Kinetic theory shows that velocity-dependent restitution in a sheared granular gas produces an S-shaped shear viscosity with a discontinuous jump between low- and high-shear Bagnold regimes.
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Discontinuous change of viscosity in a sheared granular gas with velocity-dependent restitution
Kinetic theory shows that velocity-dependent restitution in a sheared granular gas produces an S-shaped shear viscosity with a discontinuous jump between low- and high-shear Bagnold regimes.