software

celeri - github

• Next generation python based imaging of earthquake cycle, fault and plate kinematics
• Easy to use python foundation
• Convenient automated block closure
• Memory efficient H-matrix compression
• Standardized file formats
• Fast C/Fortran elastic calculations

skies - github

• A python-based package designed to generate three-dimensional earthquake sequences in time across geometrically complex fault systems using kinematically constrained loading and emperical statistical models.

bem2d.jl - github

• Two-dimensional elastic boundary elements with quadratic shape functions
• Written in Julia
• Quadratic shape functions for more accurate near-field stress calculations
• Supported element interactions
  • displacement → displacement
  • displacement → traction (use with caution)
  • traction → displacement (use with caution)
  • traction → traction (use with caution)

Triangular dislocation elements - github

• A Matlab implementation of the analytic solutions for the displacements, strains, and stresses caused by spatially uniform slip on a triangular dislocation element in a homogeneous elastic half space
• Richard Styron has a great python port
• Superceded by the Nikhoo and Walters (2015) singularity reducing improvements with Ben Thompson’s amazing CUDA implementation (100 million TDEs per second)

Machine learning aftershock locations - github

• A Python pipeline for learning (using Keras) the relationships between mainshock (from the SRCMOD catalog) static elastic stress changes and aftershock locations.