DEM-fluid simulations of sheared gouge reveal sub-critical failure via frequency-dependent dilation, with a non-failure window at 30-200 Hz and four distinct regimes.
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How effective normal stress oscillations advance failure in fault gouge: frequency dependence, non-failure window, and the role of dilation
DEM-fluid simulations of sheared gouge reveal sub-critical failure via frequency-dependent dilation, with a non-failure window at 30-200 Hz and four distinct regimes.