Periodic internal size oscillations fluidize a jammed 2D amorphous solid above a critical amplitude and convert yield-stress rheology to Newtonian flow.
Initially we prepare the steady state configurations corresponding to a breathing ampli- tudeaand subsequently impose the external shear
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Influence of active breathing on rheology and jamming of amorphous solids: insights from microscopic and mesoscale analysis
Periodic internal size oscillations fluidize a jammed 2D amorphous solid above a critical amplitude and convert yield-stress rheology to Newtonian flow.