SeisSol

Introduction

  • History
  • Installing Dependencies
  • Compiling and running SeisSol
  • A first example
  • Acknowledgements
  • Reproducible research
  • Related publications

Structural models

  • CAD models
  • Meshing with SimModeler
  • Meshing with PUMGen
  • Gmsh

Invoking SeisSol

  • Configuration
  • Parameter File
  • Initial Conditions
  • Local time-stepping (LTS)
  • Left lateral, right lateral, normal, reverse
  • easi
  • Fault tagging
  • Environment Variables
  • SeisSol with GPUs
  • Memory requirements

SeisSol on Supercomputers

  • Accessing github behind a firewall
  • Accessing PyPI behind a firewall
  • SuperMUC-NG
  • Shaheen
  • Frontera
  • Frontier
  • Marconi 100
  • Heisenbug
  • Leonardo
  • LUMI
  • SuperMUC NG Phase 2

Seismic source

  • Dynamic rupture
  • Multiple point-sources
  • Slip-rate imposed on a DR boundary
  • Point source (older implementation)

Output

  • The IO Infrastructure (Beta)
  • Off fault receivers
  • Fault output
  • Free surface output
  • Wave field output
  • Energy output
  • Checkpointing (Beta)
  • Postprocessing and Visualization

Further documentation

  • PUML Mesh format
  • ASAGI
  • SYCL
  • Computing time vs order of accuracy
  • Performance measurement
  • Attenuation
  • Physical Models
  • Scaling
  • Basic code structure
  • Known Issues
  • Breaking changes in backward compatibility

Tutorials

  • SimModeler CAD workflow
  • Generating a CAD model using GOCAD: basic tutorial
  • Proposed workflow for generating a CAD model of a megathrust earthquake
  • Generating a CAD model for a fully-coupled earthquake-tsunami simulation
  • Remeshing the topography
  • Adapting the CAD model resolution using Gocad
  • Manually fixing an intersection in Gocad

Cookbook

  • Overview
  • SCEC TPV5
  • SCEC TPV6
  • SCEC TPV12
  • SCEC TPV13
  • SCEC TPV16/17
  • SCEC TPV24
  • SCEC TPV29
  • SCEC TPV34
  • SCEC TPV104
  • Point Source
  • Kinematic source example - 1994 Northridge earthquake
  • Copyrights
SeisSol
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