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Modeling a piezothermoelastic laminated plate-membrane

Rogers, J.W. jun. / Agnes, G.S.

Analysis of laminated piezopolymer actuated circular membranes is presented. The nonlinear equations of motion governing a continuous circular laminate of arbitrary thermal, electrical and mechanical properties are developed. Assuming axisymmetry, a closed-form asymptotic solution is developed using a combination of perturbation techniques. These governing equations are applied to a model laminate of Kapton and PVDF materials where static and dynamic results are discussed.

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Modeling a piezothermoelastic laminated plate-membrane

Rogers, J.W. jun. / Agnes, G.S.

Analysis of laminated piezopolymer actuated circular membranes is presented. The nonlinear equations of motion governing a continuous circular laminate of arbitrary thermal, electrical and mechanical properties are developed. Assuming axisymmetry, a closed-form asymptotic solution is developed using a combination of perturbation techniques. These governing equations are applied to a model laminate of Kapton and PVDF materials where static and dynamic results are discussed.

Modeling a piezothermoelastic laminated plate-membrane

Rogers, J.W. jun. / Agnes, G.S.

Analysis of laminated piezopolymer actuated circular membranes is presented. The nonlinear equations of motion governing a continuous circular laminate of arbitrary thermal, electrical and mechanical properties are developed. Assuming axisymmetry, a closed-form asymptotic solution is developed using a combination of perturbation techniques. These governing equations are applied to a model laminate of Kapton and PVDF materials where static and dynamic results are discussed.

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Title:

Modeling a piezothermoelastic laminated plate-membrane

Contributors:

Rogers, J.W. jun. (author) / Agnes, G.S. (author)

Published in:

Journal of Intelligent Material Systems and Structures ; 13 ; 303-316

Publication date:

2002

Size:

14 Seiten, 17 Quellen

ISSN:

DOI:

https://doi.org/10.1177/104538902761696779

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

aufblasbare tragende Baustruktur , Platte (Bauteil) , Schichtkunststoff , piezoelektrischer Stoff , Polymer , Strukturanalyse , Bewegungsgleichung , nichtlineare Gleichung , Störgrößenaufschaltung , mathematisches Modell , Piezoelektrizität , asymptotische Näherung , Membran , asymptotische Stabilität

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