Hydrologic-hydraulic model for simulating dual drainage and flooding in urban areas: Application to a catchment in the metropolitan area of Chicago

Keyphrases

• Metropolitan Areas 100%
• Urban Areas 100%
• Chicago 100%
• Stormwater System 100%
• Hydrologic-hydraulic Model 100%
• Dual Drainage 100%
• Surface Water 66%
• Flow Interaction 66%
• Supercritical Flow 66%
• Subcritical Flow 66%
• Hazard Assessment 66%
• SWMM5 66%
• Flood Hazard 66%
• United States Environmental Protection Agency (USEPA) 33%
• Illinois 33%
• Clogging 33%
• Flow Velocity 33%
• Model Potential 33%
• Water Flow 33%
• Rainfall 33%
• Finite Volume 33%
• High Water 33%
• Flow Regime 33%
• 4-flow 33%
• 3-flow 33%
• Urban Development 33%
• Stormwater Management 33%
• Water Depth 33%
• Hydrologic Modeling 33%
• Volume Shock 33%
• Shock Capturing Schemes 33%
• Street Crossing 33%
• Infiltration Process 33%
• Saint-Venant Equations 33%
• Green-Ampt Method 33%
• Critical Zone 33%
• Second Module 33%
• Kinematic Wave Approximation 33%
• Flow Interception 33%
• Drainage Control 33%
• Street Network 33%
• Water Flooding 33%
• Water Hazard 33%
• Street Inlet 33%
• Storm Water Management Model 33%
• Street Network Models 33%
• Rainfall-runoff Transformation 33%
• Dual Drainage Models 33%
• Flow Routing 33%
• Fully Conservative 33%
• Stormwater 33%
• Hazard Criteria 33%
• One-dimensional Flow 33%

Earth and Planetary Sciences

• Water Management 100%
• Surface Water 100%
• Flood 100%
• Supercritical Flow 100%
• Subcritical Flow 100%
• Metropolitan Area 100%
• United States of America 50%
• Illinois 50%
• Flow Velocity 50%
• Boundary Condition 50%
• Water Flow 50%
• Urban Development 50%
• Water Depth 50%
• Environmental Protection Agency 50%
• One Dimensional Flow 50%