Page 334 - Кулик В.В.

334

280. Magel E., Kalousek J. Martensite and contact fatigue initiated wheel

defects. Proceedings of the 12th International Wheelset Congress. Quingdao,

China, 1998. P. 100–111.

281. Jergeus J., Odenmarck C., Lund´en R., Sotkovszki P., Karlsson B.,

Gullers P. Full scale railway wheel flat experiments. Proceedings of the Institution

of Mechanical Engineers Part F Journal of Rail and Rapid Transit. 1999. Vol.

213. P. 1–13.

282. Zhang Z.Y., Shang W., Ding H.H., Guo J., Wang H.Y., Liu Q.Y.,

Wang W.J. Thermal model and temperature field in rail grinding process based on

a moving heat source. Applied Thermal Engineering. 2016. Vol. 106. P. 855–864.

283. Hang S., Tao P., Li L. et al. Frictional heat-induced phase

transformation on train wheel surface. Journal of Iron and Steel Research

International. 2008. Vol. 15, No 5. P. 49–55.

284. Czarnek R. Development and application of an improved method for

experimental determination of release fields in cut railroad car wheels. Wear. 1996.

Vol. 191. P. 95–100.

285. Wang Y., Shen X., Chiang F.-P. New experimental approach for

studying residual stresses in rails. Wear. 1996. Vol. 191. P. 90–94.

286. Magiera J., Orkisz J., Karmowski W. Reconstruction of residual
stresses in railroad rails from measurements made on vertical and oblique slices.

Wear. 1996. Vol. 191. P. 78–89.
287. Bernasconi A., Davoli P., Filippini M. Fatigue life of railway wheels:

residual stresses and LCF. Proceedings of the 13th International Wheelset
Congress. (17–21 September 2001, Rome, Italy). 2001.

288. Del Fabbro V., Catot B. Ultrasonic measurement of stresses in new

wheels. Proceedings of the 11th International Wheelset Congress. Paris, France,

1995. P. 251–259.

289. Demilly F., Tulliez B., Sainte Catherine C. Micrographic cleanness in

railway wheels its measurement, its influence on crack initiation in fracture

mechanics. Proceedings of the 11th International Wheelset Congress. Paris,