Performance improvement methods of hydroficated machine under refrigeration

Author:

Kaverzina A S,Lunev A S,Karnaukhov I V,Pankiv M D,Andreychikov I V

Abstract

Abstract In this paper, the problem of the influence of climatic conditions on the performance of a Hydraulic gear is considered. The importance of the work is due to the fact that the methods for solving the problem are proposed, namely, the use of preheating for a Hydraulic gear and an internal combustion engine under refrigeration. The use of hydrofected self-propelled vehicles in the northern regions in winter is considered. The factors determining the technical and economic indicators of hydrofected machines are revealed. The influence of negative temperature on the physical and mechanical properties of hydraulic equipment materials is also considered. Three main directions have been identified in which temperature affects the hydraulic drive. An experiment was conducted in which the dependence of the performance of the machine was revealed using a preheating device for the working fluid and without the device.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference13 articles.

1. Theory and Design of Hydraulic and Pneumatic Drives: A textbook for university students in the specialty (Hydraulic machines, hydraulic gears and hydropneumoautomatics);Navrotsky;Mechanical engineering,1991

2. Comparative analysis of the dependence of the bulk elastic modulus of the liquid on pressure and gas factor;Lunev;J. Phys.: Conf. Ser.,2019

3. Development of Mathematical Models for the Hydraulic Machinery of Systems Controlling the Moving Components of Water Development Works;Gorbeshko;Hydrotechnical construction,1997

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