Abstract
The article discusses the problem of minimizing the specific energy consumption of the working process of the snowplow milling-rotary equipment in order to determine its rational geometric and design parameters and operating modes. The article describes an experimental study of the milling feeder interaction of the physical model of a snowplow with the developed snow mass, carried out on a material equivalent to snow, the influence of geometric parameters and operating modes of the milling feeder on the energy indicators of the massif development is determined. The problem of minimizing the specific energy consumption of the cutter working process has been solved in order to determine rational geometric parameters and operating modes. This research is funded by the Science Committee of the Ministry of Education and Science of the Republic of Kazakhstan (Grant No. AP09260192 Development of innovative milling-rotary snow-clearing working equipment with increased efficiency»).
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