Modeling uncertainty of specimens employing spines and force-limiting connections tested at E-defense shake table

Keyphrases

• Shaking Table 100%
• Modeling Uncertainty 100%
• Spine 100%
• Force Limiting 100%
• E-Defense 100%
• Model Features 40%
• Peak Floor Acceleration 40%
• Story Drift Ratio 40%
• Coefficient of Variation 20%
• Confidence Interval 20%
• Seismic Response 20%
• Root Mean Square Error 20%
• Numerical Model 20%
• Japan 20%
• Testing Program 20%
• New Zealand 20%
• Experimental Testing 20%
• Lateral Force 20%
• Seismic Design 20%
• Significant Damage 20%
• Seismic Assessment 20%
• Lateral Load Resisting System 20%
• Pearson Correlation Coefficient 20%
• Global Sensitivity Analysis 20%
• Floor Acceleration 20%
• Frame Connection 20%
• Numerical Estimates 20%
• Model Parameter Uncertainty 20%
• Energy Dissipation Devices 20%
• Seismic Force Resisting System 20%
• Sobol Indices 20%
• Secondary Model 20%
• Engineering Demands 20%
• Earthquakes in Japan 20%
• Feature Contribution 20%
• Correlation Coefficient Measure 20%

Engineering

• Japan 100%
• Lateral Force 100%
• Feature Model 100%
• Engineering 50%
• Full Scale 50%
• Energy Dissipation 50%
• Metrics 50%
• Seismic Response 50%
• Coefficient of Variation 50%
• Model Parameter 50%
• Parameter Uncertainty 50%
• Numerical Model 50%
• Root Mean Square Error 50%
• Design Method 50%
• Future Design 50%
• Pearsons Linear Correlation Coefficient 50%
• Seismic Design 50%
• Confidence Interval 50%

Earth and Planetary Sciences

• Uncertainty Modeling 100%
• Japan 40%
• Seismic Response 20%
• Root-Mean-Square Error 20%
• Correlation Coefficient 20%
• Numerical Model 20%
• Confidence Interval 20%
• Seismic Design 20%
• New Zealand 20%
• Design Method 20%
• Energy Dissipation 20%