Hydro-mechanical response of opalinus clay in the CO₂ long-term periodic injection experiment (CO₂LPIE) at the Mont Terri rock laboratory

Keyphrases

• Injection Experiment 100%
• Opalinus Clay 100%
• Periodic Injection 100%
• Hydroelasticity 100%
• Mont Terri Rock Laboratory 100%
• Bedding Plane 75%
• Caprock 75%
• Sealing Capacity 75%
• CO2 Injection 50%
• CO2 Storage 50%
• Hydro-mechanical Modeling 50%
• Plane Strain 25%
• Anisotropic Behavior 25%
• Micropore 25%
• System Response 25%
• Transverse Isotropic 25%
• Transversely Isotropic 25%
• Stress Variation 25%
• Low Permeability 25%
• Pressure Oscillation 25%
• Switzerland 25%
• Pore Pressure 25%
• Brine 25%
• Periodic Signal 25%
• Deep Underground 25%
• Clay Rock 25%
• Injection Well 25%
• Pore Pressure Change 25%
• Capillary Effect 25%
• Intact Rock 25%
• Rock Properties 25%
• Injection Interval 25%
• Coupled Hydro-mechanics 25%
• Entry Pressure 25%
• Caprock Sealing Efficiency 25%
• Monitoring Boreholes 25%
• Poroelastic Model 25%
• Industrial Scale Application 25%
• Underground Rock Laboratory 25%
• Underground Research Laboratory 25%
• Anisotropic Clay 25%

Engineering

• Mechanical Response 100%
• Bedding Plane 100%
• Simulation Result 66%
• CO2 Storage 66%
• Nanoscale 33%
• Anisotropic 33%
• Plane Strain 33%
• Research Laboratories 33%
• System Response 33%
• Spatial Scale 33%
• Initial Estimate 33%
• Borehole 33%
• Anisotropic Behavior 33%
• Periodic Signal 33%
• Intact Rock 33%

Earth and Planetary Sciences

• Carbon Dioxide 100%
• Bedding Plane 27%
• Laboratory Experiment 18%
• Field Scale 18%
• Pore Pressure 18%
• Borehole 9%
• Laboratory Research 9%
• Plane Strain 9%
• Switzerland 9%
• Rock Property 9%
• Pressure Oscillation 9%