Behaviour and Design of Steel and Composite Connections in Fire

Behaviour and Design of Steel and Composite Connections in Fire

Wang, Yong; Jafarian, Mostafa

Taylor & Francis Ltd

11/2024

144

Mole

9780367681494

Pré-lançamento - envio 15 a 20 dias após a sua edição

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1. Introduction. 2. Structural analysis of connections in fire. 3. Connection temperatures in fire. 4. Connection components and their force-displacement relations. 5. Application of the component based method for beam-column connection design in fire. 6. Hollow section connections. 7. Methods of improving connection performance. Appendix A. Thermal and mechanical properties of different types of steel at elevated temperatures. Appendix B. Examples of Checking for shear and bending of connections.
structural interactions;load carrying mechanisms;Performance Based Fire Engineering;Composite Structures;intumescent coating;reactive fire;facade systems;non-reactive fire;Henry Adam prize;structural connections;Critical Buckling Temperature;Fin Plate Connection;Connection Components;Catenary Action;Endplate Connections;Sci P398;Peak Catenary;Connection Behaviour;Composite Connections;Eurocode En;Brace Member;Welded Tubular Connection;EHS;Chord Face;Hogging Moment;Maximum Compression Force;Total Compressive Force;Temperature Dependent Shear Modulus;Rectangular Hollow Sections;Total Clockwise Moment;Rotation Capacity;Column Web;Chord Face Failure;Total Anticlockwise Moment;Restrained Thermal Expansion