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Micromechanics, Statistics and Hazards of Mechanical Failure

Virtual Workshop, Oct 19-22, 2020

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    • Section 1
    • Section 2
    • Section 3
    • Section 4
    • Section 5
    • Section 6
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Section 3: Micromechanical modeling from molecular dynamics to mean field

  • Genesis of Failure in Granular Materials: Bridging Physics and Engineering Perspectives
    Mehdi Pouragha

Section 4: Physical origin of precursors, correlations and heterogeneity

  • Catastrophic failure - how and when? Inside breaking rocks with 4D x-ray microtomography
    Alexis Cartwright-Taylor

Section 2: Data processing, statistical analysis and empirical laws and models, Section 4: Physical origin of precursors, correlations and heterogeneity

  • Quantifying preparation process of large earthquakes: Damage localization and coalescent dynamics
    Ilya Zaliapin

Section 5: Model-based hazard assessment and forecasting

  • A Bayesian Framework for Earthquake/Aftershock Forecasting and Testing
    Robert Shcherbakov
  • Proportional hazards and finite size effects in a conceptual model of fluid-induced microseismicity
    Jordi Baró
  • Controlling crackling dynamics by triggering low intensity avalanches
    Jonathan Barés

Section 2: Data processing, statistical analysis and empirical laws and models, Section 5: Model-based hazard assessment and forecasting

  • Induced Seismicity During Hydraulic Stimulations: From Self-Arrested to Unbounded Ruptures
    Grzegorz Kwiatek

Section 6: Industrial and societal impact of avalanche modeling and mechanical failure

  • Multiphysics of faulting, porosity evolution and damage in reservoirs: current status and open questions
    Mauro Cacace

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