Case studies using Salvus

Simulations of elastic wave propagation helps optimizing phased array transducers by modeling ultrasonic wave behavior. Salvus simulations enable fast and efficient analysis of focal depth adjustments and transducer performance.

Simulating P-wave versus S-wave dominant transducers within a elastic media using Salvus.

This case study shows the usage of Salvus for illustrating how different levels of attenuation in realistic materials influence the signals generated by material defects, thereby influencing the limits of detection.

Leveraging ambient seismic noise, Salvus enables full-waveform inversion and fault monitoring for enhanced Earth structure analysis.

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

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.