Model Verification and Validation of a Piezo-Elastic Support for Passive and Active Structural State Control of Beams with Circular Cross-Section

Beams in lightweight truss structures are subject to axial and lateral loads that may lead to undesired structural vibration or failure by buckling. The axial and lateral forces may be transferred via the truss supports that offer possibilities for state control of single beams and larger structures...

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Vydáno v:Applied Mechanics and Materials Ročník 807; číslo Uncertainty in Mechanical Engineering II; s. 67 - 77
Hlavní autoři: Schaeffner, Maximilian, Götz, Benedict, Melz, Tobias, Platz, Roland
Médium: Journal Article
Jazyk:angličtina
Vydáno: Zurich Trans Tech Publications Ltd 01.11.2015
Témata:
Active control
Active damping
Aluminum
Attenuation
Beams (structural)
Buckling
Bypasses
Circularity
Cross-sections
Elastic buckling
Elastic properties
Elastic supports
Investigations
Lateral loads
Load
Mathematical models
Piezoelectricity
Rotation
Shunts
Stiffness
Structural vibration
Transducers
Trusses
Verification
Vibration
Beam
Model Validation
Active Buckling Control
Vibration Attenuation
Model Verification
Structural Control
ISBN:3038356522, 9783038356523
ISSN:1660-9336, 1662-7482, 1662-7482
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Abstract Beams in lightweight truss structures are subject to axial and lateral loads that may lead to undesired structural vibration or failure by buckling. The axial and lateral forces may be transferred via the truss supports that offer possibilities for state control of single beams and larger structures. In earlier own studies, the concept of a piezo-elastic support for active buckling control and resonant shunt damping has been investigated. An elastic spring element is used to allow a rotation in the beam's bearing in any plane perpendicular to the beam's longitudinal axis. The rotation is laterally transferred to an axial displacement of piezoelectric stack transducers that are either used to generate active lateral forces for active buckling control or to attenuate vibrations with a resonant shunt. In this paper, the model verification and validation of the elastic properties of the piezo-elastic support for passive and active structural control of beams with circular cross-section is presented. The rotational and lateral spring element stiffness is investigated numerically and experimentally and the existing models are updated in the verification process. The model is validated by comparing the numerical results and experimental ability for vibration attenuation.
AbstractList Beams in lightweight truss structures are subject to axial and lateral loads that may lead to undesired structural vibration or failure by buckling. The axial and lateral forces may be transferred via the truss supports that offer possibilities for state control of single beams and larger structures. In earlier own studies, the concept of a piezo-elastic support for active buckling control and resonant shunt damping has been investigated. An elastic spring element is used to allow a rotation in the beam's bearing in any plane perpendicular to the beam's longitudinal axis. The rotation is laterally transferred to an axial displacement of piezoelectric stack transducers that are either used to generate active lateral forces for active buckling control or to attenuate vibrations with a resonant shunt. In this paper, the model verification and validation of the elastic properties of the piezo-elastic support for passive and active structural control of beams with circular cross-section is presented. The rotational and lateral spring element stiffness is investigated numerically and experimentally and the existing models are updated in the verification process. The model is validated by comparing the numerical results and experimental ability for vibration attenuation.
Author Melz, Tobias
Schaeffner, Maximilian
Platz, Roland
Götz, Benedict
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– givenname: Benedict
  surname: Götz
  fullname: Götz, Benedict
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  surname: Melz
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  surname: Platz
  fullname: Platz, Roland
  email: roland.platz@lbf.fraunhofer.de
  organization: Fraunhofer Institute for Structural Durability and System Reliability (LBF)
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Cites_doi 10.2514/3.20763
10.1117/12.2044666
10.1177/1045389x9800900709
10.1016/j.compstruc.2007.01.038
10.1016/0263-8223(95)00048-8
10.1088/0964-1726/25/9/095045
10.1007/978-3-319-04753-9_30
10.1088/0964-1726/19/6/065022
10.2514/3.21113
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Issue Uncertainty in Mechanical Engineering II
Keywords Beam
Model Validation
Active Buckling Control
Vibration Attenuation
Model Verification
Structural Control
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Snippet Beams in lightweight truss structures are subject to axial and lateral loads that may lead to undesired structural vibration or failure by buckling. The axial...
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SubjectTerms Active control
Active damping
Aluminum
Attenuation
Beams (structural)
Buckling
Bypasses
Circularity
Cross-sections
Elastic buckling
Elastic properties
Elastic supports
Investigations
Lateral loads
Load
Mathematical models
Piezoelectricity
Rotation
Shunts
Stiffness
Structural vibration
Transducers
Trusses
Verification
Vibration
Title Model Verification and Validation of a Piezo-Elastic Support for Passive and Active Structural State Control of Beams with Circular Cross-Section
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