Registration Number
0220U103305,
0117U000256
, R & D reports
Title
Structure and phase transformations under loading and it's influense on the mehanisms of hardening
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Head
Podrezov Yurii M,
Registration Date
14-09-2020
Organization
Institute of Problems of Materials Science named after IM Frantsevich of the National Academy of Sciences of Ukraine
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Physical principles of creation of alloys with hardening structurals and materials with special service characteristics, which are formed due to structural and phase transformations under the action of deformation, have been developed. The influence of aluminum on the phase composition, structure and mechanical properties of TiAl intermetallic alloys was analyzed. It has been shown that alloys with a lower aluminum concentration are more brittle at low temperatures but have a higher viscous-brittle transition temperature. Above this temperature, they are hardening much faster than alloys with a higher aluminum concentration. On bainitic iron, the maximum TRIP effect is observed at tempering temperatures of 330-350 С. Samples hardedinig at these temperatures exhibit the best fatigue resistance, minimal wear and increased tendency to damp.
Product Description
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Yevich Yan I.
Borisovskaya Kateryna M
Verbylo Dmytro G
Voloschenko Sergij M
Voropaev Vitalii S.
Danilenko Vitaliy І.
Danylenko Mykola I.
Minakov Mykola V
Marchenko Natalia M
Remez Maryna V
Romanko Petro M
Tsyganenko Natalia Ivanivna
Shuryhin Borys V
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2020-10-01
