We report on high‐performance computing (HPC) fully deterministic simulation of ground
motions for a moment magnitude (⁠ M w⁠) 7.0 scenario earthquake on the Hayward fault …

Crustal seismic‐velocity models and datasets play a key role in regional 3D numerical
earthquake ground‐motion simulation, full waveform tomography, and modern physics …

The main objective of this study is to develop physics‐based constraints on the
spatiotemporal variation of the slip‐rate function using a simplified dynamic rupture model …

Large earthquake ground‐motion simulations in 3D Earth models provide constraints on site‐
specific shaking intensities but have suffered from limited frequency resolution and ignored …

A set of 3D physics‐based numerical simulations (PBS) of possible earthquakes scenarios
in Istanbul along the North Anatolian Fault (Turkey) is considered in this article to provide a …

Earthquake focal mechanisms put primary control on the distribution of ground motion, and
also bear on the stress state of the crust. Most routine focal mechanism catalogues still use 1 …

A self‐consistent regional‐scale seismic velocity model with resolution from seismogenic
depth to the surface is crucial for seismic hazard assessment. Though Southern California is …

Ground motion simulation validation is an important and necessary task toward establishing
the efficacy of physics-based ground motion simulations for seismic hazard analysis and …

ABSTRACT A new approach is developed to incorporate the anisotropic path effects in
ground motions due to the 3D velocity structure into nonergodic ground‐motion models …

We use sparse dictionary learning to develop transformations between seismic velocity
models of different resolution and spatial extent. Starting with data in the common region of …