Loading stress controls the statistics of modelled earthquake cycles on visco-frictional fault zones

The visco-frictional earthquake cycle model described in 'Loading stress controls the statistics of modelled earthquake cycles on visco-frictional fault zones', by Adam Beall, Martijn van den Ende, Jean-Paul Ampuero and Ake Fagereng. These scripts are input files for the earthquake cycle simulator QDYN (https://github.com/ydluo/qdyn) and post-processing. The model incorporates a 1D fault which can deform by Newtonian viscous creep or rate-and-state friction, embedded in elastic half-spaces.

This is a preliminary release, for peer review.

Loading stress controls the statistics of modelled earthquake cycles on visco-frictional fault zones

The visco-frictional earthquake cycle model described in 'Loading stress controls the statistics of modelled earthquake cycles on visco-frictional fault zones', by Adam Beall, Martijn van den Ende, Jean-Paul Ampuero and Ake Fagereng. These scripts are input files for the earthquake cycle simulator QDYN (https://github.com/ydluo/qdyn) and post-processing. The model incorporates a 1D fault which can deform by Newtonian viscous creep or rate-and-state friction, embedded in elastic half-spaces.

This is a preliminary release, for peer review.