Page 331 - Кулик В.В.
P. 331

331

                         250.  Fec M.C., Utrata D. Elevated temperature fatigue behaviour of class

                  B,  C  and  U  wheel  steels.  ASME  Rail  Transportation  Spring  Conference

                  Proceedings. 1985. P. 33–39.

                         251.  Liu  H.-Y.,  Wang  N.,  Zhen  H.-B.  Thermal  damage  test  research  of

                  speed increased  freight  cars’  wheel tread.  Proceedings of the 13th  International

                  Wheelset Congress. (17–21 September 2001, Rome, Italy). 2001.

                         252.  Lunden R. Contact region fatigue of railway wheels under combined

                  mechanical rolling pressure and thermal brake loading. Wear. 1991. Vol. 144. P.

                  57–70.

                         253.  Opinsky A.J. Understanding rim thermal failures in freight car wheels.

                  Proceedings of the 9th International Wheelset Congress. Montreal, Canada, 1988.

                  P. 5.5.1–5.5.11.

                         254.  Osuch  K.,  Stone  D.H.,  Orringer  O.  European  and  American  wheels

                  and  their  resistance  to  thermal  damage.  Proceedings  of  the  11th  International

                  Wheelset Congress. Paris, France, 1995. P. 77–86.

                         255.  Marich  S.,  Mutton  P.J.  Materials  development  in  the  Australian

                  railway  industry  –  past,  present  and  future.  Mech.  Eng.  Trans.:  Inst.  Engrs.

                  Australia ME15. 1990. P. 67–76.


                         256.  Sackfield  A.,  Dini  D.,  Hills  D.A.  The  contact  problem  for  a  wheel
                  having a flat. Wear. 2006. Vol. 261. P. 1265–1270.


                         257.  Sackfield A., Dini D., Hills D.A. Contact of a rotating wheel with a
                  flat. International Journal of Solids and Structures. 2007. Vol. 44. P. 3304–3316.


                         258.  Jergéus  J.,  Odenmarck  C.,  Lundén  R.,  Sotkovszki  P.,  Karlsson  B.,
                  Gullsers 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, No 1. P. 1–13.

                         259.  Jergéus J. Martensite formation and residual stresses around railway

                  wheel  flats.  Proceedings  of  the  Institution  of  Mechanical  Engineers  Part  C:

                  Journal of Mechanical Engineering. 1998. Vol. 212, No 1. P. 69–79.

                         260.  Ahlstrom  J.,  Karlsson  B.  Analytical  1D  model  for  analysis  of  the
   326   327   328   329   330   331   332   333   334   335   336