Modelling of smart intelligent materials with PZT & PVDF sensors/actuators to control the active vibrations of flexible aluminum mechanical cantilever beams using proportional integral derivative (PID) techniques

Satvik M. Kusagur, G. Arunkumar, T. C. Manjunath

2020Materials Today Proceedings23 citationsDOI

Topics & Concepts

CantileverActuatorVibrationPID controllerActive vibration controlBeam (structure)SIGNAL (programming language)Piezoelectric sensorVibration controlMaterials sciencePiezoelectricitySmart materialController (irrigation)AcousticsControl theory (sociology)EngineeringStructural engineeringComputer scienceMechanical engineeringElectrical engineeringComposite materialPhysicsTemperature controlControl (management)Artificial intelligenceAgronomyBiologyProgramming languageAeroelasticity and Vibration ControlComposite Structure Analysis and OptimizationStructural Analysis and Optimization

Modelling of smart intelligent materials with PZT &amp; PVDF sensors/actuators to control the active vibrations of flexible aluminum mechanical cantilever beams using proportional integral derivative (PID) techniques

Topics & Concepts

Modelling of smart intelligent materials with PZT & PVDF sensors/actuators to control the active vibrations of flexible aluminum mechanical cantilever beams using proportional integral derivative (PID) techniques