Topography-driven surface renewal
Abstract
Natural surfaces excel in self-renewal and preventing bio-fouling, while synthetic materials placed in contact with complex fluids quickly foul1,2. We present a novel biophysics-inspired mechanism3,4 for surface renewal using actuating surface topography, generated by wrinkling. We calculate a critical surface curvature, given by an intrinsic characteristic length scale of the fouling layer that accounts for its effective flexural or bending...
Paper Details
Title
Topography-driven surface renewal
Published Date
Jul 2, 2018
Journal
Volume
14
Issue
9
Pages
948 - 953
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Notes
History