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G. Mclaskey

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Sep 2026

Fully Contained Laboratory Earthquakes: The Effect of Asperity Aspect Ratio and Free Surfaces

Corner frequency (fc) and seismic moment (M0) are key parameters derived from seismic signals that are used to characterize earthquake stress drop, rupture area, and slip. These parameters are also affected by fault geometry and boundary conditions. However, the systematic study of these effects in laboratory settings...

S. Cebry, Jun-Young Song, G. Mclaskey · 0 citations
#diffusion models Open access Oct 2026

Seismicity migration from fluid injection: Laboratory experiments and numerical models illuminate volume-driven versus pressure-diffusion-driven migration

23 Fluid injection into the subsurface can induce seismicity by reactivating shear rupture, which 24 typically produces larger earthquake magnitudes than tensile rupture. In laboratory shear 25 rupture experiments, pressurization of the entire fault is often limited because large unconfined 26 samples allow fluid to le...

Jun Young Song, Lingfu Liu, C. Arson et al. · 0 citations

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