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.
The propagation and interaction of one-dimensional non-linear waves in an incompressible isotropic elastic half-space
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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.