Design parameters of the rotor of a tilling and separating machine
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Agriculture
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Design parameters of the rotor of a tilling and separating machine
Syromyatnikov Yurii Nikolaevich

Kharkov National Technical University of Agriculture named after Petr Vasilenko

62483, Ukraine, Khar'kovskaya oblast', pos. Dokuchaevskoe, p/v Dokuchavs'ke - 2, 2

gara176@meta.ua

 

 

DOI:

10.7256/2453-8809.2019.2.31975

Review date:

16-01-2020


Publish date:

25-03-2020


Abstract.

The subject of the research is the operation process of the rotor of a tilling and separating machine which changes the structure and solidity of the cultivated soil layer according to the agricultural requirements. The author considers the design of the blade of the rotor of a tilling and separating machine. The research object is the blade of the rotor whose form allows it to rotate with a minimum expenditure of energy. The topicality of the research is determined by the fact that the theoretically justified design of the blade of the rotor of a tilling and separating machine will help improve the methods of secondary tillage aimed at the improvement of its agrotechnical characteristics with a minimum expenditure of energy. To define the value of a relative speed of a soil element movement along the blade, the author derives an equation using the method described in P.M. Vasilenko’s theory of soil particles movement along rough surfaces, but the author considers soil particles movement along the blade. The article is based on theoretical research using mechanical and mathematical modeling of working tools interaction with soil. The initial data was collected via the analysis of literary sources. The author substantiates the design of the blade of the rotor of a tilling and separating machine which guarantees its rotation with a minimum expenditure of energy owing to the lesser dispersion of soil particles and the prevention of their building-up on the separating grill. The research results can be used by constructors and specialists developing tillage tools.

Keywords: angle, design, loosening, torque, energy, knife, separation lattice, rotor, the soil, radius
This article written in Russian. You can find full text of article in Russian here .

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