Hrabovskyi Volodymyr Yakovich

Grabovskyi, V.Ya. Study of the characteristics of a new stamp steel with controlled austenitic transformation during operation and dispersion carbide hardening / Assoc. V. Ya. Grabovskyi, K. V. Kochetkov // Science week: every year. science and practice conference, April 15–19, 2024: theses add. / Editor: V.V. Naumyk (responsible editor) Electronic. data.- Zaporizhzhia: NU Zaporizhia Polytechnic, 2024. - electronic opt. disc (DVD-ROM). P.15-17

Yershov A.V., Grabovskyi V.Ya., Vinichenko V.S., Savonov Y.N. The influence of the location direction of non-metallic inclusions on the character of the strength of the plasma coating // Non-metallic inclusions and gases in foundry alloys. Collection of theses of the XVII International Scientific and Technical Conference, Zaporizhia, November 26-27, 2024. - P. 75-77.

Grabovsky V.Ya. Determination of dispersion hardening ability of a new stamp steel with controlled austenitic transformation [Text] / V.Ya. Grabovskyi, O.V. Lysytsia // Metallurgy and metal processing. – 2023. - No. 3.

Grabovsky V.Ya. Prospects of using high-nitrogen austenitic chrome-manganese steels with vanadium and molybdenum as substitutes for heat-resistant stamping steels [Text] / V.Ya. Grabovskyi, V.I. Kanyuka, O.V. Lysytsia, A.V. Yershov // New materials and technologies in metallurgy and mechanical engineering. – 2023. - No. 3. - P. 21-26.

Grabovsky V.Ya., Kanyuka V.I. Determination of effective regimes of stepwise aging of die alloy for hot deformation // Metallurgy and metal processing. – 2021. - No. 3. - P. 32-39.

Grabovsky V.Ya., Lysytsia O.V. Heat treatment as a way to improve the machinability of tool alloy with a gtc lattice. New materials and technologies in metallurgy and mechanical engineering, 2020, No. 1, p. 88-89