Doudkin M 1
1. Improvement of Technology, Machines, and Recipes for the Production of Compound Feed and Feed Additives for Farm Animals
2. Computational Framework for Geometric Optimization of Bulldozer Blade With Multi-Level Side Section Rotation
3. Analysis of experimental studies on the efficiency of a new mixer for molding mixtures components for the production of premix lick blocks and the final product effect
4. Determination of forces in the working unit of the milling-rotary snow cleaner
5. Efficiency Justification for Modernizing a Grain Screw Extruder to Produce Feed Additives from Crop Residues
6. Experimental Studies of the Physical Model of the Milling-Rotary Snow Cleaner
7. Experimental Studies on the Interaction Process with the Environment of an Adaptable Bulldozer Blade with Variable Geometry
8. Seeding Section Design Development and Determination of the Forces and Driving Resistance to the Penetration of its Disc Coulters into the Soil
9. THEORETICAL INVESTIGATIONS OF THE PROCESS OF INTERACTION WITH THE ENVIRONMENT OF A BULLDOZER BLADOW WITH VARIABLE GEOMETRY
10. Improving the efficiency of fine grinding of materials in a new inverted impact grinder with enhanced energy-technological performance
11. JUSTIFICATION OF RATIONAL OPERATING PARAMETERS OF VIBRATION DISC-WORKING ENGINES OF SEEDING UNITS TO IMPROVE ENERGY-TECHNOLOGICAL INDICATORS
12. Operating Parameters of Vibration Disc-Working Engines of Seeding Units to Improve Energy-Technological Indicators
13. Theoretical and experimental study of the dependence of bulldozer blade digging energy consumption on its main parameters, cutting angle, and soil strength
14. EXPERIMENTAL STUDY OF THE SNOW REMOVAL PROCESS BY HELICAL BLADE OF THE MILLING FEEDER
15. Study of the operating process of a salt premix component mixer with a combined working unit and the influence of mixing degree on product quality
16. Automatic Control System for Monitoring Collision, Breakage and Wear of CNC Lathe Tools
17. Effect of Operating Speed on Soil Cutting Resistance by a Disc Working Tool: a Theoretical Model Based on Bulldozer Blade Principles
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