Abstract
By methods of optical and electronic microscopy, tests for microhardness investigate substructure changes and the mechanisms of destruction occurring in materials of blanks. These are samples from titanium alloys PT-3V, OT-volumes by the size 100–400 μm, under which boundaries the unloading wave, connecting rotational (rotary) modes, locates adiabatic shears.
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References
Mescheryakov Y, Divakov A (1989) In: The Pre-print, RAS, St. Petersburg, Russia, p 36
Skotnikova MA, Chizhik TA, Lisyansky AS, Simin ON, Tsybulina IN, Lanina AA (2009) Research of working shovels of turbines of big power taking into account structural and phase transformations in metal of stampings from a titanic alloy of VT6. Metalloobrabotka 54(6):12–21
Skotnikova M, Ushkov S (1999) In: Proceedings conference titanium—99, St. Petersburg, Russia, vol 1, p 414
Skotnikova MA, Vinogradov VV, Krylov NA (2005) The accounting of the wave theory of plastic deformation at high-speed machining of surfaces of preparations. Metal working, SPb, №11 pp 12–15
Skotnikova M (1997) In: Proceedings conference MORINTECH-97, St. Petersburg, Russia, vol 4, p 251
Grindnev V, Ivasishin O, Oshkaderov S (1986) In: The book, Kiev, Ukraine, p 256
Yrmolov M, Solonina O (1967) PMM, Moscow, Russia, vol 23(1):63
Skotnikova MA, Zubarev YM, Chizhik TA, Tsybulina IN (2004) Structural-phase transformation in metal of blades of steam turbines from alloy VT6 after technological treatment. Proceeding of the “10th world conference on titanium” 13–18 Jules 2003, Hamburg, Germany, vol 5, pp 2991–2999
Skotnikova MA, Krylov NA, Mescheryakov JI, Radkevich MM, Ivanov EK, Mironova EV (2011) Formation of rotation in titanium alloys at shock loading. In: 12th World conference on titanium—2011. Proceedings of the conference of the nonferrous metals society of China, held in Beijing, China, June 19–24, pp 540-543
Skotnikova MA, Krylov NA, Tsvetkova GV, Ivanova GV (2013) Structural and phase transformation in material of blades of steam turbines from titanium alloy after technological treatment. Advances in mechanical engineering. Selected contributions from the conference “modern engineering: science and education”, Saint Petersburg, Russia, June 20–21, pp 93–101
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Skotnikova, M.A., Krylov, N.A., Ivanov, E.K., Tsvetkova, G.V. (2016). Structural and Phase Transformation in Material of Steam Turbines Blades After High-Speed Mechanical Effect. In: Evgrafov, A. (eds) Advances in Mechanical Engineering. Lecture Notes in Mechanical Engineering. Springer, Cham. https://doi.org/10.1007/978-3-319-29579-4_16
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DOI: https://doi.org/10.1007/978-3-319-29579-4_16
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