VIBRATION CONTROL BY DRY FRICTION DAMPER

ANAYSIS AND CONTROL LAWS OF SEMI-ACTIVE VEHICLE SUSPENSION SYSTEMS WITH RENDING AN ACCOUNT OF THE PHYSICAL CHARACTERISTICS OF MAGNETO-RHEOLOGICAL DAMPERS

DESIGN AND ANALYSIS OF DYNAMIC PERFORMANCE OF A VEHICLE ACTIVE SUSPENSION SYSTEM

Improving Vehicle Ride Response using a Shock Absorber with Dual Damping Characteristics

SMART MATERIALS USED FOR AERO ENGINE VIBRATION CONTROL

Characterization of MagnetoRheological Dampers using Existing Parametric Models

MODELLING OF VIBRATION DAMPING IN COMPOSITE STRUCTURES

AN ASSESSMENT OF SEMI-ACTIVE SUSPENSION FOR PASSENGER CARS USING FULL CAR MODEL

DEVELOPMENT OF DYNAMIC MODEL FOR VIBRATION CONTROL OF FLEXIBLE BEAM

Shock absorber characteristics representations and vehicle performance evaluation