Physical metallurgy aspects of rolling contact fatigue of rail steels

Methods of contact fatigue tests, Calculations and strength tests, Recommendations P50-54-30-87, Gosstandard of USSR, Moscow, 1988, p. 122. P. Clayton, G. Brave, Fatigue origination and growth experiment, US Dept. if Transportation Report, FRA/ORD-91/18, 1991. Baulin, 1962, Study of mechanism of contact fatigue damages (defects 82 and 64) of rails, Vestnik VNIIZhT, 4, 27 Marich, 1978, Laboratory investigation of transverse defects in rails Isakov, 2002, Effect of non-metallic inclusions upon wire tearing strength in wire rope twisting, Steel, 10, 82 Shur, 2002, Application of fractional gas analysis for estimation of the rails’ operational properties, 229 Rausin, 1969, Design strength of steels operating at cyclic loading, Phys. Metall. Heat Treat. Met., 9, 20 Shur, 1972, Some problems of contact – fatigue strength of the steel, In design strength of steels and alloys and methods of its estimation, MDNTP, 90 Bychkova, 1977, Contact fatigue strength of high-strength rail steel with mixed microstructure, CHERMETINFORMATSIYA Bull., 10, 45 Shur, 1978, Structure and contact fatigue strength of steel, Phys. Metall. Heat Treat. Met., 8, 37 Kardonsky, 1964, Influence the shape and size of cementite particles on steel properties after deformation, Phys. Metall. Heat Treat. Met., 2, 2 Sagadze, 1975, Reliability growth of cementite steel, Mashinostroenie, 216 Pan, 2001, Structure and properties of rail steel, microalloyed vanadium and titanium, Steel, 10, 55 Vorozhishchev, 2003, Quality of rails of dispersion-hardened steel, Steel, 8, 64 Safonova, 1974, About steel content for high-strength steel, Vestnik VNIIZhT, 1, 45 Kageyama, 1979, Influence the strength and tenacity on RCF characteristics, Tetsu Haganie, 4, 444 Ueda, 1999, Development of bainitic steel rail with excellent surface damage resistance Mitao, 1999, High strength bainitic steel rails for heavy haul railways with superior damage resistance, 489 Jones, 1997, Tailoring heat treatment and composition for production of on-line heat-hardened bainitic rail, 1029 Velikanov, 1965, Zavodskaya laboratoriya, 5, 108 Shur, 1990, Influence the termomechanical damages on contact fatigue resistance of rail and wheel steel, Izvestiya VUZov, Chyornaya Metallurgiya, 9, 69