Data for the paper "Influence of grain-scale properties on localization patterns and slip weakening within dense granular fault gouges" by Casas, Mollon and Daouadji, submitted for publication, September 2022.This repository contains dataset obtained for direct shear experiments (displacement, forces)All simulations were performed with the open-source software MELODY2D version 3.94 (https://doi-org.docelec.insa-lyon.fr/10.5281/zenodo.4305614) developed by and described in Mollon (2018)
We study strain localization as an enhanced velocity weakening mechanism on earthquake faults. Fault...
Quantitatively predicting the dynamic response and energy partition of granular fault gouges under s...
[1] A 10-cm-thick layer of synthetic fault gouge (angular quartz sand with millimetric grains) is sh...
International audienceEarthquakes happen with frictional sliding, by releasing all the stresses accu...
This data set was used for the paper: "Cohesion and Initial Porosity of Granular Fault Gouges contro...
In this work, we investigate slip localization in sheared granular faults at seismic velocities usin...
Two-dimensional numerical simulations of shear in a layer of frictional grains were conducted to ill...
[1] The friction of granular fault gouge plays an important 8 role in governing the mechanical behav...
AbstractFor earthquakes to occur on tectonic faults deformation localizes onto discrete slip surface...
Composition du jury : P. Vergely, J. Dieterich, J. Sulem, P. Bernard, J. Rice, A. CorfdirWe present ...
Currently, it is unknown how seismic and aseismic slip influences the recurrence and magnitude of ea...
Roma sed fo line 1 e and imest and Shimamoto, 2003), in laboratory experiments (Frye and laboratory ...
Currently, it is unknown how seismic and aseismic slip influences the recurrence and magnitude of ea...
Laboratory and theoretical studies provide insight into the mechanisms that control earthquake nucle...
This thesis was inspired by the lack of detailed (i.e. particle scale) knowledge concerning deformat...
We study strain localization as an enhanced velocity weakening mechanism on earthquake faults. Fault...
Quantitatively predicting the dynamic response and energy partition of granular fault gouges under s...
[1] A 10-cm-thick layer of synthetic fault gouge (angular quartz sand with millimetric grains) is sh...
International audienceEarthquakes happen with frictional sliding, by releasing all the stresses accu...
This data set was used for the paper: "Cohesion and Initial Porosity of Granular Fault Gouges contro...
In this work, we investigate slip localization in sheared granular faults at seismic velocities usin...
Two-dimensional numerical simulations of shear in a layer of frictional grains were conducted to ill...
[1] The friction of granular fault gouge plays an important 8 role in governing the mechanical behav...
AbstractFor earthquakes to occur on tectonic faults deformation localizes onto discrete slip surface...
Composition du jury : P. Vergely, J. Dieterich, J. Sulem, P. Bernard, J. Rice, A. CorfdirWe present ...
Currently, it is unknown how seismic and aseismic slip influences the recurrence and magnitude of ea...
Roma sed fo line 1 e and imest and Shimamoto, 2003), in laboratory experiments (Frye and laboratory ...
Currently, it is unknown how seismic and aseismic slip influences the recurrence and magnitude of ea...
Laboratory and theoretical studies provide insight into the mechanisms that control earthquake nucle...
This thesis was inspired by the lack of detailed (i.e. particle scale) knowledge concerning deformat...
We study strain localization as an enhanced velocity weakening mechanism on earthquake faults. Fault...
Quantitatively predicting the dynamic response and energy partition of granular fault gouges under s...
[1] A 10-cm-thick layer of synthetic fault gouge (angular quartz sand with millimetric grains) is sh...