Changes in hydraulic, electric and mechanical properties with aperture closure: Insight from experimental and numerical approaches

Earth and Planetary Sciences

• Fracture 100%
• Electrical Resistivity 50%
• Permeability 50%
• Rock Fracture 40%
• Wave Velocity 30%
• Rock 30%
• Modeling 30%
• Stiffness 30%
• Fluid Flow 30%
• Hydraulic Property 30%
• Coupling 20%
• Approach 20%
• Investigation 20%
• Surface Pressure 20%
• Experiment 20%
• Granite 20%
• Exploration 20%
• Laboratory Experiment 20%
• Closure 20%
• Joint (Junction) 10%
• Model 10%
• Datum 10%
• Speed 10%
• Increasing 10%
• Reservoir 10%
• Condition 10%
• Show 10%
• Area 10%
• Monitor 10%
• Variation 10%
• Crust 10%
• Fault 10%
• Matching 10%
• Strength of Materials 10%
• Roughness 10%
• Numerical Modeling 10%
• Tool 10%

Physics

• Fracture 100%
• Electrical Resistivity 50%
• Rock 30%
• Wave Velocity 30%
• Pressure 20%
• Exploration 20%
• Hydraulics 20%
• Closures 20%
• Granite 20%
• Model 10%
• Area 10%
• Increasing 10%
• Speed 10%
• Variations 10%
• Strength of Materials 10%
• Lattice-Boltzmann Method 10%
• Finite Element Modeling 10%
• Roughness 10%