The effect of sequential solution procedures in the numerical modeling of stimulation in engineered geothermal systems

Keyphrases

• Numerical Modeling 100%
• Solution Procedure 100%
• Numerical Coupling 100%
• Engineered Geothermal Systems 100%
• Sequential Solution 100%
• Coupled Thermal 66%
• Mechanical Processes 33%
• Coupling Method 33%
• Energy Sector 33%
• Geothermal Energy 33%
• Permeability Enhancement 33%
• Flow Stress 33%
• Hydroshearing 33%
• Governing Differential Equation 33%
• Thermal Deformation 33%
• Loose Coupling 33%
• Differential Equations 33%
• Mechanical Problems 33%
• Effective Stress 33%
• Solid Matrix 33%
• Deformation State 33%
• Geochemical Transport 33%
• Control Volume Finite Element Method 33%
• Mechanical Modeling 33%
• Permeability Change 33%
• Robustness Analysis 33%
• Poroelastic Deformation 33%
• Hydrofracking 33%
• Well Stimulation 33%
• Multiphysics Processes 33%
• Reservoir Permeability 33%
• Geothermal Energy Production 33%
• Degree of Enhancement 33%
• Degradation Degree 33%
• Chemical Alteration 33%
• Enhancement Phenomenon 33%
• Rock Matrix 33%
• Geothermal Reservoir Simulation 33%

Engineering

• Numerical Modeling 100%
• Enhanced Geothermal System 100%
• Geothermal Energy 100%
• Solution Procedure 100%
• Finite Element Analysis 50%
• Limitations 50%
• Energy Production 50%
• Geothermal Reservoir 50%
• Flow Stress 50%
• Well Stimulation 50%
• Control Volume 50%
• Governing Differential Equation 50%
• Deformation State 50%
• Effective Stress 50%
• Thermal Model 50%
• Solid Matrix 50%
• Rock Matrix 50%
• Mechanical Problem 50%
• Reservoir Permeability 50%

Earth and Planetary Sciences

• Enhanced Geothermal System 100%
• Geothermal Resource 100%
• Numerical Modeling 100%
• Well Stimulation 50%
• Reservoir Simulation 50%
• Energy Production 50%
• Chemical Alteration 50%
• Reservoir Permeability 50%