A framework for post-windstorm functional recovery of non-residential buildings applied to hospitals

Keyphrases

• Functional Recovery 100%
• Building Envelope 100%
• Windstorm 100%
• Service Disruption 100%
• Non-residential Buildings 100%
• United States 50%
• Accurate Estimation 50%
• Resilience 50%
• Interdependency 50%
• Recovery Process 50%
• Earthquake Engineering 50%
• Service-oriented 50%
• Climatic Zones 50%
• Fragility Curves 50%
• Service Loss 50%
• Critical Infrastructure 50%
• Building Design 50%
• Built Environment 50%
• Epistemic Uncertainty 50%
• Window-to-wall Ratio 50%
• Nonstructural Components 50%
• Number of Stories 50%
• Downtime 50%
• Recovery-based 50%
• Building Function 50%
• Building Services 50%
• Architecture Engineering 50%
• Wind Engineering 50%
• Recovery Curve 50%
• Service Recovery 50%
• Fault Tree Analysis 50%
• Hazardous Effect 50%

Engineering

• Disruptions 100%
• Building Envelope 100%
• Functional Recovery 100%
• Nonresidential Building 100%
• Durables 50%
• Earthquake Engineering 50%
• Interdependency 50%
• Fragility Curves 50%
• Built Environment 50%
• Epistemic Uncertainty 50%
• Recovery Process 50%
• Architectural Engineering 50%
• Critical Infrastructure 50%
• Building Services 50%
• Design Factor 50%
• Wind Engineering 50%
• Fault-Tree Analysis 50%
• Recovery Curve 50%
• United States 50%
• Architectural Design 50%