Slip systems in calcite single crystals deformed at 300–800° C
JHP Bresser, CJ Spiers - 1993 - arch.neicon.ru
In an attempt to resolve questions recently raised regarding the principal high‐temperature
slip systems in calcite, optical quality single crystals have been uniaxially compressed at 300…
slip systems in calcite, optical quality single crystals have been uniaxially compressed at 300…
Superplastic nanofibrous slip zones control seismogenic fault friction
Understanding the internal mechanisms controlling fault friction is crucial for understanding
seismogenic slip on active faults. Displacement in such fault zones is frequently localized on …
seismogenic slip on active faults. Displacement in such fault zones is frequently localized on …
[PDF][PDF] Reusing depleted oil and gas reservoirs for CO2 storage: Thermal cyclicity impact on mechanical and transport properties of host and seal formations in the …
S Amiri, SJT Hangx, RPJ Pijnenburg, JHP Bresser - posters.geo.uu.nl
Reusing depleted oil and gas reservoirs for CO2 storage: Thermal cyclicity impact on
mechanical and transport properties of host Page 1 Reusing depleted oil and gas reservoirs for …
mechanical and transport properties of host Page 1 Reusing depleted oil and gas reservoirs for …
Nanocrystalline principal slip zones and their role in controlling crustal fault rheology
Principal slip zones (PSZs) are narrow (<10 cm) bands of localized shear deformation that
occur in the cores of upper-crustal fault zones where they accommodate the bulk of fault …
occur in the cores of upper-crustal fault zones where they accommodate the bulk of fault …
[HTML][HTML] The physics of fault friction: Insights from experiments on simulated gouges at low shearing velocities
The strength properties of fault rocks at shearing rates spanning the transition from crystal–plastic
flow to frictional slip play a central role in determining the distribution of crustal stress, …
flow to frictional slip play a central role in determining the distribution of crustal stress, …
Assessing chemo-mechanical behavior induced by CO2-water-rock interactions in clay-rich fault gouges
E Bakker, JP Kaszuba, SJT Hangx - Procedia Earth and Planetary Science, 2017 - Elsevier
Ensuring sealing integrity is key for long-term (>10 000 years) storage of CO 2 . Fault reactivation
and leakage can potentially be impacted by (often slow) CO 2 -water-rock interactions. …
and leakage can potentially be impacted by (often slow) CO 2 -water-rock interactions. …
Frictional properties and microstructural evolution of dry and wet calcite-dolomite gouges
M Demurtas, SAF Smith, E Spagnuolo… - Solid Earth …, 2020 - se.copernicus.org
Calcite and dolomite are the two most common minerals in carbonate-bearing faults and
shear zones. Motivated by field examples from exhumed seismogenic faults in the Italian …
shear zones. Motivated by field examples from exhumed seismogenic faults in the Italian …
Slip velocity dependence of friction-permeability response of shale fractures
Fluid injection-induced fracture slip during hydraulic stimulation of shales may be seismic or
aseismic with the slip mode potentially influencing the evolution of permeability and …
aseismic with the slip mode potentially influencing the evolution of permeability and …
Interseismic creep of carbonate-hosted seismogenic normal faults: Insights from central Italy
Understanding fault behavior in carbonates is critical because they represent loci of earthquake
nucleation. Models of fault-slip mode generally assume: (1) seismic sliding and aseismic …
nucleation. Models of fault-slip mode generally assume: (1) seismic sliding and aseismic …
Effect of Mineralogy on Frictional Strength and Stability of Shale Fractures During Slip
We report experimental research on frictional strength and stability properties of shale
fractures during slip. Longmaxi shale, Green River shale and Marcellus shale are selected for …
fractures during slip. Longmaxi shale, Green River shale and Marcellus shale are selected for …
