2022•Vestnik MashinostroeniyaRequires access

Experimental research of anti-vibration properties of pneumatic suspension with combined damping

Novikov V.V. Ryabov I.M. Pozdeev A.V. Chernyshov K.V. Chumakov D.A.

Abstract

The results of an experimental study of a pneumatic suspension with a combined damping system, which includes a hydraulic shock absorber, an air damper, an inertial-friction shock absorber and a dynamic damper, are presented. Keywords: pneumatic suspension, hydraulic shock absorber, air damper, inertia-friction shock absorber, dynamic absorber, test bench nvv_60@mail.ru

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Available abstract

Key concepts: Shock absorber, Damper, Suspension (topology), Dynamic Vibration Absorber, Inertia, Vibration, Shock (circulatory), Materials science