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Modeling and design of a class of hybrid bistable symmetric laminates with cantilever boundary configuration

Aghna Mukherjee, Michael Friswell, Shaikh Faruque Ali, A. Arockiarajan

Composite Structures, Volume: 239, Start page: 112019

Swansea University Author: Michael Friswell

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DOI (Published version): 10.1016/j.compstruct.2020.112019

Abstract

Multistable laminates have been widely analyzed in the recent past for their potential in morphing applications. However, all the analytical models developed up until now have taken into account only the free-free boundary condition. In this work two objectives are met: (a) an analytical model is de...

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Published in: Composite Structures
ISSN: 0263-8223
Published: Elsevier BV 2020
Online Access: Check full text

URI: https://cronfa.swan.ac.uk/Record/cronfa53466
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Abstract: Multistable laminates have been widely analyzed in the recent past for their potential in morphing applications. However, all the analytical models developed up until now have taken into account only the free-free boundary condition. In this work two objectives are met: (a) an analytical model is developed, which extends the previously available models in literature to account for the cantilever boundary condition for a special class of hybrid bistable symmetric laminates (HBSL); (b) the previously proposed HBSL is modified by replacing the aluminum layers with bi-direction glass-epoxy prepregs in the layup. It is observed that the modified layup has a curvature similar to the previously proposed HBSL while maintaining bistability. The analytical model developed here successfully captures the equilibrium shapes and the snap-through behavior for this special class of laminates which is validated against the results obtained using ABAQUS® and experiments. The developed model is then subsequently used to study the design space and bistability characteristics of the HBSL and the proposed modified layup (m-HBSL) in the cantilever boundary condition.
Keywords: Bistable laminates, Snap-through, Compliant structures, Finite element analysis, ABAQUS®
College: Faculty of Science and Engineering
Start Page: 112019

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