Seismic design of light gauge steel framed buildings: Final report

Keyphrases

• Steel Frame Building 100%
• Light Gauge Steel 100%
• Seismic Design 100%
• Shear Wall 100%
• Analytical Formula 33%
• Hysteretic Behavior 33%
• Design Recommendations 33%
• Gypsum 33%
• Corner Configuration 33%
• Wood-based 33%
• Practical Design 33%
• Stud 33%
• Wall Design 33%
• Structural Applications 33%
• Subassembly 33%
• Nonlinear Behavior 33%
• Steel Sheet 33%
• Elastic Design 33%
• Wallboard 33%
• Dissipative Element 33%
• Eurocode 8 33%
• Load-bearing Elements 33%
• Stud Wall 33%
• Overstrength 33%
• Wall Corner 33%
• X-bracing 33%
• Connection Test 33%
• High Seismicity 33%
• Shear Wall Test 33%
• Low Seismicity 33%
• Steel Plate Connection 33%
• Cold-formed Steel Profiles 33%
• Hysteretic Modeling 33%
• Steel Straps 33%
• Bracing System 33%
• Seismic Design Method 33%
• Load-bearing 33%

Engineering

• Final Report 100%
• Steel Framed Building 100%
• Shear Walls 100%
• Q Factor 75%
• Test Series 50%
• Seismicity 50%
• Parametric Study 25%
• Eurocodes 25%
• Steel Plate 25%
• Structural Application 25%
• Nonlinear Behavior 25%
• Elastic Design 25%
• Formed Steel 25%
• Stud Wall 25%
• Bearing Element 25%
• Bracing System 25%
• Design Method 25%

INIS

• design 100%
• steels 100%
• walls 50%
• shear 40%
• connections 20%
• studs 20%
• seismicity 20%
• wood 10%
• applications 10%
• modeling 10%
• tracks 10%
• nonlinear problems 10%
• testing 10%
• configuration 10%
• recommendations 10%
• plates 10%
• sheets 10%
• parametric analysis 10%
• gypsum 10%