article
Thin-film peeling-the elastic term
Journal of Physics D Applied Physics · 1975 · Vol. 8(13) · pp. 1449–1452
K. Kendall✉(Biomer Technology (United Kingdom))
Abstract
An energy balance shows that the force required to peel an elastic film from a rigid substrate depends not only on the adhesive surface energy but also on an elastic deformation term. This elastic term, tending to reduce the adhesion force, can only be significant in two instances: for materials which can support stresses approaching the elastic modulus without fracturing, and for very small peel angles. Experiments using rubber peeling from glass over a range of peel angles support the theory.
Adhesion, Friction, and Surface InteractionsSurface Modification and SuperhydrophobicitySurface Roughness and Optical MeasurementsMaterials scienceElastic modulusComposite materialAdhesiveElastic energyNatural rubberDeformation (meteorology)AdhesionRange (aeronautics)Surface energy
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References
The adhesion and surface energy of elastic solids
Journal of Physics D Applied Physics · 1971 · 732 citations
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