We show how accurate meshing as well as heterogeneous and anisotropic materials allow us to create physically accurate digital twins replicating ultrasonic guided waves in layered composites, fundamental to non-destructive testing.

Our seismic hazard dashboard developed for DT-Geo enables researchers to run high-fidelity, scalable ground motion simulations in a browser, leveraging 3D models, HPC acceleration, and customizable configurations for rapid risk assessment.”

Salvus integrates Standard Rupture Format (SRF) sources for accurate seismic hazard modeling, enabling detailed fault rupture simulations like the 2017 Mexico Puebla earthquake study.

High-resolution seismic simulations with Salvus on Exascale supercomputers enable rapid, accurate ground-motion modeling for hazard assessment, as demonstrated in the Mw 7 Aegean Sea Earthquake study.

Accurate earthquake ground-motion simulation with Salvus enhances seismic hazard assessment by modeling complex 3D velocity structures, topography, and fault ruptures for reliable intensity predictions.

Distributed Acoustic Sensing (DAS) uses fiber-optic cables for seismic monitoring, and Salvus enables accurate, efficient simulations with real-world geophysical factors.