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Issue 18, 2009
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Mechanical self-assembly fabrication of gears

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Abstract

Self-assembled buckling of thin film/substrate systems has attracted increasing attention for fabricating ordered micro- and nanostructures. However, most studies have been limited to a planar substrate. We employ the spontaneous buckling patterns on curved substrates to fabricate several types of quasi-two-dimensional (quasi-2D) and three-dimensional (3D) gear-like microcomponents. The substrate curvature can be positive or negative, and the proposed technique does not require extra external guidance or a prepatterned template. The gear features, including the number and amplitude of the teeth, can be manipulated by controlling the geometry and material properties of the film/substrate system. A theoretical model is established to predict the buckled profiles, which is validated by numerical simulation and experiment. A variety of gear morphologies, including 3D bevel and helical gears (which are difficult to fabricate using the conventional photolithography/etching technique), are obtained to further demonstrate the potential of the mechanical self-assembly approach.

Graphical abstract: Mechanical self-assembly fabrication of gears

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Supplementary files

Article information


Submitted
06 Mar 2009
Accepted
09 Jun 2009
First published
10 Jul 2009

Soft Matter, 2009,5, 3469-3474
Article type
Paper

Mechanical self-assembly fabrication of gears

J. Yin, E. Bar-Kochba and X. Chen, Soft Matter, 2009, 5, 3469
DOI: 10.1039/B904635F

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