Page 329 - Кулик В.В.
P. 329
329
230. Ishida M., Abe N., Moto T. Experimental study on the effect of
preventive grinding on RCF defects on Shinkansen rails. Proceedings of the
IHHA’99. Moscow, Russia, 1999. P. 511–516.
231. Hiensch E.J.M., Kapoor A., Josefson B.L., Ringsberg J.W., Nielsen
J.C.O., Franklin F.J. Two-material rail development to prevent rolling contact
fatigue and to reduce noise levels in curved rail track. Proceedings of the World
Congress on Railway Research. Koln, Germany, 2001. 16 p.
232. Demilly F., Lonsdale C., McCabe T., Del Fabbro V., Vallart E.,
Caldwell B. Wheel rim residual stress measurement using ultrasonic testing.
Proceedings of the 13th International Wheelset Congress. Rome, Italy, 2001.
233. Alfredsson B. A study on contact fatigue mechanisms. PhD thesis.
Department of Solid Mechanics, Royal Institute of Technology, Sweden, 2000.
234. Olsson M. Contact fatigue and tensile stresses. Beynon, et al. (Ed.).
Engineering Against Fatigue. AA Balkema, Netherlands, 1999. P. 651–657.
235. Fujii Y., Maeda K. Flaking failure in rolling contact fatigue caused by
indentations on mating surface. I. Reproduction of flaking failure accompanied by
cracks extending bi-directional relative to the load movement. Wear. 2002. Vol.
252. P. 787–798.
236. Fujii Y., Maeda K. Flaking failure in rolling contact fatigue caused by
indentations on mating surface. II. Formation process of flaking failure
accompanied by cracks extending bi-directionally relative to the load movement.
Wear. 2002. Vol. 252. P. 799–810.
237. Fujii Y., Maeda K. Flaking failure in rolling contact fatigue caused by
indentations on mating surface. III. Mechanism of crack growth in the direction
opposite to the load movement. Wear. 2002. Vol. 252. P. 811–823.
238. Clarke M. Wheel rolling contact fatigue (RCF) and rim defects
investigation to further knowledge of the causes of RCF and to determine control
measures. RSSB Wheel Steel Guide, 2008. Rail Safety and Standards Board.
239. Hernandes F.C.R., Cummings S., Kalay S., Stone D. Properties and
microstructure of high performance wheel. Wear. 2011. Vol. 271. P. 374–381.