Keyphrases
Seismic-resistant
100%
Self-centering Braced Frame
100%
Benefit Evaluation
100%
Life Cycle Benefit
100%
Hybrid Self-centering Braced Frames
72%
Buckling-restrained Braced Frame
63%
Shape Memory Alloy
54%
Viscous Damper
45%
Life Cycle Cost
36%
Residual Inter-story Drift
36%
Initial Cost
27%
Initial Construction Cost
27%
Building Contents
18%
Cost-effectiveness
18%
Seismic Loss
18%
Floor Acceleration Response
18%
Building Lifetime
18%
Content Value
18%
High Building
9%
Demolition
9%
Monte Carlo Simulation
9%
Structural System
9%
Estimation Method
9%
Nonlinear Dynamic Analysis
9%
Economic Benefits
9%
Real-world Application
9%
Earthquake-induced
9%
Structural Damage
9%
Modeling Uncertainty
9%
Excellent Performance
9%
Structural Seismic Response
9%
Loss Measurement
9%
Design Basis Earthquake
9%
Inside Building
9%
Seismic Resilience
9%
Braced Frames
9%
Under Design
9%
Maximum Inter-story Drift
9%
Non-structural Damage
9%
Fair Comparison
9%
HAZUS
9%
Drift Limit
9%
Advanced numerical Modeling
9%
Engineering
Lifecycle
100%
Bracing System
100%
Shape Memory Alloy
22%
Viscous Damper
18%
Lifecycle Cost
14%
Initial Cost
11%
Initial Construction Cost
11%
Acceleration Response
7%
Structural System
3%
Real World Application
3%
Economic Benefit
3%
Considered System
3%
Seismic Response
3%
Design Basis
3%
Fair Comparison
3%
Non-Linear Dynamics
3%
Numerical Model
3%