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Novel structural and functional multi-component high entropy materials


Work number - P 22 ALLOWED TO PARTICIPATE

Presented I.M. Frantsevich Institute for Problems of Materials Sciences of the National Academy of Sciences of Ukraine

Authors:
Dr. tech. sc. GORBAN` V.F., Dr. phys-math. sc. FIRSTOV G.S., Dr. tech. sc. ANDREYEV А.О., Dr. phys-math. sc. KARPETS` М.V., Cand. phys-math. sc. KRAPYVKA М.О., Cand. phys-math. sc. ROGUL` Т.G., Cand. phys-math. sc. TABACHNIKOVA О.D., Cand. phys-math. sc. BRODNIKOVS`KY М.P.

Authors developed novel structural and functional multi-component high entropy materials that possess high scientific, technological and innovative constituent together with high competitiveness (in particular, combination of high temperature strength, low temperature plasticity, heat resistance, advanced functional properties of shape memory alloys etc.) comparing with known traditional alloys.

High entropy, presence of the crystal lattice distortions and specific nano-cluster structure have been used as essential peculiarities for the development of the novel generation of multi-component alloys, composite materials. It allowed to obtain a row of novel materials with the unique set of properties.

Tasks for practical application of these materials directed onto import substitution of the materials critical for Ukraine have been carried out according to orders from end-users ‒ Ukroboronprom factories: design bureau "Pivdenne", design bureau Ivchenko-Progres, Ukrinmash. Besides, orders of the companies from USA (the Boeing company) and PRC have been also accomplished.

Number of publications: 6 monographs, 1 textbook, 236 papers (187 – in IF journals). General Citation Index of the publications of the authors of the present work related to / h-index, according to the databases amounts to: Web of Science – 2174/23, Scopus– 2525/25, Google Scholar – 4370/35. 3 habilitation Doctoral thesis and 7 PhD thesis have been defended upon conclusion of the present work.

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