Numerical simulation of thermal-hydrologic-mechanical-chemical processes in deformable, fractured porous media

Keyphrases

• Chemical Processes 100%
• Numerical Simulation 100%
• Mechanical Systems 100%
• Effective Stress 100%
• Dissolution-precipitation 100%
• Deformable 100%
• Fractured Porous Media 100%
• Thermal Loading 50%
• Steady State 50%
• Fluid Pressure 50%
• Transport Properties 50%
• Chemical Effect 50%
• Chemical Composition 50%
• Stiffness 50%
• Stress-driven 50%
• Compaction 50%
• Total Stress 50%
• Chemical Stimulation 50%
• Mineral Precipitation 50%
• Geothermal Reservoir 50%
• In-situ Stress 50%
• Poroelasticity 50%
• Local Temperature 50%
• Loading-unloading 50%
• Combined Influence 50%
• Chemical Potential 50%
• Transport System 50%
• Spatially Heterogeneous 50%
• Dual Porosity 50%
• Porosity-permeability 50%
• Mechanical Property Evolution 50%
• Thermal-hydraulics 50%
• Mass Source 50%
• Fluid Mechanical 50%
• Thermal Stimulation 50%
• EGS Reservoir 50%
• In Situ Permeability 50%
• Mechanical Loading 50%
• Hydraulic Stimulation 50%
• Mechanical Effect 50%
• Thermo-hydro-mechanical 50%
• Fluid Mass 50%
• Mechanical Analysis 50%
• Chemical Precipitation 50%

Engineering

• Porosity 100%
• Computer Simulation 100%
• Effective Stress 100%
• Process Chemical 100%
• Mechanical Systems 100%
• Fluid Pressure 50%
• Geothermal Reservoir 50%
• In Situ Stress 50%
• Great Detail 50%
• Chemical Potential 50%
• Thermal Hydraulics 50%
• Chemical Effect 50%
• Mechanical Loading 50%
• Fluid Mass 50%
• Mineral Precipitation 50%