• Multi-physics multi-scale modeling of fault rupture mechanics and engineering strong motion •
2023 Türkiye & Syria earthquakes
Predicting rupture extent and outcomes in complex fault networks by leveraging AI
Predicting rupture extent and outcomes in complex fault networks by leveraging AI
Earthquake prediction is so often related to "when" question that we might be missing a better one: how big can it be? can we predict it?
— Elif Oral (@elifo_alpha) December 9, 2023
On the long way to answers, physics-based models empowered with AI look like the best companion. #AGU23 poster https://t.co/drp7iWu0Yn 🤓 pic.twitter.com/Iwq7e4vi9L
California, US
A new method to approximate initial fault stressses starting from regional seismicity
A new method to approximate initial fault stressses starting from regional seismicity
Palu, Indonesia
Effect of fault damage zones on rupture and triggered landslides
Effect of fault damage zones on rupture and triggered landslides
Martinique, Lesser Antilles/Caribbean
Identifying the kinematic source parameters influential on engineering design
• Site effects, Near-surface soil dynamics, and Observational seismology •
Identifying the kinematic source parameters influential on engineering design
• Site effects, Near-surface soil dynamics, and Observational seismology •
Kathmandu, Nepal
Unraveling the coupling of soil nonlinearity and wave incidence at city scale
Unraveling the coupling of soil nonlinearity and wave incidence at city scale
Los Alamos, New Mexico
Sensitivity of 3D topographical amplification to noise vs body waves
Sensitivity of 3D topographical amplification to noise vs body waves
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