Camilla Cattania
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  • Publications
    • Testing atmospheric and tidal earthquake triggering at Mt. Hochstaufen, Germany
    • Propagation of Coulomb stress uncertainties in physics-based aftershock models
    • Aftershock triggering by postseismic stresses: A study based on Coulomb-rate-and-state models
    • A parallel code to calculate seismicity evolution induced by time dependent, heterogeneous Coulomb stress changes
    • Dynamic triggering in the East Pacific Rise
    • A slow rupture episode during the 2000 Miyakejima dike intrusion
    • Connecting crustal seismicity and earthquake-driven stress evolution in Southern California
    • The forecasting skill of Coulomb-based seismicity forecasting models during the 2010–2012 Canterbury, New Zealand, earthquake sequence
    • Crack Models of Repeating Earthquakes Predict Observed Moment-Recurrence Scaling
    • Improving physics-based aftershock forecasts during the 2016–2017 Central Italy earthquake cascade
    • Complex earthquake behavior on simple faults
    • The community code verification exercise for simulating sequences of earthquakes and aseismic slip (SEAS)
    • Precursory slow slip and foreshocks on rough faults
    • Community-driven code comparisons for three-dimensional dynamic modeling of sequences of earthquakes and aseismic slip
    • Incorporating full elastodynamic effects and dipping fault geometries in community code verification exercises for simulations of earthquake sequences and aseismic slip (SEAS)
    • A source model for earthquakes near the nucleation dimension
    • Partial ruptures cannot explain the long recurrence intervals of repeating earthquakes
    • Earthquake energy dissipation in a fracture mechanics framework
    • Coseismic damage of the 2019 Ridgecrest earthquake consistent with Mohr–Coulomb failure
    • Propagation of slow slip events on rough faults: Clustering, back propagation, and re-rupturing
    • The pursuit of reliable earthquake forecasting
    • Lab-quakes: Quantifying the complete energy budget of high-pressure laboratory failure
    • A numerical study on the role of wear during seismic cycles of rough faults
    • Fault healing and asperity partitioning on a frictionally heterogeneous laboratory fault
    • Pore pressure perturbations on rough fault earthquake cycle simulations
    • Temperature insensitive viscous deformation limits megathrust seismogenesis
    • Back-propagating earthquakes on simple faults
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  • Projects
    • Earthquake complexity and scaling laws
    • Seismic cycles on geometrically complex faults
    • How do earthquakes start?
    • Slow and fast slip at subduction plate boundaries
    • Earthquake triggering and operational earthquake forecasting
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    • News: April 2019
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    • News: December 2018
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  • Project-Archives
    • Seismicity on rough faults
    • Fault mechanics and earthquake cycles
    • The physics of small earthquakes
    • Static stress triggering in operational earthquake forecasting
    • Seismic swarms and aseismic slip driven by dikes
    • Dynamic triggering on transform faults

Lab-quakes: Quantifying the complete energy budget of high-pressure laboratory failure

Jan 1, 2025·
D. Ortega-Arroyo
,
H. O'Ghaffari
,
M. Peč
,
Z. Gong
,
R. R. Fu
,
M. Ohl
Camilla Cattania
Camilla Cattania
· 0 min read
DOI
Type
Journal article
Publication
AGU Advances
publications
Last updated on Jan 1, 2025
← The pursuit of reliable earthquake forecasting Jan 1, 2025
A numerical study on the role of wear during seismic cycles of rough faults Jan 1, 2025 →

© 2026 Camilla Cattania. This work is licensed under CC BY NC ND 4.0

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