Performance assessment of bridges under a sequence of seismic excitations

Keyphrases

• Performance Assessment 100%
• Ground Motion 100%
• Seismic Excitation 100%
• Engineering Demand Parameters 80%
• Performance-based Seismic Design 80%
• Damaged Bridge 40%
• Pre-damage 40%
• Decision Variables 20%
• Risk Assessment 20%
• Engineering Approach 20%
• Engineering Research 20%
• Engineering Design 20%
• Functional Form 20%
• Reinforced Concrete 20%
• Nonlinear Analysis 20%
• Engineering Technique 20%
• Highway Bridge 20%
• Design Framework 20%
• Traditional Performance 20%
• Intensity Measure 20%
• Ground Motion Intensity Measure 20%
• Drift Ratio 20%
• Southern California 20%
• Seismic Hazard 20%
• Bridge Model 20%
• Engineering Assessment 20%
• Earthquake Engineering 20%
• Earthquake Sequence 20%
• Assessment Framework 20%
• Total Probability Theorem 20%
• Analytical Function 20%
• Amplification Factor 20%
• Research Performance 20%
• Damage Measure 20%
• ARIMA Model 20%
• Conditional Relationships 20%
• Triple Integral 20%

Engineering

• Ground Movement 100%
• Engineering 66%
• Performance-Based Earthquake Engineering 66%
• Decision Variable 16%
• Functional Form 16%
• Damage Parameter 16%
• Nonlinear Analysis 16%
• Highway Bridges 16%
• Seismic Hazard 16%
• Engineering Research 16%
• Analytical Function 16%
• Amplification Factor 16%
• Earthquake Engineering 16%
• Reinforced Concrete 16%