Single chemical heterogeneities produce direction-dependent friction phenomena including stiction spikes and baseline shifts, correlating with anisotropic human tactile accuracy on one silane pair but not the other.
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Earthquake nucleation on faults with rate-and state-dependent strength
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A fault volume model with distributed off-fault cracks reproduces Omori laws, Gutenberg-Richter scaling, moment-duration relations, and a continuum from slow to fast ruptures using uniform frictional properties.
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Role of Single Chemical Heterogeneities in Generating Anisotropic Tactile Sensitivity and Soft Sliding Friction Phenomena
Single chemical heterogeneities produce direction-dependent friction phenomena including stiction spikes and baseline shifts, correlating with anisotropic human tactile accuracy on one silane pair but not the other.
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Fault volume digital twin to reproduce the full slip spectrum, scaling and statistical laws
A fault volume model with distributed off-fault cracks reproduces Omori laws, Gutenberg-Richter scaling, moment-duration relations, and a continuum from slow to fast ruptures using uniform frictional properties.