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Abstract
A theory is presented for the peeling of a completely flexible strip from a plane rigid surface to which it had been attached by a thin layer of adhesive. The adhesive is taken to be a purely viscousNewtonian liquid, and is assumed to fail by cavitation or the dilation of bubbles of trapped gas. By such a model a relation between peeling rate and peeling force (which in the absence of any reduction in pressure within the cavities would be linear) may be found.
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