Experimental performance of steel braced frames subjected to bidirectional loading

Keyphrases

• Experimental Performance 100%
• Buckling-restrained Braced Frame 100%
• Steel Braced Frame 100%
• Bi-directional Loading 100%
• Brace Buckling 50%
• Hollow Steel Sections 50%
• Single Story 33%
• Gusset Plate 33%
• Frame Action 33%
• Story Drift 33%
• University of Minnesota 16%
• Design Standards 16%
• Design Approach 16%
• Design Procedure 16%
• Earthquake Engineering 16%
• Seismic Design 16%
• Special Design 16%
• Beam-column 16%
• Large Deformation 16%
• Cyclic Deformation 16%
• Significant Damage 16%
• Stable Response 16%
• Balanced Design 16%
• Simulation Facility 16%
• Plate Design 16%
• Large Displacement 16%
• X-configuration 16%
• Concentrically Braced Frames 16%
• Seismic Load 16%
• Out-of-plane Rotation 16%
• X-bracing 16%
• Special Concentrically Braced Frame 16%
• Realistic Boundary Conditions 16%
• Bi-directional Behavior 16%
• Engineering Simulation 16%

Engineering

• Bracing System 100%
• Gusset Plate 22%
• Design Procedure 11%
• Tensiles 11%
• Plane Rotation 11%
• Seismic Loading 11%
• Earthquake Engineering 11%
• Large Deformation 11%
• Bay Frame 11%
• Seismic Design 11%
• Boundary Condition 11%