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Abstract
The paper considers the perspectives for the use and scope of application of plunger pairs made of synthetic corundum in hydraulic control systems and power drives. The effect of the influence of the use of synthetic corundum in control systems and power drives of hydraulic systems of aircraft has been determined-increasing efficiency and dynamics by lowering the friction factor of 2-3, a decrease in the gaps to 0, increase the operating temperature range, and a weight loss of 10-15%. An approach to the analysis of design options for updated elements of hydraulic drives is formulated.
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Details
1 Department of Instrumentation, Kovrov State Technological Academy named after V A Degtyarev, 19 Mayakovsky Street, Kovrov, 601910, Russia
2 Department of Hydraulic Drive and Hydro-Pneumatic Automatics, Kovrov State Technological Academy named after V A Degtyarev, 19 Mayakovsky Street, 601910, Kovrov, Russia
3 Department of Applied Mathematics and Computer-Aided Design Systems, Kovrov State Technological Academy named after V A Degtyarev, 19 Mayakovsky Street, 601910, Kovrov, Russia