Practical applications analysis and economic efficiency of the method on assessment of the sealing action from the tracked mover on the soil layer

  • Authors

    • N E. Peregoodov
    • M A. Novak
    2018-04-15
    https://doi.org/10.14419/ijet.v7i2.13.13069
  • Sealing Action, Economic, Soil Compaction.

  • The article describes and evaluates the economic efficiency of applying a modern approach to solving the problem of soil compaction by tracked movers using a new method based on the theory of hereditary creep of elastoviscoplastic materials, taking into account new factors (the time of the impact of movers on the base, rheological properties of the soil, etc.), as well as using a new devices and techniques for determining the physico–mechanical characteristics of the soil layer and modern specialized software products.

     

     

  • References

    1. [1] V.E. Erokhin, N.E. Peregoodov, Modern approaches to solving the prob-lem of soil compaction by tracked movers, School of young scientists mate-rials of regional specialized seminar on problems of technical Sciences, 2017, Lipetsk, Lipetsk State Technical University Publishers, p. 60–65, (in Russian).

      [2] N.E. Peregoodov, Study of the impact of the sealing action of the tracked mover an agricultural tractor on the soil and develop a method for its eval-uation. The dissertation on competition of a scientific degree of candidate of technical Sciences. Michurinsk, 2016, 172 p, (in Russian).

      [3] N.E. Peregoodov, Using the theory of hereditary creep in the study of the interaction of tracked movers with a layer of soil, School of young scien-tists on the problems of humanitarian, natural and technical Sciences, 2016, Lipetsk, Lipetsk State Pedagogical University Publishers, p. 281–291, (in Russian).

      [4] S.V. Nosov, N.E. Peregoodov, Estimation of soil compaction by tracked movers using the theory of hereditary creep, Engineering support of inno-vative technologies in agriculture, 2015, Michurinsk, Michurin State Agrar-ian University Publishers, p. 533–540, (in Russian).

      [5] N.E. Peregoodov, The calculation of the gauge, shear strain and density of soil after the passage of the crawler tractor with 4–supporting balancer suspension, Certificate of registration of the computer program RUS №50201350981, 02.10.2013, (in Russian).

      [6] S.V. Nosov, N.E. Peregoodov, Yu.Yu. Kindjukhin, Device for investigation of physical and mechanical characteristics of soil layer. Patent for inven-tion, RUS â„–2365916, 31.03.2008, (in Russian).

      [7] S.V. Nosov, N.E. Peregoodov, Yu.Yu. Kindjukhin, Method of determina-tion of physical and mechanical characteristics of soil layer. Patent for in-vention, RUS â„–2366944, 11.03.2008, (in Russian).

      [8] N.E. Peregoodov, S.V. Nosov, Yu.Yu. Kindjukhin, The results of stamp tests in the study of rheological properties of soil in cylindrical coordinates using a portable installation, Collection of abstracts of scientific conference of students and postgraduates of Lipetsk state technical University, 2007, p. 95–98, (in Russian).

      [9] S.V. Nosov, N.E. Peregoodov, Mathematical model of interaction of the tracked mover with the support base, Tractors and agricultural machinery, 2006, № 11, p. 29–33, (in Russian).

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  • How to Cite

    E. Peregoodov, N., & A. Novak, M. (2018). Practical applications analysis and economic efficiency of the method on assessment of the sealing action from the tracked mover on the soil layer. International Journal of Engineering & Technology, 7(2.13), 319-321. https://doi.org/10.14419/ijet.v7i2.13.13069