Abstract
This paper proposes a new approach to reducing the vibration load of vehicles on rough roads based on the synthesis of innovative structures of adaptive suspensions with self-adjusting characteristics, which are provided by hydraulic shock absorbers with stepped cyclic regulation, inertial-friction shock absorbers with energy recovery in the oscillation cycle or combined damping systems from damping units various types. Descriptions of the original design schemes of various types of damping units (hydraulic and inertial-friction shock absorbers, as well as combined damping systems) are given in relation to three promising areas for improving suspensions, the use of which will improve energy efficiency, safety and vibration protection of vehicles for various purposes. Keywords: suspension, self-regulation of characteristics, hydraulic shock absorber, inertia-friction shock absorber, dynamic vibration damper, combined damping
Published Version
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