Assessment of Earthquake-Induced Losses of Existing Reinforced Concrete Buildings for Different Seismic Design Code Levels

Keyphrases

• Analytical Method 33%
• Capacity Spectrum Method 33%
• Code Level 100%
• Computation Time 33%
• Construction Year 33%
• Damage Analysis 33%
• Damage Repair 33%
• Damage State 33%
• Degree of Complexity 33%
• Direct Economic Loss 33%
• Earthquake Events 33%
• Earthquake Losses 100%
• Eastern Canada 33%
• Economic Loss 33%
• Emergency Response Measures 33%
• Existing Reinforced Concrete Buildings 100%
• Expected Loss 33%
• Fragility Functions 33%
• Hazard Analysis 33%
• Hazard Values 33%
• High-rise 33%
• Large Portfolio 33%
• Loss Analysis 33%
• Loss Function 100%
• Loss Measurement 33%
• Loss Probability 33%
• Major Earthquake 33%
• Mitigation Plan 33%
• National Building Code of Canada 33%
• Nonstructural Components 33%
• Potential Loss 33%
• Rapid Tools 33%
• Reinforced Concrete Shear Wall 33%
• Repair Cost 33%
• Response Spectrum 33%
• Seismic Design Code 100%
• Seismic Design Level 33%
• Seismic Resilience 33%
• Seismic Resiliency 33%
• Shear Building 33%
• Simplified Tool 33%
• Social Loss 33%
• Spectral Compatibility 33%

Engineering

• Building Code 50%
• Computational Time 50%
• Concrete Buildings 100%
• Damage Analysis 50%
• Damage State 50%
• Design Code 100%
• Economic Loss 50%
• Emergency Response 50%
• Potential Loss 50%
• Reinforced Concrete 100%
• Repair Cost 50%
• Response Spectrum 50%
• Seismic Design 100%
• Shear Walls 50%
• Spectrum Method 50%