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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)

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

Topilnytskyy V.H., Vira V.V., Tepla T.L., Bilash O.V., Lishchynska K.I. An

effective crack tip region finite element sub-model for fracture mechanics analysis.

Archives of Materials Science and Engineering. 2017. Vol. 87, No 2. P. 56-65.

(Scopus)

12. Lenkovskiy T.M., Kulyk V.V., Duriagina Z.A., Dzyubyk L.V.,

Vira V.V., Dzyubyk A.R., Tepla T.L. Finite elements analysis of the side grooved

I-beam specimen for mode II fatigue crack growth rates determination. Journal of

Achievements in Materials and Manufacturing Engineering. 2018. Vol. 86, No 2.

P. 70-77. (Scopus)
13. Ostash O.P., Kulyk V.V., Lenkovskiy T.M., Duriagina Z.A.,

Vira V.V., Tepla T.L. Relationships between the fatigue crack growth resistance
characteristics of a steel and the tread surface damage of railway wheel. Archives

of Materials Science and Engineering. 2018. Vol. 90, No 2. P. 49-55. (Scopus)
14. Ostash О.P., Chepil’ R.V., Markashova L.І., Hrybovs’ka V.І.,

Kulyk V.V., Berdnikova O.М. Influence of the modes of heat treatment on the

durability of springs made of 65G steel. Materials Science. 2018. Vol. 53, No 5. P.

684-690. (Scopus, Web of Science)

15. Kulyk V.V., Shipitsyn S.Ya., Ostash O.P., Duriagina Z.A., Vira V.V.

The joint effect of vanadium and nitrogen on the mechanical behavior of railroad