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Data accompanying the paper entitled: "The Frictional Strength and Stability ...
We performed friction experiments on simulated gouges derived from the Ten Boer claystone and Slochteren sandstone members in the Groningen stratigraphy to test the effects of... -
Large-scale biaxial experiments on frictionally heterogeneous faults: Mechani...
Frictional heterogeneity within fault zones is one of the factors proposed to explain the spectrum of slow, intermediate, and fast slip behaviors exhibited by faults in nature.... -
Large-scale biaxial experiments on gypsum-gouge faults and a bare PMMA fault:...
Geodetic observations and large-scale laboratory experiments show that seismic instability is preceded by slow slip within a finite nucleation zone. In laboratory experiments... -
Frictional healing data from direct shear slide-hold-slide experiments perfor...
We investigated the frictional strength recovery (healing) and subsequent reactivation and slip-weakening behaviour of simulated fault gouges derived from key stratigraphic... -
Mechanical data from rotary shear experiments on material derived from outcro...
In all experiments, multiple series of velocity-steps were performed to obtain the velocity dependence of friction. The data can be modeled using rate-and-state friction... -
Frictional slip weakening and shear-enhanced crystallinity in simulated coal ...
We report seven velocity stepping (VS) and one slide-hold-slide (SHS) friction experiments performed on simulated fault gouges prepared from bituminous coal, collected from the... -
Rotary Shear Experiments on Glass Bead Aggregates
Constant sliding velocity (i.e. rate of rotation) friction experiments on mm-thick layers of glass beads, under room temperature and humidity conditions. Stick-slip in sheared... -
Rotary Shear Experiments on Glass Bead Aggregates
Constant sliding velocity (i.e. rate of rotation) friction experiments on mm-thick layers of glass beads, under room temperature and humidity conditions. Stick-slip in sheared...
