Optimal Layout and Pipe Sizing of Urban Drainage Networks to Improve Robustness and Rapidity

Keyphrases

• Urban Drainage System 100%
• Optimal Layout 100%
• Pipe Sizing 100%
• Resilience 75%
• Pipe Diameter 50%
• Failure Duration 50%
• Harmony Search Algorithm 25%
• Performance Degradation 25%
• System Performance 25%
• Network Design 25%
• Flood Depth 25%
• Total System Cost 25%
• Hydrology 25%
• Storm Water Management Model 25%
• Systemability 25%
• Topological Features 25%
• Grid Network 25%
• Extreme Rainfall Events 25%
• Global Climate Change 25%
• Hydraulic Simulation 25%
• Layout Optimization 25%
• Optimal Design Model 25%
• Constrained Optimal Design 25%
• Probability-based Design 25%
• Resilient Design 25%
• Drainage Network 25%
• Least Cost Design 25%
• Failure Depth 25%
• System Recovery 25%
• Two-grid 25%

Engineering

• Pipe Size 100%
• Optimal Layout 100%
• Search Algorithm 50%
• Optimal Design 50%
• System Cost 50%
• Water Management 50%
• Climate Change 50%
• Hydraulic Simulation 50%
• Design Model 50%
• System Performance Degradation 50%
• Heavy Rainfall 50%
• Climatic Change 50%