Engineering
Outrigger System
100%
Seismic Design
76%
Steel Core
71%
Outrigger
64%
Buckling Mode
59%
Test Result
51%
Core Plate
51%
Bracing System
47%
Full Scale
42%
Seismic Performance
41%
Hybrid Test
37%
Steel Tube
35%
Cyclic Loading
33%
Design Method
29%
Energy Dissipation
28%
Design Procedure
28%
Debonding
26%
Local Buckling
21%
End Connection
21%
Nonlinear Response
20%
Viscous Damper
19%
Optimal Design
17%
Specimen Configuration
17%
Design Basis
17%
Seismic Response
17%
Ground Movement
15%
Rotational
14%
Reinforced Concrete
14%
Concrete Buildings
14%
Design Check
14%
Japan
14%
Critical Limit
14%
Dynamic Performance
14%
Framed Structure
14%
Damping Ratio ζ
14%
Spectral Response
14%
Steel Frame
14%
Retrofit
14%
Seismic Test
14%
Collapse Mechanism
14%
Global Mode
14%
Layer Thickness
13%
Numerical Model
12%
Connection Design
11%
Normal Force
10%
Perimeter Column
10%
Axial Strain
9%
Finite Element Analysis
8%
Axial Stiffness
8%
Interface Force
8%
Keyphrases
Buckling-restrained Brace
42%
Local Bulging Failure
33%
High-mode Buckling
30%
Restrainer
19%
Core Plate
19%
Steel Core
16%
Elastic Steel Frame
14%
I-shaped Beam
14%
Seismic Buckling
14%
Buckling Restrained Bracings
14%
Linear Viscous Damper
14%
Seismic Experiment
14%
Reinforced Concrete Frame
14%
Vertical Boundary Element
14%
Steel Plate Shear Wall
14%
Multi-story
14%
Concentrically Braced Frames
14%
In-plane Buckling
14%
Gusset
14%
Buckling-restrained Braced Frame
14%
Gusset Connection
14%
Damped Outrigger System
14%
Seismic Testing
14%
Timber
14%
Flat Steel
14%
Buckling Wavelength
10%
Debonding
9%
Stability Evaluation Method
7%
Fixity
7%
Concrete Anchors
7%
Post-installed
7%
Brace Fracture
7%
Special Concentrically Braced Frame
7%
Tangent Modulus
6%
Design Check
6%
Maximum Inter-story Drift
6%
Interface Force
6%