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                         3.     Ostash O.P., Andreiko I.M., Kulyk V.V., Vavrukh V.I. Influence of

                  braking on  the  microstructure  and  mechanical  behavior of  railroad  wheel  steels.

                  Materials Science. 2011. Vol. 48, No 5. P. 569-574. (Scopus, Web of Science)

                         4.     Ostash O.P., Anofriev V.H., Andreiko I.M., Muradyan L.A., Kulyk V.V.

                  On the concept of selection of steels for high-strength railroad wheels. Materials

                  Science. 2011. Vol. 48, No 6. P. 697-703. (Scopus, Web of Science)

                         5.     Kulyk V.V., Andreiko I.M., Vavrukh V.I. Influence of the in-service

                  factors on the serviceability of graphitized steel. Materials Science. 2015. Vol. 51,

                  No 3. P. 381-387. (Scopus, Web of Science)

                         6.     Haivorons’kyi О.А., Poznyakov V.D., Markashova L.І., Ostash О.P.,

                  Kulyk  V.V.,  Alekseenko  Т.О.,  Shyshkevych  О.S.  Structure  and  mechanical

                  properties of the heat-affected zone of restored railway wheels. Materials Science.

                  2015. Vol. 51, No 4. P. 563-569. (Scopus, Web of Science)

                         7.     Ivanytskyj  Ya.L.,  Lenkovskiy  T.M.,  Molkov  Yu.V.,  Kulyk  V.V.,

                  Duriagina Z.A. Influence of 65G steel microstructure on crack faces friction factor

                  under  mode  II  fatigue  fracture.  Archives  of  Materials  Science  and  Engineering.

                  2016. Vol. 82, No 2. P. 49-56. (Scopus)

                         8.     Lenkovskiy  T.M.,  Kulyk  V.V.,  Duriagina  Z.A.,  Kovalchuk  R.A.,

                  Topilnytskyy  V.H.,  Vira  V.V.,  Tepla  T.L.  Mode I  and  mode II  fatigue  crack

                  growth  resistance  characteristics  of  high  tempered  0.6%C  steel.  Archives  of

                  Materials Science and Engineering. 2017. Vol. 84, No 1. P. 34-41. (Scopus)

                         9.     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. (Scopus, Web of Science)

                         10.  Ostash  O.P.,  Kulyk  V.V.,  Poznyakov  V.D.,  Haivorons’kyi  O.A.,

                  Markashova  L.I.,  Vira  V.V.,  Duriagina  Z.A.,  Tepla  T.L.  Fatigue  crack  growth

                  resistance  of  welded  joints  simulating  the  weld-repaired  railway  wheels  metal.

                  Archives  of  Materials  Science  and  Engineering.  2017.  Vol.  86,  No  2.  P. 49-55.

                  (Scopus)
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