Research

Current research
Processes of structural and phase transformations in the production of rolled steel. Patterns of formation of structure and properties during strengthening and weakening of rod reinforcement.
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Past research

Publications

1. I.O. VAKULENKO, D.M. BOLOTOVA, S.V. PROIDAK, B. KURT, A.E. ERDUGDU, H.O. CHAIKOVSKA, K. ASGAROV/ Strain Hardening of Low-carbon Steel in the Area of Jerky Flaw. Bulletin of the Dnipropetrovsk National University of Railway Transport, 2021, No. 2(92). P. 65-75.

2. I.O. VAKULENKO, D.M. BOLOTOVA, S.V. PROIDAK, H. CUG, H.O. CHAIKOVSKA/ FORMATION OF CARBON STEEL STRUCTURE DURING HOT OLASTIC DEFORMATION. Science and progress of transport. Bulletin of the Dnipropetrovsk National University of Railway Transport, 2020, No. 3(87). P. 94-104.

3. I.O. Vakulenko, O.O. Tchaikovsky, O.I. Vakulenko, G.O. Chaikovska, D.M. Bolotova Dependence of the austenite grain on the conditions of hot pressing of carbon steel. Science and information. Journal of Metallurgy and Heat Treatment of Metals, 2018, No. 1(80). P. 18-24.

4. Tchaikovskaya A.O., Vakulenko I.A., Tchaikovsky O.A. On phase transformations under isothermal tempering of hardened high-carbon steels. Materials of the 77th International Scientific and Practical Conference “Problems and Prospects of Railway Transport Development”, 2018, P.278-279.

5. A.V. Kurazhenko, I.A. Tyuterea, G.O. Chaykovska. Metallurgy and heat treatment of metals, 2021, No. 4(95). P.53-63.

Courses

1. Physics of the condensed state of materials
The goal of the discipline is to expand students' technical horizons, understanding of physical phenomena during the formation of solid and liquid materials. The formation of ideas about the structure of these materials and its influence on the physical properties of solid bodies, the ability to use scientific literature and mastering the technologies of obtaining materials with the necessary properties.

2. Metals and welding in construction
Tasks of the discipline: mastering the general concepts of the physical and chemical foundations of the processes of welding, soldering and gluing; methods of welding, soldering and gluing; methods for choosing non-separable connection methods depending on the characteristics of the material; development of connection technologies and methods of control and testing of an integral connection.

3. Crystallography, crystal chemistry and mineralogy
Understanding the nature of interatomic interaction, which helps the future specialist consciously improve the quality of materials, obtain new materials with the necessary operational properties, more effectively use mineral raw materials for the needs of construction, metallurgy.