Technology of electrochemical rotary machining of gas turbine engine blade elements

• Autorzy: Poletaev V. A. , Sokolov N. N. , Kozhina T.D. , Eroshk V. Y. , Manoshkin V. S.
• Języki publikacji: EN

Abstrakty

EN

Modern automated production requires technologies to provide stability in machining procedures and the absolute repeatability of the quality parameters obtained on the parts produced. Without the development of a new level of ESM procedures, the generation and implementation of technological equipment, and its complex functioning, it is impossible to produce new generation GTE for modern civil and military aircraft, as well as ships and power plants. For this purpose, issues of the technology to be created for electrochemical rotary machining of GTE blading elements have been considered, including the following aspects: features of the technology of automated GTE compressor blades manufacture, kinematic schemes of work motions of tool electrodes, and constructions of tool electrodes for electrochemical rotary machining. New engineering solutions have been offered that considerably increase the efficiency of the rotary electrochemical machining of gas turbine engine blading elements.

Słowa kluczowe

EN

electrochemical machining; GTE compressor blades; gas turbine engine; electrode; automated

• Wydawca: Wydawnictwo Naukowe Instytutu Technologii Eksploatacji - Państwowego Instytutu Badawczego
• Czasopismo: Scientific Problems of Machines Operation and Maintenance
• Rocznik: 2012
• Tom: Vol. 47, nr 2
• Strony: 53--63
• Opis fizyczny: Bibliogr. 12 poz.

Twórcy

autor

Poletaev V. A.

• P.A. Solovyov Rybinsk State Aviation Technical University (RSATU), Rybinsk, Russia

autor

Sokolov N. N.

• NPO "Saturn", Rybinsk, Russia

autor

Kozhina T.D.

• P.A. Solovyov Rybinsk State Aviation Technical University (RSATU), Rybinsk, Russia

autor

Eroshk V. Y.

• P.A. Solovyov Rybinsk State Aviation Technical University (RSATU), Rybinsk, Russia

autor

Manoshkin V. S.

• NPO "Saturn", Rybinsk, Russia

Bibliografia

• [1] Eliseyev Y.S. et al. Physicochemical machining methods in GTE production [Text] / Eliseyev Y.S., Krymov V.V., Mitrofanov A.A., Saushkin B.P. Under the editorship of Saushkin B.P. - M.: Drofa. 2002. - 655 p.
• [2] Lifshits A.L., Kravets A.T., Rogachev I.S. et al. Metal electro pulse machining [Text] / under the editorship of A.L. Lifshits. - SPB: Let Me Print. 2013. - 156 p.
• [3] Orlov V.F., Chugunov B.I. Electrochemical shaping [Text] / V.F. Orlov, B.I. Chugunov. -M:Machinostroyeniye. 1990. - 240 p.
• [4] Baginsky B.A., Grebennikov V.V., Nigof B.M., Ogorodnikov D.N., Yarosavtsev E.V. Power supply for electrochemical pants // Electronic and electro-mechanical systems and devices: Edited volume of The Research and Development Center «Polyus». - Tomsk: MGP «RASCO» affiliated to the publishing house «Radio and connection*. 2001. - pp. 193-198.
• [5] Zhitnikov V.P., Zaitsev A.N. Pulse dimensional electrochemical machining. - M.: Machinostroyeniye. 2008. - 413 p.
• [6] Krymov V.V., Eliseyev Y.S., Zudin K.I. Gas turbine engine blade manufacture [Text] / V.V. Krymov, Y.S. Eliseyev, K.I. Zudin. - M.: Machinostroyeniye. 2002. - 376 p.
• [7] Demin F.I., Pronichev N.D.. Shitarev I.L. Technology of manufacture of GTE major components |Text|: Textbook / F.I. Demin, N.D. Pronichev, I.L. Shitarev. - M.: Machinostroyeniye. 2002. - 348 p.
• [8] Automation of GTE production process. Part One [Text] / V.F. Bezyazychny, V.A. Poletaev, T.D. Kozhina et al. Under the editorship of V.F. Bezyazychny, V.N. Krylov. - M.: Machinostroyeniye. 2012. - 560 p.
• [9] Poletaev V.A. Gas turbine engine blade automated manufacturing technology [Text] / V.A. Poletaev. - M. Machinostroyeniye. 2006. - 256 p.
• [10] Patent 2058863 the Russian Federation, 1PC6 B 23 H 00 9/10, B 23 H 00 3/00. The method of GTE blade electrochemical rotary machining [Text] / Erochkin M.P., Karpov B.L., Polyaev O.N., Shredder K.V., Uvarov L.B., Sergienko V.L.; applicant and rightholder AO "Rybinsk Design Bureau of motor building". – No. 5058563; appl. 13.08.1992; published on 27lth of April 1996.
• [11] Patent for useful model No. 82610 the Russian Federation. Tool-electrode for part electrochemical machining [Text] / L.B. Uvarov, O.N. Polyaev, S.A. Afanasov; applicant and rightholder AO "Rybinsk Design Bureau of motor building". - 2009.
• [12] Patent for useful model No. 103318 the Russian Federation. Tool-electrode for part electrochemical machining [Text] / M.G. Erochkin, A.A. Vershinin, S.A. Novikov; applicant and rightholder AO "Rybinsk Design Bureau of motor building". - 2011.