Olena Titova

TL;DR: The limiting deviations in the form errors of the gear surface manufacturing enabled to eliminate the oscillation of the diametrical gap and to ensure stability of the output characteristics for the orbital hydraulic motor.

TL;DR: The conducted studies have established that when activating the hydraulic drive of the mechatronic system from the moment of the safety valve activation and to its closure, operating conditions do not affect changes in the functional parameters.

TL;DR: To solve the problem of improving manufacture workability for the elements of the distribution system, the shape of the distributor and sleeve valve passages is substantiated and changes in geometric parameters of a distribution system affect the throughput of a planetary hydraulic motor with passages embodied in the form of a circle are investigated.

TL;DR: In this article, the authors investigated the impact of the kinematic diagram for the distribution system of a planetary motor on the output characteristics of the planetary motor and found that the effect of the diagram on the performance of planetary hydraulic motors was significant.

TL;DR: In this article, a methodology for designing hydraulic mechatronic systems with the elements of multi-criteria optimization has been developed, which allows designing a me-chatronic system with specified output characteristics.