Res. Agr. Eng., 2006, 52(3):87-96 | DOI: 10.17221/4884-RAE

The plane interaction theory of the cleaning vane with the head of a root crop

V. Bulgakov, I. Holovach, M. Berezovyy
Educational and Research Technical Institute, National Agrarian University of Ukraine, Kyiv, Ukraine

New interaction theory of a flexible cleaning vane with the head surface of root crop in the case when the vane installed on the driving shaft makes a plane motion is proposed. Based on the obtained differential equations of the vane motion some new mathematical dependencies, describing the basic parameters of this interaction are given.

Keywords: flexible cleaning vane; head of root crop; plane motion; differential equation; interaction

Published: September 30, 2006  Show citation

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Bulgakov V, Holovach I, Berezovyy M. The plane interaction theory of the cleaning vane with the head of a root crop. Res. Agr. Eng. 2006;52(3):87-96. doi: 10.17221/4884-RAE.
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References

  1. Bulgakov V.M., Holovach I.V. (2002): The theory of cleaning of heads of root crops by the cleaner with a vertical axis of rotation. (in Ukrainian) In: Proc. KMTI Mechanization of Production Processes of the Fisheries, Industrial and Agrarian Enterprises, 4. Kerch, KMTI: 209-226.
  2. Butenin N.V., Lunts Y.A.L., Merkin D.R. (1985): The Course of Theoretical Mechanics. (in Russian) Vol. 2. Moscow, Nauka.
  3. Hurchenko O.P. (1997): Substantiation of the basic parameters of the vane cleaner of the beet heads from remainders of haulm. Agricultural machines. (in Ukrainian) In: Proc., Vol. 3, Lutsk, 30-37.
  4. Hurchenko O.P., Orekhivsky V.D., Berezovyy M.H. (2000): Theoretical substantiation of parameters of the vane cleaner of heads of root crops of a beet from haulm. (in Ukrainian) In: Proceedings NAUU Mechanization of Agricultural Production, Vol. VII. NAUU, Kyiv, 279-285.
  5. Khelemendyk N.M. (1996): Increase of mechanical and technological effectiveness of labour-intensive processes in the sugar beet breeding. (in Ukrainian) [Dr. Sci. Tech. Thesis.] Ternopil, TPI.
  6. Khelemendyk N.M. (2001): Guidelines and the Methods of Developing of the Operating Units of Agricultural Machines. (in Ukrainian) Agrarna nauka, Kyiv.
  7. Mishin M.A. (1981): Research and substantiation of end-effectors for additional cleaning heads of a sugar beet roots from remainders of haulm. (in Russian) [Cand. Sci. Tech. Thesis.] VISHOM, Moscow.
  8. Ogurechnikov N.A. (1977): Search, research and substantiation of technological process and operating tools for cleaning of the sugar beet roots heads. (in Russian) [Cand. Sci. Tech. Thesis.] TNIIMESH, Minsk.
  9. Pogorely L.V. (1964): Research and development of the technological process of separation of haulm from the sugar beet roots. (in Russian) [Cand. Sci. Tech. Thesis.] USHA, Kyiv.
  10. Pogorely L.V., Tatjanko N.V., Brey V.V. et al. (1983): Beet Harvesters (Design and Calculation). (in Russian) Tekhnyka, Kiev.
  11. Pogorely M.L. (2001): Increase of technological effectiveness of beet harvesters. (in Ukrainian) [Cand. Sci. Tech. Thesis.] NAUU, Kyiv.
  12. Vasylenko P.M. (1996): Introduction into the Agricultural Mechanics. (in Russian) Silgosposvita, Kyiv.
  13. Yaroshovets V.R. (1980): Classification of operating units for removal of haulm from heads of sugar beet roots. (in Russian) In: Reserves for an Increase in Productivity and Quality of the Sugar Beet. Proc. Scient. Conf. VNIS. Kyiv, 241-245.

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