Wrinkling behaviors of graphene films adhered to a polymer substrate

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Structural theory is developed for graphene films, and combined with a plate theory for a polymer substrate in order to construct a structural deformation theory for composite plates wherein graphene sheets are adhered to a polymer substrate. We next seek finite element implementation of this composite plate theory to explore various wrinkling deformation modes of graphene sheets bonded to the polymer substrate, which have diverse applications in flexible electronic devices and micro/nano channels. Numerical simulation predicts various wrinkling behaviors of the graphene sheets adhered to the polymer substrate, depending upon the parameters related to the deformation, the material properties and geometry of the system.
Publisher
Advances in Functional Materials
Issue Date
2017-08-16
Language
English
Citation

Advances in Functional Materials 2017

URI
http://hdl.handle.net/10203/239187
Appears in Collection
ME-Conference Papers(학술회의논문)
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