The damping of vibrations on aircrafts and rotorcrafts can provide life extension or weight reduction on those structures on which the vibration load is a significant amount of load endurance spectrum. A hybrid active-passive inertial actuator system is presented focusing the advantages of a ballscrew based actuator and of a non-conventional three phase control drive. The dynamics of the mechanical system, of the electric motor and of the associated electronic control unit has been simulated as an integrated system on a MatLab/Simulink® platform. The design of the damper has been finalized by simulation, including full three-phase bridge drive with independent phases (no star-point) and motor control law and mechanics and elasticity of the system. The test results on a full-scale prototype of the damper are presented.

(2014). Active Damping, Inertial Electro-Mechanical Ballscrew Actuator [conference presentation - intervento a convegno]. Retrieved from http://hdl.handle.net/10446/32069

Active Damping, Inertial Electro-Mechanical Ballscrew Actuator

Previdi, Fabio
2014-01-01

Abstract

The damping of vibrations on aircrafts and rotorcrafts can provide life extension or weight reduction on those structures on which the vibration load is a significant amount of load endurance spectrum. A hybrid active-passive inertial actuator system is presented focusing the advantages of a ballscrew based actuator and of a non-conventional three phase control drive. The dynamics of the mechanical system, of the electric motor and of the associated electronic control unit has been simulated as an integrated system on a MatLab/Simulink® platform. The design of the damper has been finalized by simulation, including full three-phase bridge drive with independent phases (no star-point) and motor control law and mechanics and elasticity of the system. The test results on a full-scale prototype of the damper are presented.
2014
Matteuzzi, Nicola; Nardeschi, Marco; Toro, Stefano; Cologni, Alberto Luigi; Madaschi, Matteo Giacomo; Previdi, Fabio
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