Optimum Design of Piezoelectric Bimorph Cell for Active Vibration Control of Flexible Beam

Zhong Wei Jiang; Mami Tanaka; Jun Ibayashi; Seiji Chonan

doi:10.1299/kikaic.61.57

Optimum Design of Piezoelectric Bimorph Cell for Active Vibration Control of Flexible Beam

Zhong Wei Jiang, Mami Tanaka, Jun Ibayashi, Seiji Chonan

MEN - Biomedical Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

This paper presents a study on the optimum design of a distributed actuator that is introduced in order to suppress the multimode vibration of a flexible structure. The piezoelectric bimorph cell installed as a distributed actuator is driven so that it suppresses the transient vibration of a flexible cantilever. The actuator is designed with the inclusion of the idea of dynamic compliances, of which is the compliance of the beam driven by a distributed actuator, while the other is the oscillation compliance of a beam subjected to a sinusoidal fluctuation at its base. It is found that a piezoelectric actuator to supress the multimodal vibration can be designed systematically with the use of the compliances proposed here.

Original language	English
Pages (from-to)	57-64
Number of pages	8
Journal	Nippon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C
Volume	61
Issue number	581
DOIs	https://doi.org/10.1299/kikaic.61.57
Publication status	Published - 1995

Keywords

Distributed Actuator
Dynamic Compliance
Dynamics of Machinary
Flexible Structure
Higher-Mode Vibration
Multiple Sensors

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10.1299/kikaic.61.57

Cite this

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title = "Optimum Design of Piezoelectric Bimorph Cell for Active Vibration Control of Flexible Beam",

abstract = "This paper presents a study on the optimum design of a distributed actuator that is introduced in order to suppress the multimode vibration of a flexible structure. The piezoelectric bimorph cell installed as a distributed actuator is driven so that it suppresses the transient vibration of a flexible cantilever. The actuator is designed with the inclusion of the idea of dynamic compliances, of which is the compliance of the beam driven by a distributed actuator, while the other is the oscillation compliance of a beam subjected to a sinusoidal fluctuation at its base. It is found that a piezoelectric actuator to supress the multimodal vibration can be designed systematically with the use of the compliances proposed here.",

keywords = "Distributed Actuator, Dynamic Compliance, Dynamics of Machinary, Flexible Structure, Higher-Mode Vibration, Multiple Sensors",

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AU - Jiang, Zhong Wei

AU - Tanaka, Mami

AU - Ibayashi, Jun

AU - Chonan, Seiji

PY - 1995

Y1 - 1995

N2 - This paper presents a study on the optimum design of a distributed actuator that is introduced in order to suppress the multimode vibration of a flexible structure. The piezoelectric bimorph cell installed as a distributed actuator is driven so that it suppresses the transient vibration of a flexible cantilever. The actuator is designed with the inclusion of the idea of dynamic compliances, of which is the compliance of the beam driven by a distributed actuator, while the other is the oscillation compliance of a beam subjected to a sinusoidal fluctuation at its base. It is found that a piezoelectric actuator to supress the multimodal vibration can be designed systematically with the use of the compliances proposed here.

AB - This paper presents a study on the optimum design of a distributed actuator that is introduced in order to suppress the multimode vibration of a flexible structure. The piezoelectric bimorph cell installed as a distributed actuator is driven so that it suppresses the transient vibration of a flexible cantilever. The actuator is designed with the inclusion of the idea of dynamic compliances, of which is the compliance of the beam driven by a distributed actuator, while the other is the oscillation compliance of a beam subjected to a sinusoidal fluctuation at its base. It is found that a piezoelectric actuator to supress the multimodal vibration can be designed systematically with the use of the compliances proposed here.

KW - Distributed Actuator

KW - Dynamic Compliance

KW - Dynamics of Machinary

KW - Flexible Structure

KW - Higher-Mode Vibration

KW - Multiple Sensors

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ER -

Optimum Design of Piezoelectric Bimorph Cell for Active Vibration Control of Flexible Beam

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