Regional-scale implementation of poroelastic solutions for subsidence analyses

Keyphrases

• Coastal Area 20%
• Control Parameters 20%
• Diffusion Analysis 20%
• Economic Infrastructure 20%
• Economic Loss 20%
• Ecosystem Deterioration 20%
• Extraction Well 40%
• First-order 20%
• Flood Risk 20%
• Fossil Fuels 20%
• Geomechanics 20%
• Ground Settlement 80%
• Hydro-mechanical Coupling 20%
• Infrastructure Damage 20%
• Land Subsidence 40%
• Large Region 20%
• Local Difference 20%
• Number of Factors 20%
• Pore Pressure 20%
• Pore Pressure Diffusion 20%
• Poroelasticity 100%
• Poromechanical Properties 20%
• Porosity 20%
• Pressure Decrease 20%
• Regional Models 20%
• Reservoir Geometry 20%
• Rock Compaction 20%
• Site Heterogeneity 20%
• Spatially Distributed 20%
• Spatially Distributed Model 20%
• Spatiotemporal Distribution 20%
• Spatiotemporal Maps 20%
• Subsidence 100%
• Subsidence Analysis 100%
• Superposition Principle 20%
• Water Resources 20%

Engineering

• Coastal Area 25%
• Economic Loss 25%
• Fossil Fuel 25%
• Ground Settlement 100%
• Hydromechanical Coupling 25%
• Infrastructure 25%
• Porosity 25%
• Progression 25%
• Regional Scale 100%
• Spatial Variation 25%
• Superposition Principle 25%
• Water Resource 25%

Earth and Planetary Sciences

• Coastal Region 12%
• Fossil Fuel 12%
• Ground Settlement 50%
• Pore Pressure 25%
• Porosity 12%
• Spatial Variation 12%
• Subsidence 100%
• Water Resource 12%