Features processing with a cup metal cutting tools a limps shafts

Authors

  • Леонід Дмитрович Мелконов Vostochnoukraynskyy National University them. Dal square. Molodezhniy 20a, Lugansk, Ukraine, 91034, Ukraine

DOI:

https://doi.org/10.15587/1729-4061.2013.12387

Keywords:

Non-rigid shaft, cutting patterns, orientation cup cutter, design bearing unit

Abstract

The article presents the most advantageous method of cutting and orientation of the cup-tip tool relatively to the processed shaft. There is a design of a bearing unit. The bearing unit permits to install and fasten properly the cup-tip tool, and ensure its stable rotation. The article presents a design of a holder for the installation and orientation of the bearing unit. We have selected details, which are not rigid shafts. We have suggested a technique for experimental studies. The essence of the experimental research is reduced to the definition of value of the components of cutting forces and roughness of the surface processed, depending on the angle of crossing and tool axes. According to the results, we have plotted the diagram of dependence of cutting forces and roughness on an angle of crossing. We have determined the optimal angle of crossing of axes of processed and cup-tip tools

Author Biography

Леонід Дмитрович Мелконов, Vostochnoukraynskyy National University them. Dal square. Molodezhniy 20a, Lugansk, Ukraine, 91034

Candidate of Technical Sciences, Associate Professor

Department "Processes processing materials, machinery and tools"

References

  1. Маталин, А. А. Технология машиностроения [Текст] / А. А. Маталин // Машиностроение- 1985. - С -549.
  2. Егоров, М.Е. Технология машиностроения [Текст] / Дементьев В. И., В. Л. Дмитриев В. Л. //- Москва: Машиностроение, 1976. - 610с.
  3. Мелконов, Л.Д. Принудительное вращающийся чашечный резец [Текст]/ Л. Д. Мелконов // Москва: Машиностроение. - №3.- 1980.- С. 19-23.
  4. Мелконов Л.Д. Исследование влияния угла скрещивания и режимов резания на качество и точность обработанной поверхности чашечным принудительно вращающимся резцом [Текст]/ – В сб. Прогрессивные конструкции режущих инструментов и рациональные условия их эксплуатации.-М.: 1983-С. 34-38
  5. Мелконов, Л.Д. Технологическое обеспечение качества и точности обработки валов принудительно вращающимися резцами [Текст]/ Л. Д. Мелконов // Дис….канд.техн. наук.- Москва, - 1985. -188с.
  6. Amari, Salvatore. Corsiderezioni teoriche sullutensile a tagliente rotante. [Текст] / Amari Salvatore. // “Machine”, 22 № 3, 1967. pp. 243-246
  7. Eskelin, A.F. Des plagueter de carbure pouvant tourner. [Текст] / Eskelin A.F. // “La machine moderne”, 61, №700, 1967. pp. 250-254.
  8. Eskelin, A. F. Rotating Carbide Inserts Machine Titanium Faster. [Текст] / Eskelin A.F. // “Machineri ” (New York), v. 73, № 4, 1966. pp. 249-253
  9. Ijer, N. Experiments with self-propeled rotary cutting tools. [Текст] / Ijer N., Koenigsberger F. // “Advances Mach. Tool Design and Res.1968, Part 2”. Oxford et al., 1969. pp. 256- 259
  10. Susumi, Kasei. Research on turing with self-propeled rotary cutting tool. [Текст] / Susumi Kasei, Toshio Hara, Masahiro Masuda. // “J. Japan society precis. Engng.”, v. 35, № 10, - 1969. - pp. 272-276.
  11. Vaughn, R. L. Increased Machining Efficient through research and development. [Текст] / Vaughn R. L., Roderick R.L. // “Western Machynery and Steel World”, v. 57, - №1, - 1967. - pp. 276-281.
  12. Matalin, A. A. (1985) Engineering Technology, L., Mechanical Engineering, 549.
  13. Egorov, M., Dementiev, V. I. , Dmitriev, V. L. (1976) Manufacturing Engineering, Mashinostroenie, 610.
  14. Melkonov, L. D. (1980) Forced rotating cup cutter - Mashinostroenie, 3, 19.
  15. Melkonov, L.D. (1983) Investigation of the effect of crossing angle and cutting on the quality and accuracy of the machined surface of cup forcibly rotating cutter - In Sat The progressive design of cutting tools and conditions of their rational ekspluatatsii, 34-38
  16. Melkonov, L. D. (1985) Tehnologicheskoe quality assurance and precision shafts rotating force reztsami. Dis .... kand.tehn. nauk.-Moscow, 188.
  17. Amari, Salvatore (1967) Corsiderezioni teoriche sullutensile a tagliente rotante. “Machine”, 22, № 3, 243-246
  18. Eskelin, A. F. (1967) Des plagueter de carbure pouvant tourner. “La machine moderne”, 61, №700, 250-254.
  19. Eskelin, A. F. (1966) Rotating Carbide Inserts Machine Titanium Faster. “Machineri ” (New York), v. 73, № 4, 249-253.
  20. Ijer, N. (1969) Experiments with self-propeled rotary cutting tools. “Advances Mach. Tool Design and Res.1968, Part 2”, 256- 259.
  21. Susumi, Kasei, Toshio, Hara, Masahiro, Masuda. (1969) Research on turing with self-propeled rotary cutting tool. “J. Japan society precis. Engng.”, v. 35, №10, 272-276.
  22. Vaughn, R. L. Roderick, R. L. (1976) Increased Machining Efficient through research and development. “Western Machynery and Steel World”, v. 57, №1, 276-281.

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Published

2013-04-25

How to Cite

Мелконов, Л. Д. (2013). Features processing with a cup metal cutting tools a limps shafts. Eastern-European Journal of Enterprise Technologies, 2(7(62), 46–49. https://doi.org/10.15587/1729-4061.2013.12387

Issue

Vol. 2 No. 7(62) (2013): Applied mechanics

Section

Applied mechanics

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Copyright (c) 2014 Леонід Дмитрович Мелконов

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