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.
Physical Review E—Statistical, Nonlinear, and Soft Matter Physics , volume=
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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.