Synthesis of machine – tool racking using a genetic-morphological approach

  • 1 National Technical University of Ukraine "Igor Sikorsky Kyiv Polytechnic Institute"
  • 2 Department of mechanic, Faculty of Engineering , Lebanese University, Tripoli, Lebanon


A fundamentally new methodological approach to the creation of progressive machine-tool equipment is proposed when considering a material point as a carrier of genetic information in the synthesis of technical systems of the “object” type. The main attention is paid to the search for new technical solutions with the use of tangential clamping, which allows one movement to simultaneously clamp several cutting tools offset from the axis of rotation, for example, in the form of carbide non-regrowth inserts.



  1. Automation of search design (artificial intelligence in machine design) / A.I. Polovinkin, N.K. Bobkov, T. Ya. Bush and others; ed. A.I. Polovinkin. - M .: Radio and communication. - 344 p.
  2. Balashov E.P. Evolutionary synthesis of systems / E.P. Balashov - M .: Radio and communication, 1985. – 328 p.
  3. Bryukhovich E.I. On the question of informatization of society // Mathematical machines and systems. - 1997, No. 2. - p. p. 122-132.
  4. Volokhonskiy A.G. Genetic code and symmetry // Symmetry in nature. - L .: 1971. - 75 p.
  5. Vernadsky V.I. Biosphere. - M .: Mysl, 1967 .-- 323 p.
  6. Georgi Popov. Basics of technological foresight and nakoki for reading research in a frame on Industry 4.0 // Conference "Industry 4.0 - Digitalization and perspective for spreading on the Bulgarian economy", Sofia Tech Park, 31.03.2017
  7. Zlenko N.N. Worldview value of NBICS technologies - convergence // Philosophy of Science: Traditions and Innovations, 2015, No. 1 (11). – p. p. 11-20.
  8. Kazantsev A.K. NBIC technologies. Innovative civilization of the XXI century / A.K., Kazantsev, V.N. Kiselev, D.A. Rubvalter, O.V. Rudensky. - M.: Infra-M, 2014.-384 p.
  9. Kuznetsov Yu.N. Evolutionary and genetic synthesis of new generation technological equipment // Cutting and tools in technological systems: Intern. scientific. - tech. Sat. - Kharkov: NTU "KhPI", 2008. - Issue. 85 .-- p.p. 149-162.
  10. Kuznetsov Yu.N. A new look at the material point as a carrier of genetic information in the creation of technical systems // Materials of the International Scientific and Practical Conference "Fundamental Foundations of Mechanics", Novokuznetsk: SRC MS, 2016. - No. 1. - p.26-40.
  11. Kuznetsov Yu.N. Challenges of the fourth industrial revolution "Industry 4.0" in front of Ukrainian scientists // Bulletin of KhNTU. No. 2 (61), 2017. - p.p.67 - 75.
  12. Kuzntsov Yu.M. A stage of the evolution of creative design with the elements of piece intelligence for the synthesis of collet chucks // Mizhvuzivsky collection "Science notes". VIP.№67, Lutsk, 2019. –p.p.70-81.
  13. Kuznatsov Yu.M., Dahabi F.W., Khamuyula Zh.A. Guerra. Structural and schematic synthesis of jammed cartridges for vicarious universal genetic operators // Scientific journal “Fundamentalis scientiam”, N2 (12), 2017 (Madrid, Spain). – p.p.43-49.
  14. Kuznetsov Yu.N., Samoilenko A.V., Khamuyela Joachim A.G. A man-analogue of the creation of technical and biotechnical systems // Zbirnik Visnik SevNTU, №133, series: Mechanics, Energy, Ecology, - Sevastopol: 2-12, - p.p.195-203.
  15. S.V. Meyen The path to a new synthesis or where do homologous series lead? / S.V. Meijen // Knowledge is power №8 / 1972. - p. p. 20-22.
  16. Stewart J. Topology / J. Stewart. //Quant .-1992.-№7.-p.p. 28-30.
  17. Fukuyama F. Our posthuman future: Consequences of biotechnological evolution / F. Fukuyama. - M .: AST; LUX 2004 .- - 349 p.
  18. Hamuyela Zh.A. Guerra Genetic and morphological synthesis of chucks: monograph / J.A. Gerra Hamujela, Yu.N. Kuznetsov, T.O. Hamujela; ed. Yu.N. Kuznetsova. - Lutsk: Vezha- Druk, 2017 .-- 328 p.
  19. Shinkarenko V.F. Fundamentals of the theory of evolution of electro-mechanical systems. - K .: Naukova Dumka, 2002 .-- 288 p.
  20. Shinkarenko V.F. Genetic foresight as a systemic basis in the strategy of managing the innovative development of technical systems // Pratsi Tavriiskogo der. agrotechnical univ. - Vip. 11. - Volume 4. - 2011. - p. 3-19.
  21. Yuriy Kuznetsov, Vasyl Shynkarenko. The genetic approach is the key to innovate synthesis of complicated technical systems // Journal of the Technical University – Sofia, Plovdiv branch, Bulgaria. Fundamental sciences and application, Vol. 16, book 2, 2011. – p. p. 15-34.
  22. Kuznetsov Yu. N. Future of machine-tool building – core of engineering technology. XIV International Congress «Machins. Technologies. Materials»-17. Borovets (Bulgaria). 2017. – p.p.48- 51.
  23. Kuznetsov Yu. N. The description of drive of clamping mechanism of automatic lathes by using genetic-morphological approach / Kuznetsov Yu.N, B.I. Prydalnyi, Hamuyela J.A.Guerra// Machines, technologies, materials, International Journal, published by Scientific technical Union of Mechanical Engineering, Sofia, Bulgaria, 2015. №4.-p. p.35-39.
  24. Shynkarenko Vasyl, Kuznetsov Yuriy. Interdisciplinary approach to modeling and synthesis of difficult technical systems // Journal of the Technical University Gabrovo, Vol. 52, 2016. – p. p. 24-28.

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