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Displaying 16 speakers out of 16
A. ISMAIL-ZADEH, IUGG
IUGG, natural hazards and society
ALICE GABRIEL (Ludwig-Maximilians-Universität, Munich, Germany)
3D dynamic rupture modeling
ALICE GABRIEL, DUO LI (Ludwig-Maximilians-Universität, Munich, Germany)
Practice: dynamic rupture in 3D
Practice (cont’d): dynamic rupture in 3D
ELISA TINTI (INGV, Rome, Italy)
How to use seismological data to infer fault friction properties and stress
How to use seismological data to infer fault friction properties and stress (continued)
Impact of uncertainties of crustal model and source variability on ground motions
HUIHUI WENG (GEOAZUR, Nice, France)
Practice: Dynamic rupture in 2D and 2.5D
3D rupture effects: seismogenic width and rake
HUIHUI WENG, DUO LI
Practice: dynamic rupture (continued)
JEAN PAUL AMPUERO (GEOAZUR, Nice, France / CALTECH, Pasadena, USA)
Overview, motivations, observations, open questions
Fracture Mechanics
Fracture mechanics (continued)
Fault friction for dynamic rupture modeling
Fault friction for dynamic rupture modeling (continued)
Beyond friction: off-fault dissipation
Dynamic source inversion
JEAN-PAUL AMPUERO
Effect of seismogenic width on stepover rupture jumps
Macroscopic source properties: source time functions, corner frequency, radiated energy, scaling laws
Finite source inversion
Finite source inversion (continued)
Practice: Earthquake cycle modeling
Earthquake nucleation
KARIM AOUDIA (ICTP, Trieste, Italy)
Active deformation and Earthquakes in Italy and surroundings
LINGSEN MENG (Earthquake Research Institute of Tokyo, Japan)
Array seismology and rupture imaging
Array seismology and rupture imaging II
Practice: MUSIC teleseismic back-projection
Applications to earthquake early warning, tsunami warning, rapid hazard assessment
LUIS DALGUER (Kyoto University, Osaka, Japan)
Dynamic rupture simulation methods
Ground motions from dynamic models, contribution of earthquake dynamics to strong ground motion prediction
MARCO SCUDERI (La Sapienza University, Rome, Italy)
Friction laws for seismic and aseismic faulting
Friction laws for seismic and aseismic faulting (continued)
The stability of frictional sliding and the spectrum of fault slip behavior from slow to fast stick-slip
MARTIJN VAN DEN ENDE (GEOAZUR, Nice, France)
General overview of machine learning
Machine learning in geosciences
Best practices and pitfalls
Random forest method
Micro-mechanical friction models
MARTIJN VAN DEN ENDE (GEOAZUR, NICE, FRANCE)
Practice: Earthquake cycle modeling with QDYN
STEFANO PAROLAI (INOGS, Trieste, Italy)
Bridging the gap between seismology and engineering
YIHE HUANG (UNIVERSITY OF MICHIGAN, USA)
Induced Seismicity

Organizers

Jean Paul Ampuero (Université Côte d'Azur and Institut de Recherche pour le Développement, Seismological Laboratory, California Institute of Technology), Local Organiser: Abdelkrim Aoudia

Co-sponsors