A unified continuum framework links restitution coefficient to macroscopic viscosity via wave attenuation analysis and combines it with μ(I) rheology for rate-dependent granular flow simulations in the material point method.
Hastie, Experimental measurement of the coefficient of restitution of irregular shaped particles impacting on horizontal surfaces, Chemical Engineering Science 101 (2013) 828–836
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Continuum granular flow model with restitution-derived viscoelastic damping
A unified continuum framework links restitution coefficient to macroscopic viscosity via wave attenuation analysis and combines it with μ(I) rheology for rate-dependent granular flow simulations in the material point method.