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Free time to collect living allowance and travel reimbursement at Enrico Fermi Building, Travel unit (Open Mon. and Fri. only)
Introduction
Theoretical and computational earthquake dynamics
Computational earthquake dynamics
Connecting earthquake models to observations
Kinematic earthquake source inversion
Field trip to Civil Protection headquarters in Palmanova, followed by visit to Venzone, near the epicenter of the 1976 Friuli earthquake, dinner, return by 22:00
Dynamic source inversion and strong motion
Earthquake cycle modeling
Rupture imaging by back-projection
Dinner at Leonardo Building
Earthquake cycle modeling
Machine learning in seismology
Workshop recap and closing
Displaying
45
contributions
out of
45
3D dynamic rupture modeling
Session:
Computational earthquake dynamics
Gabriel_Lecture_Trieste19.pdf
3D rupture effects: seismogenic width and rake
Session:
Computational earthquake dynamics
Huihui_3D_rupture_effects.pdf
Active deformation and Earthquakes in Italy and surroundings
Session:
Applications to earthquake early warning, tsunami warning, rapid hazard assessment
Session:
Rupture imaging by back-projection
ICTP_Practise_MUSIC_091119.pdf
Array seismology and rupture imaging
Session:
Rupture imaging by back-projection
ICTP_Lec1_MUSIC_091119_short.pdf
Array seismology and rupture imaging II
Session:
Rupture imaging by back-projection
ICTP_Lec2_MUSIC_091119_short.pdf
Best practices and pitfalls
Session:
Machine learning in seismology
ML3-AE_data.tar.gz
ML3_best_practices.pdf
ML3_best_practices.pdf
ML3_event_detection.ipynb
ML3_event_detection.ipynb
ML3_event_detection_answers.ipynb
ML3_event_detection_answers.ipynb
Beyond friction: off-fault dissipation
Session:
Theoretical and computational earthquake dynamics
Ampuero_4_beyond_friction.pdf
Bridging the gap between seismology and engineering
Session:
Closing remarks
Session:
Workshop recap and closing
Discussion of questions by participants
Session:
Earthquake cycle modeling
ParticipantQs.pdf
Dynamic rupture simulation methods
Session:
Theoretical and computational earthquake dynamics
Dalguer_DynamicRuptureMethods_September3_2019.pdf
DalguerChapter4.pdf
dx25_smallsize.mov
Friction_1Dwave.m
Practical_Rupture_dynamic.pdf
Dynamic source inversion
Session:
Dynamic source inversion and strong motion
Ampuero_8_dynamic_inversion.pdf
Earthquake nucleation
Session:
Workshop recap and closing
Ampuero_10_nucleation_slow_slip.pdf
Effect of seismogenic width on stepover rupture jumps
Session:
Connecting earthquake models to observations
Ampuero_5_3D_effects.pdf
Fault friction for dynamic rupture modeling
Session:
Introduction
Ampuero_3_friction.pdf
Fault friction for dynamic rupture modeling (continued)
Session:
Theoretical and computational earthquake dynamics
Finite source inversion
Session:
Kinematic earthquake source inversion
Ampuero_7_source_inversion.pdf
Finite source inversion (continued)
Session:
Kinematic earthquake source inversion
Fracture Mechanics
Session:
Introduction
Ampuero_2_fracture_mechanics.pdf
Fracture mechanics (continued)
Session:
Introduction
Friction laws for seismic and aseismic faulting
Session:
Earthquake cycle modeling
Scuderi_Trieste_1.pdf
Friction laws for seismic and aseismic faulting (continued)
Session:
Earthquake cycle modeling
General overview of machine learning
Session:
Machine learning in seismology
ML1_introduction.pdf
ML1_mnist_basic.ipynb
Ground motions from dynamic models, contribution of earthquake dynamics to strong ground motion prediction
Session:
Connecting earthquake models to observations
Dalguer_GroundMotionsFromDynamicModels_September5_2019.pdf
Ground motions from dynamic models, contribution of earthquake dynamics to strong ground motion prediction (continued)
Session:
Connecting earthquake models to observations
How to use seismological data to infer fault friction properties and stress
Session:
Dynamic source inversion and strong motion
Tinti_2Lecture.pdf
How to use seismological data to infer fault friction properties and stress (continued)
Session:
Dynamic source inversion and strong motion
IUGG, natural hazards and society
Session:
Connecting earthquake models to observations
Impact of uncertainties of crustal model and source variability on ground motions
Session:
Dynamic source inversion and strong motion
Tinti_1Lecture.pdf
Induced Seismicity
Session:
Earthquake cycle modeling
Huang_20190912.pdf
Machine learning in geosciences
Session:
Machine learning in seismology
ML2_applications_geo.pdf
ML2_mnist_cnn.ipynb
Macroscopic source properties: source time functions, corner frequency, radiated energy, scaling laws
Session:
Kinematic earthquake source inversion
Ampuero_6_source_properties.pdf
Micro-mechanical friction models
Session:
Earthquake cycle modeling
MicroMechVandenEnde.pdf
Overview, motivations, observations, open questions
Session:
Introduction
Ampuero_1_overview.pdf
Practice (cont’d): dynamic rupture in 3D
Session:
Computational earthquake dynamics
Practice: Dynamic rupture in 2D and 2.5D
Session:
Theoretical and computational earthquake dynamics
Eq_tutorial_ICTP.pdf
Eq_tutorial_ICTP_partII.pdf
Practice: Earthquake cycle modeling
Session:
Earthquake cycle modeling
Ampuero_9_earthquake_cycles_QDYN.pdf
Practice: Earthquake cycle modeling with QDYN
Session:
Earthquake cycle modeling
0_CNS_spring-block.ipynb
1_single_asperity.ipynb
2_double_asperity.ipynb
3_strike-slip_fault.ipynb
wrapper.pdf
Practice: MUSIC teleseismic back-projection
Session:
Rupture imaging by back-projection
ICTP_Lec3_MUSIC_091119.pdf
Practice: dynamic rupture (continued)
Session:
Connecting earthquake models to observations
Practice: dynamic rupture in 3D
Session:
Computational earthquake dynamics
PaluTuto-CreateGeometry.mp4
PaluTutoMeshing.mp4
SeisSol_Exercise_1.pdf
Training_2_Palu_.pdf
Practice: finite source inversion
Session:
Kinematic earthquake source inversion
Practice_1_Documents_TP_slipinversion_2018_Palu_Mw7.5_earthquake.pdf
Random forest method
Session:
Machine learning in seismology
ML4_Random_Forest.ipynb
ML4_random_forests.pdf
The stability of frictional sliding and the spectrum of fault slip behavior from slow to fast stick-slip
Session:
Earthquake cycle modeling
Scuderi_Trieste_2.pdf
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