links ] Celik E., Culha O., Uyulgan B. Assessment of Microstructural and Mechanical Properties of HVOF Sprayed WC–based Cermet Coatings for a Roller Cylinder. Surf. Coat. Technology, 200: 4320–4328. 2006. [ Links ] De Bruyn K., Celis J.F., Roos J.R. Coating Thickness and Surface Roughness of TiN Coated High Speed Steel in Relation to Coating Functionality. Wear, 166:127–129. 1993. [ Links ] Green D.A., Lewis R., Dwyer–Joyce R.S. The Wear Effects and Mechanisms of Soot Contaminated Automotive Lubricants, IMechE, Part J. Journal of Engineering Tribology, 220:159–169. 2005. [ Links ] Joost R., Pirso J., Viljus M. The Effect of Carbon Content on the Mechanical and Tribological Properties of WC–Co Cemented Carbides, Nordtrib, Tampere, Finland, 2008. [ Links ] Löhr M., Spaltmann D., Binkowski S. In Situ Acoustic Emission for Wear Life Detection of DLC Coatings During Slip–Rolling Friction. Wear, 260:469–478. 2006. [ Links ] Okumiya M., Griepentrog M. Mechanical Properties and Tribological Behaviour of TiN–CrAlN and CrN–CrAlN Multilayer Coatings. Surf. Coat. Technology, 112:123–128. 1999. [ Links ] Polcar T., Novák R., Siroký P. The Tribological Characteristics of TiCN Coating at Elevated Temperatures. Wear, 260:40–49. 2006. [ Links ] Singer I.L., Fayeulle S., Ehni P.D. Friction and Wear Behaviour of TiN in Air: the Chemistry of Transfer Films and Debris Formation. Wear, 149:375–394. 1991. [ Links ] Srikant–Nekkanty M.E.W. Indentation Damage to Boron Carbide–DLC Coatings with Different Compositions. Surf. Coat. Technology, 183:1–9. 2004. [ Links ] Stewart S., Ahmed R. Rolling Contact Fatigue of Surface Coatings–A Review. Wear, 253: 1132–1144. 2002. [ Links ] Sue J.A., Troue H.H. Friction and Wear Properties of Titanium Nitride Coating in Sliding Cont. [ Links ] Vera E.E., Vite M., Vite J., Hilerio I. Comparative Analysis of the Experimental Results of Wear by Rolling Contact Fatigue (rcf) of Steel AISI 4140 Base and with Superficial Covering of Nitriding, Hard Chromium and TiN, Nordtrib (2008)–116–31, Tampere, Finland. [ Links ] |
