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Evolution of the local shear modulus at different average inelastic strains . The deformation is exaggerated by a factor of 10 for clarity.
Evolution of the shear modulus distribution from to .
Evolution of (a) the average configurational enthalpy and (b) the average isoconfigurational shear modulus vs average inelastic strain . Insets: (top) Evolution of vs (solid line) and (bottom) vs (solid line) computed in the present study for transient inhomogeneous deformation, plotted together with the experimental data gathered in transient homogenous deformation experiments (◻) (Ref. 14). Dashed lines are fits through the experimental data.
Evolution of the average isoconfigurational shear modulus vs average configurational enthalpy computed in the present study for transient inhomogeneous deformation (solid line), plotted together with the experimental data of shear modulus vs stored enthalpy gathered in transient (Ref. 14) (◻) and steady-state (Ref. 12) homogenous deformation experiments. The dashed line is a fit through the experimental data.
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