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Other recent work relates the rate dependence and nonlinearity of strain hardening to an Eyring-like model in which the activation volume V decreases with increasing strain. In contrast, we predict that V increases. An important difference between the approaches is that in the Eyring-like models, V is a parameter with the dimensions of volume rather than a physical volume
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Other recent work relates the rate dependence and nonlinearity of strain hardening to an Eyring-like model in which the activation volume V decreases with increasing strain. In contrast, we predict that V increases. An important difference between the approaches is that in the Eyring-like models, V is a parameter with the dimensions of volume rather than a physical volume.
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This asymmetry has been treated in other work (see, e.g., Refs.) and could, in principle, be treated by modifying Ws appropriately
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This asymmetry has been treated in other work (see, e.g., Refs.) and could, in principle, be treated by modifying W s appropriately.
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78651268374
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Senden also treated glassy polymers as Neohookean viscoelastoplastics using a continuum model with a phenomenological mixing of reversible and irreversible contributions to the stress
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Interestingly, our theoretical stress-strain curves are remarkably similar to those in preoriented systems where deformation is applied along the preorientation direction: see, e.g., Fig. 1(b) of Ref. and Fig. 3(b) of Ref..
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Interestingly, our theoretical stress-strain curves are remarkably similar to those in preoriented systems where deformation is applied along the preorientation direction: see, e.g., Fig. 1(b) of Ref. and Fig. 3(b) of Ref..
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g suggest that the presence of absence of any large- N crossover in γ may be chemistry dependent.
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