Kamyshin, Volgograd, Russian Federation
The methodology and results of morphological analysis and synthesis of installation construction designs for combined machining of long shafts and pipes by cutting and surface plastic deformation (SPD) with self-feeding rollers are presented. It is shown which design options have already been implemented in practice, and which are promising.
surface plastic deformation, combined cutting, SPD rollers, morphological analysis and synthesis of design decisions
1. Self-adjusting Machines / under the editorship of B.S. Balakshina. - M.: Mechanical Engineering. - 1967. - 400 p.
2. Shneider, Yu.G. Pressure Finishing Technology: Refer-ence Book. - St. Peterburg: Politekhnika, 1998. - 414 p.
3. Azarevich, G.M., Kirsanova-Belova, U.V., Akimov, B.I. Combining Cutting and Surface Plastic Deformation Processes in Automated Shaft Turning // Bulletin of Mechanical Engineering. - 1985. - no.1. - PP. 46-52.
4. Polovinkin, A.I. Fundamentals of engineering creativity: manual. - St. Peterburg: LAN, 2017. - 364 p.
5. Patent Russia, no. 2247016. MPK 7 V 23 R 23/04 Method of Combined Cutting and Deforming Machining and Tool for its Implementation. / Smolnikov, N.Ya., Oteniy, Ya.N., Zhuravlev, A.I. VolgGTU. - 2005.
6. Konovalov, E.G., Sidorenko, V.A. Finishing and Strengthening Rotary Surface Machining. Minsk: Vyshyeishaja Shkola, 1968. - 364 p.
7. Shneider, Yu.G. Tool for Finishing Metal Machining by Pressure. - Leningrad: Mechanical Engineering, 1971. - 248 p.
8. Technology and Tools of Finishing and Strengthening Machining of Parts by Surface Plastic Deformation: Reference Book. - M.: Mechanical Engineering, 2014. - 480 p.
9. Zaides, S.A. New Methods for Surface Plastic Deformation of Low-rigidity Cylindrical Machine Parts // Science Intensive Technologies in Mechanical Engineering. - 2018. - no. 8 (86). - PP. 16-24.
10. Industrial Engineer’s Reference Book / under the gen-eral editorship of A.G. Suslov. - M.: Innovative Engineering, 2019. - 800 p.
