Registration Number
0225U004396,
(0123U103092)
, R & D reports
Title
Development of scientific and technological bases for the creation of new materials based on Fe-Al intermetallics with increased resistance and heat resistance to ensure efficient operation and environmental safety in the nodes of energy and transport engineering
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Оптимізація технологічних режимів отримання легованих інтерметалідів системи Fe-Al спіканням та гарячим штампуванням
Head
Fartushna Yuliia V., Доктор хімічних наук
Registration Date
03-12-2025
Organization
Frantsevich Institute for Problems of Materials Science National Academy of Science of Ukraine
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According to the results of the study of the influence of the composition of the initial charge and the main technological parameters on the phase and structure and physical-mechanical properties of alloys to develop new compositions and optimized technology for powder metallurgy intermetallics based on FeAl system with increased stability and heat resistance to ensure efficient operation and environmental safety in the units of energy and transport engineering in a wide range of temperature
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The work is devoted to the study of the influence of component composition and basic technological parameters on phase and structure formation and physical-mechanical properties of alloys and development of new compositions and optimized technology of powder metallurgy of intermetallics based on Fe-Al Increasing the low-temperature ductility and creep resistance will be achieved by strengthening the intermetallic alloying elements Me and (or) dispersed reinforcing ceramic particles MeB/MeC system with increased stability and heat resistance over a wide temperature range. A comprehensive study of phase equilibria and thermodynamic properties of phases in three-component FeAlX systems, the influence of schemes of stressstrain state of workpieces during stamping on the basic structural parameters and properties of alloy will be carried out. Based on the results of the research, the optimal compositions of the
material and technological parameters of their production will be determined.
Product Description
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Fartushna Yuliia V.
Oleksandr I. Tolochyn
Oleksandra V. Tolochyna
Hennadii А. Bahliuk
Stepan F. Kyryliuk
Yan I. Yevych
Mykola I. Danylenko
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2025-12-03
