Hybrid Self-centring Steel Frames

Written for professional engineers, researchers and academics working in the design and construction of seismic-resilient structures, Hybrid Self-centring Steel Frames: Hysteretic Behaviour and Structural Seismic Design is an up to date resource on this novel construction method. The book provides comprehensive coverage of the advanced seismic design principles specific to hybrid self-centring steel frames, including the latest developments in seismic design codes and innovations in earthquake-resistant structures. Innovations in structural engineering materials and techniques are described, enabling readers to understand the properties of new materials and how they can be integrated into existing building designs. The book integrates theory with case studies, bridging the gap between conceptual design and real-world implementation, including seismic design of new buildings and retrofitting of existing structures with the hybrid self-centring steel frame, positioning it as a valuable resource for structural and seismic engineering professionals and also research and academic readers. Simulation and modelling techniques, including dynamic analysis and other computational techniques to support the precise prediction and study of structural behaviors under seismic forces are included for both theoretical structures and practical applications. The breadth of topics covered, from basic structural concepts and research frameworks, to advanced modelling techniques and performance-based design methodologies ensures the book’s appeal to both industry professionals and the research and academic readership. In integrating cutting-edge technologies and methodologies, and alignment with contemporary direction in this field, the book has potential to push the boundaries of existing knowledge in seismic design.

• Presents the hybrid self-centring steel frame: a construction method based on the seismic resilience concept and the integrated design features of high performance materials and structural arrangements
• Demonstrates the potential of the hybrid self-centring steel frame to reduce post-earthquake residual deformation, thereby reducing costs associated with repair, demolition and reconstruction, and related social impact
• Describes performance-based design methodologies for the hybrid self-centring steel frame, together with practical examples
• The use of this technology in improving seismic resilience is demonstrated
• With the integration of the latest developments and research, theoretical concepts and case studies, this book is a current resource for seismic and structural engineering professionals, researchers and academics