Kozlova Olena Borisovna

1. Dyadya, S.I. Research into the formation of the profile of the machined surface during end milling with a tool with a large overhang / S.I. Dyadya, O.B. Kozlova, E.V. Kushnir // New materials and technologies in metallurgy and mechanical engineering. - 2021. - No. 2. - P. 42-50 2. Dyadya, S. Causes of different waves of machined surfaces after up and down end-milling / S. Dyadya, O. Kozlova, D. Karamushka, E. Kushnir // Cutting & Tools in Technological System. - 2022. - No. 97. - P.32-38 3. Dyadya, S., Vnukov, Y., Kozlova, O., Trishyn, P. Regularities of Oscillations During Turning and End Milling / Advanced Manufacturing Processes V. - 2023. - C. 136-144 4. Vnukov, Y. Influence of cutting time on types of oscillations during blade processing / S. Dyadya, O. Kozlova, P. Trishyn, A. Zubarev // Ukrainian Journal of Mechanical Engineering and Materials Science. - 2023. - T.9. - #1. - P. 56-66. 5. Dyadya S. Influence of feed rate on the dynamics properties of thin-walled part during end-milling / S. Dyadya, O. Kozlova, E. Brukhno, D. Yakhno, D. Karamushka // Cutting & Tools in Technological System - 2024. - Vol. 100. - P. 63-75. 6. Vnukov Y. Cutter-oscillator with single-degree-of-freedom for the study of cutting vibrations / Y. Vnukov, P. Tryshyn, O. Kozlova, S. Dyadya // Strojnícky časopis – Journal of Mechanical Engineering - 2024. - Vol. 74(1). - P. 169-180.

1. Pat. 157016 Ukraine: MPK(2024.01) V23V 27/00. Oscillator cutter for the study of the cutting process [Text] / Yu.M. Vnukov. P.R. Trishin, O.B. Kozlova, S.I. Dyadya; own. Trishin P.R. - No. u2024 01426.18.03.2024; publ. 28.08.24, Bull. No. 35. 4 p.

1. Uncle S.I. The influence of types of vibrations on surface formation during end milling // S.I. Uncle, O.B. Kozlova, D.R. Karamushka, E.V. Kushnir // Comprehensive quality assurance of technological processes and systems: materials of the XII international scientific and practical conference (Chernihiv, May 26-27, 2022): in 2 vols. / Chernihiv: ChNTU, 2022. - Vol. 1. - P. 61-63. 2. Dyadya S.I. The influence of the initial dynamic characteristics of the part and the tool on the formation of the machined surface during the final milling of parts [Electronic resource] // S.I. Dyadya, G.M. Lytvyn // Science Week-2022. Faculty of Mechanical Engineering. Abstracts of the scientific and practical conference, Zaporizhzhia, April 18-22, 2022, NUZP. – Zaporizhzhia, 2022. – P. 157-158 3. Uncle S.I. Control of vibrations during end milling by dividing them into high-speed zones // S.I. Uncle, O.B. Kozlova, P.R. Tryshyn, D.A. Yakhno // Comprehensive quality assurance of technological processes and systems: materials of the XIII international scientific and practical conference (Chernihiv, May 25-26, 2023): in 2 vols. / Chernihiv: ChNTU, 2023. - Vol. 1. - P. 94. 4. Uncle S.I. On the role of free oscillations in the formation of a trace for regenerative self-oscillations [Electronic Resource] // S.I. Uncle, O.B. Kozlova, P.R. Tryshyn, M.A. Mazurenko // international scientific and practical internet conference «Information society: technological, economic and technical aspects of formation» (issue 74) (06-07.02.2023). - 2023. 5. Uncle S.I. The role of project management in ensuring the economical use of resources [Electronic resource] // Science Week-2023. Faculty of Mechanical Engineering. Abstracts of the scientific and practical conference, Zaporizhzhia, April 24-28, 2023, NUZP. – Zaporizhzhia, 2023. – P. 14-15 6. Dyadya S.I. The influence of tooth frequency on the stability of end milling / S.I. Dyadya, O.B. Kozlova, D.A. Yakhno, D.R. Karamushka //Materials of the XIV International Scientific and Practical Conference «Integrated Quality Assurance of Technological Processes and Systems», May 23 - 24, 2024, Chernihiv, 2024. - P. 80–81. 7. Dyadya S.I. Using the regularities of oscillations during cutting to control their intensity / Dyadya S.I., Kozlova O.B., Tryshyn P.R., Yakhno D.A., Karamushka D.R. // Materials of the XII International Scientific and Practical Conference, Ivano-Frankivsk - Yaremche, February 5-9, 2024 - Ivano-Frankivsk: Printing House «Foliant», 2024. - P. 85–87.