Hybrid Self-Centring Steel Frames: Hysteretic Behaviour and Structural Seismic Design is an essential guide on this innovative construction technique. The book offers a thorough examination of advanced seismic design principles tailored to hybrid self-centring steel frames. It encompasses the latest updates in seismic design codes and breakthroughs in earthquake-resistant structures. Combining theory with practical case studies, it bridges the gap between conceptual frameworks and real-world applications, making it a valuable resource for structural and seismic engineering professionals, and academic readers. Additional sections of the book delve into simulation and modeling techniques, including dynamic analysis and computational methods for predicting structural behavior under seismic forces.The text also explores the integration of new structural engineering materials and techniques, discussing their properties and applications in building design. By covering a wide array of topics—from basic structural concepts and research frameworks to advanced modeling techniques and performance-based design methodologies—the book appeals to both industry professionals and researchers. This comprehensive approach encourages innovation and contemporary thinking in the field of seismic design. - Presents the latest on 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 arrangement - Covers the potential of the hybrid self-centring steel frame to reduce post-earthquake residual deformation, thereby reducing costs associated with repair, demolition, reconstruction, and related social impact - Describes performance-based design methodologies for the hybrid self-centring steel frame, together with practical examples - Demonstrates the use of the technology in improving seismic resilience