Closed-form expressions for shear shock formation distance are derived for a family of loadings in incompressible hyperelastic solids, yielding phase maps that identify shock regimes and suggest smaller brains are less susceptible to shocks under realistic loadings.
Sound beams in a nonlinear isotropic solid
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Shear shock evolution in incompressible soft solids
Closed-form expressions for shear shock formation distance are derived for a family of loadings in incompressible hyperelastic solids, yielding phase maps that identify shock regimes and suggest smaller brains are less susceptible to shocks under realistic loadings.