In DEM simulations of dense non-Brownian frictional suspensions, run-and-tumble activity reduces viscosity by breaking frictional contact networks and shifts shear jamming toward random close packing, with an empirical constitutive law based on suspension temperature.
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Tuning the Viscosity and Jamming Point in Dense Active non-Brownian Suspensions
In DEM simulations of dense non-Brownian frictional suspensions, run-and-tumble activity reduces viscosity by breaking frictional contact networks and shifts shear jamming toward random close packing, with an empirical constitutive law based on suspension temperature.