Analysis of compaction phenomena due to water injection in reservoirs with a three-phase geomechanical model

Keyphrases

• Compaction 100%
• Water Injection 100%
• Geomechanical Model 100%
• Subsidence 66%
• Elastoplastic 66%
• Compressibility 66%
• Three-phase Material 66%
• Water Saturation 66%
• Capillary Pressure 33%
• Mechanical Behavior 33%
• Porous Media 33%
• Laboratory Characterization 33%
• Mechanical Compaction 33%
• Capillary Suction 33%
• Added Stiffness 33%
• Gas Withdrawal 33%
• Volumetric Change 33%
• Collapse Pattern 33%
• Methane 33%
• Fluid Pressure 33%
• Yield Locus 33%
• Pore Collapse 33%
• Isotropic Compression 33%
• Plastic Compressibility 33%
• Water Injection Experiment 33%
• Model Calibration 33%
• Uniaxial Load 33%
• Water Retention 33%
• Saturation Pressure 33%
• Suction 33%
• Gas Bearing 33%
• Modeling Framework 33%
• New Modeling 33%
• Solid Minerals 33%
• Effective Stress Principle 33%
• Hydrostatic Load 33%
• Weak Rock 33%
• Gas-liquid 33%
• Coastal Area 33%
• Retained Water 33%
• Yield Limit 33%
• Water Effect 33%
• Land Subsidence 33%
• Low Water 33%
• In Situ Survey 33%
• Liquid Water 33%
• Reservoir Compaction 33%
• Uniaxial 33%
• Constitutive Model 33%
• Underground Fluid 33%

Engineering

• Geomechanical Model 100%
• Water Injection 100%
• Compressibility 50%
• Effective Stress 25%
• Constitutive Model 25%
• Fluid Pressure 25%
• Overburden 25%
• Phase Material 25%
• Gas Bearing 25%
• Methane 25%
• Model Calibration 25%
• Rigidity 25%
• Fluid Statics 25%