The influence of the parameters of the electromechanical system with neuromanagement, which overcomes the shear frictional self-oscillations, on its dynamic indicators.

Abstract

The influence of the basic parameters of a two-mass electromechanical system with an elastic kinematic coupling with and without a gap and a neuro-regulator on dynamic quality indicators is estimated. The existence of a range of variation of each of the parameters within which shear friction self-oscillations do not occur is shown.