The Basic Parameters of Vibration Settings for Sealing Horizontal Surfaces

  • Authors

    • Ivan Nazarenko
    • Mykola Ruchynskyi
    • Maksym Delembovskyi
    2018-06-20
    https://doi.org/10.14419/ijet.v7i3.2.14415
  • concrete mix, resonance, seals, vibration.

  • Abstract

    Are examined and defined pattern vibratory motion to form horizontal surfaces on the basis of the account of wave phenomena and bias voltages. Given numerical values screeds and rheological characteristics of sealing concrete.

    Based on the analysis of the energy balance, motion qualities limits are defined. Analytical dependences for the estimation of main parameters of the effective vibroimpact mode are suggested as well as the motion stability layout of the analyzed system is cited.

     

     

  • References

    1. [1] Sviderskiy A.T. 2013. The study of the dynamics of vibrating machines based on the stress-strain state of elastic-plastic medium. Vinnytsya. Vibrations in engineering and technology. â„–3 (71), 41-45.

      [2] Dedov O.P. 2006. Mathematical model and determine the parameters of vibration ram for soil compaction. GìrniÄì, budìvelnì, dorožnì ta melìorativnì maÅ¡ini [Mining, constructional, road and melioration machines], Nr 66, 41-46.

      [3] Zapryvoda A.V., Ruchynskiy M.M. 2013. Study of the basic characteristics of the process of forming horizontal surfaces working body vibration. Kyiv. Theory and practice of building. Nr12, 44-47.

      [4] Runova R.F., Gots V.I., Nazarenko I.I. and others. 2008. Materials of construction of a new generation and technologies introduction. Kyiv. UVPK, Eks 05, 360.

      [5] Rudenko I.F. 1972. Formation of products of surface vibrator. Moskow, Stroyizdat, 104.

      [6] Savinov O.A., Lavrinovich E.V. 1986. Vibrating machinery seals molding concrete mixtures. Leningrad. Stroyizdat, 280.

      [7] Harnets V.M. 1991. Advanced units and complexes. Kyiv, Builder, 144.

      [8] Chubuk Y.F., Nazarenko I.I., Harnets V.N. 1985. Vibrating machines for compacting concrete mixtures. Kyiv, Higher school, Head publishing house, 165.

      [9] Goldshteyn B.G., Petrun’kin L.P. 1966. Vibrators for compacting concrete. Moskow, Engineer, 172.

      [10] Nazarenko I.I., Ruchynskyy M.M. 2013. Energy ratio in shock vibration machines for seal concrete mixes. Vinnytsya, Vibrations in engineering and technology, â„–3 (71), 67-71.

      [11] Nazarenko I.I. 2007. Vibrating machines and processes of the construction industry. Kyiv, KNUCA, 230.

      [12] Nazarenko I.I. 2010. Applied Problems vibration systems theory (2nd Edition), Kyiv, Publishing House Word. 440.

      [13] Nazarenko I.I, Ruchynskyy M.M. 2002. Physical principles of mechanics of building materials, Lviv, Poster, 128.

      [14] Sivko V.I. 1988. Fundamentals of mechanics of vibrating concrete, Kyiv. Higher school, 168.

      [15] Osmakov S.A., Braude F.G. 1972. Vibro-shock forming machines, Moskow, Stroyizdat, 152.

      [16] Osmakov S.A. 1964. Motion Study of vibrating platform with a form of freely resting on the elastic pad. Tr. VNIIGS, Moskow, Leningrad. Producing 17, with 105-111.

      [17] Goncharevich I.F., Sergeev P.A. 1963. Vibrating machine construction, Moskow, Engineering, 311.

      [18] Mariusz Saniak. 2014. Energy Balance of a Prosument Microinverter On-Grid Photovoltaic System. Teka Komisji Motoryzacji i Energetyki Rolnictwa Vol. XIV-3, Poland, 99-103.

      [19] Krzysztof Necka. 2013. Selection of decisive variables for the construction of typical end user power demand profiles. Teka Komisji Motoryzacji i Energetyki Rolnictwa, Vol.XIII-2, Poland, 67-72.

      [20] Anna Nikolaenko, Alsayyad Taha Hussein. 2014. Modelling of vibrating machine-tool with improved construction. Teka Komisji Motoryzacji i Energetyki Rolnictwa, Vol.XIV-1, Poland, 174-181.

      [21] Korobko B. (2016), Investigation of energy consumption in the course of plastering machine’s work, Eastern-European Journal of Enterprise Technologies, 4/8 (82), 4 – 11. DOI: 10.15587/1729-4061.2016.73336.

  • Downloads

  • How to Cite

    Nazarenko, I., Ruchynskyi, M., & Delembovskyi, M. (2018). The Basic Parameters of Vibration Settings for Sealing Horizontal Surfaces. International Journal of Engineering & Technology, 7(3.2), 255-259. https://doi.org/10.14419/ijet.v7i3.2.14415

    Received date: 2018-06-20

    Accepted date: 2018-06-20

    Published date: 2018-06-20