Adaptive Solution for Intelligent Cable Vibration Mitigation

Lucia Faravelli; Clemente Fuggini; Filippo Ubertini

doi:10.4028/www.scientific.net/AST.56.137

Paper Titles

A Self-Sensing Method for IPMC Actuator
p.111

Structure Formation and Strengthening of Hot Deformed Nitrogen-Containing Steels
p.116

Electroactive Pressure Sensors for Smart Structures
p.122

Integrated Design of Smart Structures
p.127

Adaptive Solution for Intelligent Cable Vibration Mitigation
p.137

Optimal Simulation for Large Dynamic Systems
p.147

The Art of Control Algorithms Design and Implementation
p.154

Control of Vibratory Energy Harvesting Systems with Optimized Passive Networks
p.164

Integration of Piezoceramic Modules into Die Castings - Procedure and Functionalities
p.170

HomeAdvances in Science and TechnologyAdvances in Science and Technology Vol. 56Adaptive Solution for Intelligent Cable Vibration...

Adaptive Solution for Intelligent Cable Vibration Mitigation

Abstract:

The mechanics of cables is caught either by numeric or analytic models which are able to predict the nonlinear dynamic response of this structural elements with the desired level of approximation. Although cable dynamics has been widely explored in the literature, efforts are still required in the field of cable vibration mitigation to conceive an economical, feasible and robust control strategy. An adaptive control strategy combining a distributed passive solution with a semiactive actuation is here proposed for the purpose of reducing the spatial cable vibrations. The effectiveness of the proposed control policy is investigated by means of experimental tests and a suitable numeric scheme.