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In this paper, we study the models designed to increase the work of reversible disc plough. Results of research on the use of design-engineering methods of a heightening of serviceability are reduced and it is offered to use an improved disk of digging out device root of the tillage machines. Results of a study on the application of design and technological methods revealed that one of the promising areas of increased efficiency and durability are strengthening blades durable material of variable thickness.
Pellet IV. Surfacing work nodes tillage and harvesting of agricultural machinery// Automatic welding. 2003;8:36-41.
Ryabtsev IA. Classification and characteri-zation methods surfacing// welder. 1998;3: 23 - 25.
Kozachenko OV, Bleznyuk OV. A new method for strengthening the working of agricultural machines / Proceedings 1 of the International Scientific Conference examined. Dynamics, Durability and Reliability of Agricultural Machines. Kiev: TSTU. 2004;632-636.
Saedi S, Aghkhani M, Farzad A. Design and development of a reversible disk plow. 10th International Congress on Mechani-zation and Energy in Agriculture, Turkiye.
William SA. Reversible disk plough. U.S Patent, No 4211286; 1980.
Denisenko N. Wear and improve long-eternity working of agricultural machinery [Text] / Denisenko M, Opalchuk A. Bulletin TNTU. Special Issue - A Portion. 2011;2: 201-210.
Boiko A, Balabukha A. Hardening of the blades as a method of managing their geometrical shape in wear / / machine parts: ST. Science. HDTUSG Ave. - Delhi: HDTUSG. 2000;4:49-56.
Martynenko VJ, Kozachenko OV, Sychev IP, Bleznyuk EV. Disk digger root crop machines: DP 56556A Ukraine, Wolf (Ukraine).- 2002076009, Appl. 19.07.2002. 2003;2.
Sychev IP. Increased durability of beet workers cutting machines by optimizing the parameters of the deposited layer. Tractors and Farm Machinery. 1985;11: 48.