Including stochastic driving and friction from an interstitial gas significantly changes the viscosity and thermal conductivity of a quasi-2D granular fluid relative to dry systems, with analytic predictions matching DSMC simulations for steady temperature and kurtosis.
Tracer diffusion in granular suspensions: Testing the Enskog kinetic theory with direct-simulation Monte Carlo and molecular dy- namics
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Dynamic properties of a confined quasi-two-dimensional granular fluid driven by a stochastic bath with friction
Including stochastic driving and friction from an interstitial gas significantly changes the viscosity and thermal conductivity of a quasi-2D granular fluid relative to dry systems, with analytic predictions matching DSMC simulations for steady temperature and kurtosis.