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We investigate the peel front dynamics and acoustic emission of an adhesivetape within the context of a recent model by including an additionaldissipative energy that mimics bursts of acoustic signals. We find that thenature of the peeling front can vary from smooth to stuck-peeled configurationdepending on the values of dissipation coefficient, inertia of the roller, massof the tape. Interestingly, we find that the distribution of AE bursts shows apower law statistics with two scaling regimes with increasing pull velocity asobserved in experiments. In this regimes, the stuck-peeled configuration issimilar to the `edge of peeling' reminiscent of a system driven to a criticalstate.Comment: Accepted for publication in Phys. Rev. Let

Dynamics of the Peel Front and the Nature of Acoustic Emission during Peeling of an Adhesive Tape