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Micromechanics, Statistics and Hazards of Mechanical Failure

Virtual Workshop, Oct 19-22, 2020

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Section 1: Common aspects and particular features of natural avalanche processes, Section 2: Data processing, statistical analysis and empirical laws and models

  • Avalanche statistics at the yielding transition of amorphous solids: universality in elastoplastic models
    Ezequiel Ferrero
  • Avalanche statistics at the yielding transition of amorphous solids: universality in elastoplastic models
    Ezequiel Ferrero

Section 1: Common aspects and particular features of natural avalanche processes

  • Crackling around the jamming transition : Local and global avalanches in a two-dimensional sheared granular medium
    Jonathan Barés
  • Failure of porous materials under compression: two universality classes?
    Eduard Vives
  • Spatiotemporal organization of correlated local activity within global avalanches in slowly driven interfaces
    Ramon Planet
  • Avalanche criticality during ferroelectric switching
    Blai Casals

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 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 2: Data processing, statistical analysis and empirical laws and models

  • Hyperbolic geometry of earthquake networks
    Ilya Zaliapin

Section 3: Micromechanical modeling from molecular dynamics to mean field

  • From Plastic Flow To Brittle Fracture: Role Of Microscopic Friction In Amorphous Solids
    Kamran Karimi

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