Machines. Technologies. Materials.
Vol. 16 (2022), Issue 5, pg(s) 150-154

MACHINES

Evolution of spindle assemblies of machines based on motor-spindle

Abstract

Solving the problems caused by the growth of M-S diversity belongs to the latest current scientific field of research in modern mechanics and electromechanics, which is generalized to the concept of structural and systems research with models of microevolution and macroevolution. If genetic synthesis allows to find new structures of M-S and spindle nodes on their basis, then for the synthesis of schemes and structures it is advisable to use a system-morphological approach. To develop a morphological model, functional (morphological) features are selected, which are divided into three groups in accordance with the modular principle: the modules of the rotational motion of the spindle, the drive feed -translational motion and the clamp-expansion

Keywords

References

  1. Danilchenko YM, Kuznetsov YM Precision spindle assemblies on rolling bearings (theory and practice) .- Ternopil-Kyiv: "Economic Thought", 2003.-344p.
  2. Kuznetsov YM, Redko RG, Pridalny BI Influence of centrifugal forces of inertia on force transmission in lever clamping devices with geometric closure // Scientific notes. Interuniversity collection in the field of "Engineering Mechanics". Issue №18. Lutsk, 2006. - p.230-240.
  3. Kuznetsov YN, Hamuyela JA Gerra, Hamuyela TO Morphological synthesis of machines and their mechanisms. - К .: ООО «ГНОЗИС», 2012. - 416с.
  4. Kuznetsov YM Layout of machines with mechanisms of parallel structure / Yu.M. Kuznetsov, DA Dmitriev, G.Yu. Dinevich. Ed. Yu.M. Kuznetsova.-Kherson: PE Vyshemirsky VS, 2009. 456 p.
  5. Oliynyk KO Synthesis of spindle assemblies on the basis of motor-spindles with the use of system-morphological approach // Bulletin of the Mykhailo Ostrogradsky KrNU. Issue 5-6 / 2020 (124-125). - P.133-138.
  6. Polovinkin AI Fundamentals of engineering creativity: Textbook. manual for university students, - M .: Mechanical Engineering, 1988. -368 p.
  7. Push A.V. Spindle knots / A.V. Push. - Moscow: Mechanical Engineering. - 1992. -288p.
  8. Handbook of technology for cutting materials. In 2 books. Book 1 / Ed. nem. ed .: G. Spur, T. Stefferle; Per. with him. V.F. Kolotenkova and others; Ed. Yu.M. Solomentseva.-M .: Mechanical Engineering, 1985.-616 p.
  9. Strutynsky VB Statistical dynamics of spindle assemblies on hydrostatic supports: monograph /V.B. Strutynsky, D.Yu. Fedorinenko.-Nizhyn: Publishing House "Aspect-Polygraph", 2011.-464 p.
  10. Fedorinenko D.Yu. Spindle hydrostatic bearings: monograph / D.Yu. Fedorinenko, S.P. Sapon - Chernihiv: ChNTU, 2016. - 4o4 p.
  11. Shinkarenko VF Fundamentals of the theory of evolution of electromechanical systems. - К .: Наукова думка, 2002. - 288 с.
  12. Shinkarenko VF, Gaidaenko Yu.V. Genetic principles of structure formation of hybrid electromechanical systems. - Bulletin of KSU named after Mykhailo Ostrogradsky. Issue 3/2010 (62). Part 2. - P. 47 - 50.
  13. The operability analysis of spindle-motor hybrid electromechanical systems. Y. Kuznetsov, V. Shinkarenko, Iu. Gaidaienko, K. Oliynyk - Unitech’13. Gabrovo-2013.Vol.III. p.p. 268 - 272.
  14. Hongrui Caoa, Xingwu Zhanga, Xuefeng Chenb The concept and progress of intelligent spindles // International Journal of Machine Tools & Manufacture 112 (2017), p.p. 21–52.
  15. Shynkarenko V., Gaidaienko Iu., Ahmad N. Al-Husban. Genetic Programs of structural Evolution of Hybrid Electromechanical Objects // International journal of Engineering & Technology. Vol 2, No 1 (2013). - R. 44-49.
  16. Shynkarenko V., Gaidaienko Iu., Ahmad N. Al-Husban. Decoding and functional Analysis of genetic Programs of Hubrid Electromechanical Structures // Modern Applied Science. Vol 8, No 2 (2014). - R. 36 - 48. 17. Kuznetsov Yuriy. Theory of technical systems: textbook / Yuriy Kuznetsov, Yuriy Novosyolov, Ihor lutsiv- Sevastopol: SevNTU, 2012.-256 p.
  17. Shynkarenko VF, Shvedchikova IA, Kotlyarova VV Evolutionary Experiments in Genetic Electromechanics. 13th Anniversary International Scientific Conference “Unitech’13”, 22 - 23 November 2013. Gabrovo, Bulgaria. Vol. III, 2013. - P.p. 289 - 294.
  18. Shynkarenko V., Kuznetsov Y. Interdisciplinary Approach to Modeling and Synthesis of difficult Technical Systems // Journal of the Technical University of Gabrovo, Vol. 52, 2016. - R. 24- 28.

Article full text

Download PDF