Development of a damage simulator for probabilistic seismic vulnerability assessment of electrical installations

Keyphrases

• Aleatory Uncertainty 33%
• Application Usage 33%
• Assessment Analysis 33%
• Canada 33%
• Damage Assessment 33%
• Damage Monitoring 33%
• Damage Potential 33%
• Damage State 33%
• Dynamic Damage 33%
• Electrical Installation 100%
• Electricity Network 33%
• Epistemic Uncertainty 33%
• Financial Cost 33%
• Fragility Curves 33%
• Fundamental Period of Vibration 33%
• Hazard Assessment 33%
• Hazard Scenario 33%
• Hazard Vulnerability 33%
• Hydro-Québec 33%
• Inherent Uncertainty 33%
• Intensity Measure 33%
• Local Site Effect 33%
• Logic Tree 33%
• Major Components 33%
• Monte Carlo Analysis 33%
• National Building Code of Canada 33%
• Peak Ground Acceleration 33%
• Probabilistic Damage Assessment 33%
• Recent Earthquakes 33%
• Response Assessment 33%
• Seismic Damage 33%
• Seismic Events 33%
• Seismic Hazard 100%
• Seismic Shaking 100%
• Seismic Site Characterization 33%
• Seismic Vulnerability Assessment 100%
• Site Parameters 33%
• Site Vulnerability 33%
• Spectral Acceleration 33%
• Structural Dynamic Response 33%
• Substation 66%
• Transmission Substation 33%
• Transmission Tower 100%
• Vulnerability 100%
• Vulnerability Analysis 33%

Engineering

• Building Code 33%
• Damage Assessment 66%
• Damage Potential 33%
• Damage State 33%
• Dynamic Response 33%
• Electric Power 33%
• Electrical Installation 100%
• Epistemic Uncertainty 33%
• Fragility Curves 33%
• Ground Acceleration 33%
• Hazard Scenario 33%
• Illustrates 33%
• Local Site 33%
• Major Component 33%
• Monte Carlo Analysis 33%
• Seismic Hazard 100%
• Seismic Vulnerability 100%
• Structural Dynamics 33%
• Substations 100%
• Tower 100%

Earth and Planetary Sciences

• Building Code 33%
• Canada 66%
• Damage Assessment 66%
• Dynamic Response 33%
• Dynamic Structural Analysis 33%
• Monte Carlo Analysis 33%
• Quebec 33%
• Seismic Hazard 100%
• Site Characterization 33%
• Site Effect 33%
• Spectral Acceleration 33%