ABSTRACT
This chapter presents the results of calculations of channels of a hydraulic drive during unstressed and operating modes. The influence of fluid heat transfer and the walls of the drive channels on the dynamics of the drive system were considered. The results of computer research into determination of the time of stabilization of the speed of the fluid in the hydraulic channel and the stabilized velocity value are given. These results were also compared with experimental data. A method of heat-hydraulic calculation of hydraulic channels of hydraulic drives under unstressed operating modes and variable temperature conditions is developed.
