1. Hembara О.V., Chepil O.Y., Hembara N.Т. Influence of the Parameters of Discretization on the Accuracy of Numerical Solution of the Three-Dimensional Problem of Hydrogen Diffusion // Materials Science. – 2016.–52(2). P. 280–286
2. Hembara О.V., Chepil O.Y., Hembara Т.V. Application of the Energy Approach to the Evaluation of the Serviceability of the Drum of a Steam Boiler Subjected to Thermal Cycling and Hydrogenation
3. Fabing Qin, Hembara О.V., Chepil O.Y. Modeling of the influence of hydrogen on the bearing ability of elements of the power-generating equipment under the conditions of temperature creep // Materials Science. ‒ 2018. ‒ 53, № 4. ‒ P. 532–540
4. Chang Shu, Hembara О.V., Chepil O.Y. Calculation of the Lifetime of Heat and Power Equipment Under Long-Term Static Loading, High Temperature, and the Action of Hydrogen// Materials Science. ‒ 2018. ‒ T. 54, № 1. ‒ P. 107–114.
5. Jiang Qiongqin, Hembara О.V., Chepil O.Y. Modeling of the influence of hydrogen on the accumulation of defects in steels under high-temperature creep // Materials science. – 2019.–55, №2. –P.251–259
6. Chepil O.Y., Shtoiko I. P. Distribution of hydrogen concentration in a compact specimen under the conditions of electrolytic hydrogenation // Materials science. – 2019.–55, №3. –P.392–396
7. The energy approach to the evaluation of hydrogen effect on the damage accumulation/ Ya. Ivanytskyi, Ye. Kharchenko, O. Hembara, O. Chepil, Ya. Sapuzhak, N. Hembara // Procedia Structural Integrity. – 2019. – 16. – С. 126–133. DOI: 10.1016/j.prostr.2019.07.031
8. Influence of temperature and hydrogen on fatigue fracture of 10kh15n27t3v2mr steel/ O. Hembara, O. Chepil, T. Hembara, V. Mochulskyi, Ya. Sapuzhak// Journal of Theoretical and Applied Mechanics. –2020. – 58, 1. – Р. 3–15. DOI: 10.15632/jtam-pl/115214
9. Zhigang Liu, Chepil O.Y., Sapuzhak Ya. І. Mathematical Modeling of Damage Accumulation under the Conditions of Creep and Corrosion Cracking of Structural Materials // Materials Science. – 2021.–56, №6. –P.764–770
10. Ming W., Hembara O.V., Chepil O.Y. Computer Modeling of the Influence of Hydrogenation on the Durability of Pipe Elements // Materials Science. – 2021.–57, №1. – P.128–134
11. Hembara O.V., Chepil O.Y. Modeling of the Deformation of Structural Elements Under the Conditions of Creep, Corrosion Cracking, and Hydrogenation // Materials Science. – 2022. – 57, №4. – P.557–561
12. Influence of Hydrogen on the Fracture Resistance of Pre-Strained Steam Generator Steel 22K/ Maciej Dutkiewicz, Oksana Hembara, Yaroslav Ivanytskyi, Mykola Hvozdiuk, Olha Chepil, Mykhailo Hrynenko, Nazar Hembara.// Materials. – 2022. – 15 (19). – 6596
13. Evaluation of the Influence of the Hydrogenation of Metal on the Durability of Heat-Exchanger Tubes of Steam Generators/ O.V. Hembara, О.Y. Chepil, N.Т. Hembara, А.М. Syrotyuk // Materials Science. – 2022. – 58, №3. –P.325–330
14. A New Energy Approach to Predicting Fracture Resistance in Metals/ M. Dutkiewicz, O. Hembara, O. Chepil, M. Hrynenko, T. Hembara // Materials. – 2023. – 16 (4). – P. 1566
15. Assessing of the Life Time of a Shaft with a Crack in Hydrogen/ O.V. Hembara, O.M. Holian, O.Y. Chepil, V.M. Paliukh, Y.I. Sapuzhak, I.M. Soviak // Materials Science. – 2023. – 59, №2. – P.191–197
16. Hembara O., Syrotyuk A., Chepil O., Sapuzhak Y., Hembara N. Evaluation of Increased Local Hydrogen Concentration in the Vicinity of Various Types of Defects in Low-Alloyed// Steels. Procedia Structural Integrity. – 2024.– 59, –P.190-197.
