DEM simulations of 3D frictional spheres show friction-dependent trends in force distributions, coordination number, and density during unjamming via random particle removal, qualitatively matching prior observations in dense systems despite the different driving mechanism.
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The Δ-model adds a fixed Δ to collision velocities in vibrated granular fluids to enable Enskog kinetic theory predictions of temperature, equation of state, Navier-Stokes coefficients, mixture nonequipartition, and unconditional stability of homogeneous states.
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Unjamming in a 3D Granular System: The Micromechanical Role of Friction in Force Distributions and Rheological Properties
DEM simulations of 3D frictional spheres show friction-dependent trends in force distributions, coordination number, and density during unjamming via random particle removal, qualitatively matching prior observations in dense systems despite the different driving mechanism.
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Dynamic properties in a collisional model for confined granular fluids. A review
The Δ-model adds a fixed Δ to collision velocities in vibrated granular fluids to enable Enskog kinetic theory predictions of temperature, equation of state, Navier-Stokes coefficients, mixture nonequipartition, and unconditional stability of homogeneous states.