Performance-based control co-design of building structures with controlled rocking steel braced frames via neural dynamic model

Keyphrases

• Performance-based 100%
• Building Structure 100%
• Control Co-design 100%
• Control System Design 40%
• Co-design Method 40%
• Self-centering 40%
• Energy Dissipation Mechanism 40%
• Degrees of Freedom 20%
• Structural System 20%
• Design Solutions 20%
• Design Decisions 20%
• Proposed Methodology 20%
• Structural Members 20%
• Physical Systems 20%
• Seismic Assessment 20%
• Distinctive Features 20%
• Design Codes 20%
• System Design Method 20%
• Design Parameters 20%
• 3D Building 20%
• Building Model 20%
• High Performance Computing 20%
• Self-powered 20%
• Nonlinear Optimization Problem 20%
• Structural Design 20%
• Story Construction 20%
• Material Nonlinearity 20%
• Code Requirements 20%
• Frame Elements 20%
• Total Weight 20%
• Effective Energy Dissipation 20%
• Modern Systems 20%
• Frame Structure 20%
• New Performance 20%
• New Functionalities 20%
• Integrated Engineering 20%
• Seismic Demand 20%
• Optimal System Design 20%
• Optimization Constraints 20%

Engineering

• Dynamic Models 100%
• Bracing System 100%
• Energy Dissipation 60%
• Strand 40%
• Control System Design 40%
• Nodes 20%
• Design Parameter 20%
• Degree of Freedom 20%
• Structural Design 20%
• Design Solution 20%
• Optimal Design 20%
• Design Method 20%
• Optimisation Problem 20%
• Nonlinear Optimization 20%
• Structural Member 20%
• Structural System 20%
• Design Code 20%
• Code Requirement 20%
• Frame Element 20%
• Seismic Performance 20%
• Frame Structure 20%
• Effective Energy 20%
• Story Building 20%
• Engineering Systems Design 20%
• Optimization Constraint 20%
• Modern System 20%