Page 343 - Кулик В.В.
P. 343

343

                  P. 986–999.

                         367.  Richard  H.A.,  Sander  M.,  Fulland  M.,  Kullmer  G.  Development  of

                  fatigue  crack  growth  in  real  structures.  Engineering  Fracture  Mechanics.

                  2008.Vol. 75, No 3–4. P. 331–340.

                         368.  Snyder T. Personal meeting. 2003.

                         369.  Handa  K.,  Kimurab  Y.,  Mishimab  Y.  Surface  cracks  initiation  on

                  carbon  steel  railway  wheels under concurrent  load  of  continuous  rolling  contact

                  and cyclic frictional heat. Wear. 2010. Vol. 268, No 1–2. P. 50–58.

                         370.  Ekberg A., Sotkovszki P. Anisotropy and fatigue of railway wheels.

                  International Journal of Fatigue. 2001. Vol. 23, No 1. P. 29–43.

                         371.  Beretta  S.,  Donzella  G.,  Roberti  R.,  Ghidini  A.  Deep  shelling  in

                  railway wheels. Proceedings of the 13th International Wheelset Congress. Rome,

                  Italy, 2001. P. 17–21.

                         372.  Ringsberg  J.W.,  Loo-Morrey  M.,  Josefson  B.L.,  Kapoor  A.,

                  Beynon J.H.  Prediction  of  fatigue  crack  initiation  for  rolling  contact  fatigue.

                  International Journal of Fatigue. 2000. Vol. 22, No 3. P. 205–215.

                         373.  Keer  L.M.,  Bryant  M.D.,  Haritos  G.H.  Subsurface  and  surface

                  cracking due to hertzian contact // Journal of Lubrication Technology. 1982. Vol.


                  104, No 3. P. 347–351.
                         374.  Tournay H.M., Mulder J.M. The transition from the wear to the stress


                  regime. Wear. 1996. Vol. 191, No. 1–2. P. 107–112.
                         375.  Bernasconi A., Filippini M., Foletti S., Vaudo D. Multiaxial fatigue of


                  a  railway  wheel  steel  under  non-proportional  loading.  International  Journal  of
                  Fatigue. 2006. Vol. 28, No 5–6. P. 663–672.


                         376.  Meizoso  A.,  Esnaola  J.M.,  Pérez  M.  Approximate  crack  growth

                  estimate of railway wheel influenced by normal and shear action. Theoretical and

                  Applied Fracture Mechanics. 1991. Vol. 15, No 2. P. 179–190.

                         377.  Kulyk V.V., Lenkovskiy T.M., Ostash O.P. Mode I and mode II cyclic

                  crack resistance of wheel steel. Strength of Materials. 2017. Vol. 49, No 2. P. 256–

                  262.
   338   339   340   341   342   343   344   345   346   347   348