Anticipating water distribution service outages from increasing temperatures

Keyphrases

• Increased Temperature 100%
• Water Distribution 100%
• Water Distribution Systems 100%
• Service Outage 100%
• Distribution Services 100%
• Climate Change 66%
• Temperature Rise 66%
• Temperature Profile 66%
• Adaptation Strategies 66%
• Pipe Failure 66%
• Arizona 33%
• Phoenix 33%
• Maximum Temperature 33%
• Extreme Events 33%
• Temperature Extremes 33%
• Climate-driven 33%
• Temperature Conditions 33%
• PVC pipe 33%
• Mitigation Potential 33%
• Domestic Use 33%
• RCP4.5 33%
• Metro 33%
• Commercial Use 33%
• Potential Challenges 33%
• Maintenance Strategy 33%
• Extreme Temperature 33%
• Outage 33%
• Repair Time 33%
• Physical Components 33%
• Hydraulic Solver 33%
• Iron pipe 33%
• Proactive Maintenance 33%
• Pump Failure 33%
• Reliability Model 33%
• Aid Decision Making 33%
• Distribution System Reliability 33%
• Physical Assets 33%
• Historical Temperature 33%
• Emerging Hazard 33%

Engineering

• Increasing Temperature 100%
• Water Distribution 100%
• Outages 100%
• Temperature Profile 50%
• Climate Change 50%
• Temperature Increase 50%
• Water Distribution System 50%
• Adaptation Strategy 50%
• Infrastructure 25%
• Hazards 25%
• Hydraulics 25%
• Temperature Condition 25%
• Maximum Temperature 25%
• Longer Term 25%
• Metro 25%
• System Reliability 25%
• Electric Power Distribution 25%
• Exceedance 25%
• Repair Time 25%
• Maintenance Strategy 25%
• Iron Pipe 25%

Earth and Planetary Sciences

• Climate Change 100%
• Water Distribution 100%
• Temperature Profile 100%
• Water Distribution System 100%
• Arizona 50%
• Extreme Event 50%
• Decision Making 50%