Theses
Ph.D.
1994 – Bogdanovich A.V. Laws and hypotheses of fatigue damage accumulation and assessment of durability of machine parts (01.02.06 — Dynamics and strength of machines, devices and equipment)
2002 – Zhmailik V.A. Strength aspects of an estimation and normalization of active systems quality (01.02.06 — Dynamics and strength of machines, devices and equipment)
2002 – Vorobjov V.V. Aspects of service loading and damage of linear parts of pipeline (01.02.06 — Dynamics and strength of machines, devices and equipment)
2003 – Tjurin S.A. Rolling-mechanical fatigue: research methods and general laws (01.02.06 — Dynamics and strength of machines, devices and equipment)
2005 – Bordovskiy A.M. Methods for maintaining and partial rehabilitation of strength reliability of oil pipeline linear part (01.02.06 — Dynamics and strength of machines, devices and equipment)
2007 – Yelovoy O.M. Evaluation of durability of active systems of machines and equipment based on local wear-fatigue damages analysis (01.02.06 — Dynamics and strength of machines, devices and equipment)
2007 – Kebikov A.A. Criterion and technique of the estimation of the mechanical conditions of rails in operation (01.02.06 — Dynamics and strength of machines, devices and equipment)
2008 – Komissarov V.V. Estimation volumetric faulty and resistance of rolling fatigue of toothed gearing in view of size effect (01.02.06 — Dynamics and strength of machines, devices and equipment)
2008 – Sherbakov S.S. Three-Dimensional Stress-Strain State of the Active Systems of Roller-Ring Type in Conditions of Contact Interaction and Volume Deformation (01.02.04 — Mechanics of Solids)
2012 – Kozik A.N. The strength of underwater section of pipelines after prolonged use and refurbishment (01.02.06 — Dynamics and strength of machines, devices and equipment)
Doctor sciences
2005 – Bogdanovich A.V. The scientific bases of prognoses of limiting states for active systems (01.02.06 — Dynamics and strength of machines, devices and equipment)
2015 – Sherbakov S.S. Spatial stress-strain state, volumetric damageability and multi-criteria limiting states of the system of deformable bodies under their simultaneous contact and non-contact loading (01.02.04 — Mechanics of Solids)