Design and Construction of Steel Bridges
The advantage of steel for long span bridges have been well established for some time. Its advantages for short and medium span bridges are also being seriously looked at now particularly form the standpoint of economy, durability, and ease in maintenance during service life. This book provides the reader with an overall perspective for design and construction of steel bridges, particular from considerations of economy, durability and ease of maintenance during service life. It highlights...
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The advantage of steel for long span bridges have been well established for some time. Its advantages for short and medium span bridges are also being seriously looked at now particularly form the standpoint of economy, durability, and ease in maintenance during service life. This book provides the reader with an overall perspective for design and construction of steel bridges, particular from considerations of economy, durability and ease of maintenance during service life. It highlights both theoretical as well as practical aspects which govern the process. Realistic illustrations of practical applications have been used throughout.Starting with a study of the evolution in the design of steel bridges and lessons learnt from some landmark bridge failures, the book discusses basic topics, such as design philosophies, characteristics of steel and loads, before dealing with the various structural arrangements commonly used in modern steel bridges and their selection strategies. Modern systems of connections are discussed at lenght. The book contains several chapters explaining important aspects of fabrication and erection, including methodologies for erection of common steel bridges. Durability, protection against corrosion and post-construction maintenance are discussed in detail.It is expected that the book will provide practical guidelines to students as well as engineers and designers in industry for achieving economy, durability and ease in maintenance.
Preface1. Evolution of Steel Bridges 2. Learning from Failures 3. Design Philosophies and Safety 4. Characteristics of Steel 5. Loads 6. Primary Structural Systems 7. Selection of Structural Systems 8. Deck Systems 9. Beam and Plate Girder Bridges 10. Truss Bridges 11. Semi-Through Bridges 12. Arch Bridges 13. Cable Supported Bridges 14. Bridge Bearings 15. Welding Processes 16. Welded Joints 17. Bolted and Riveted Joints 18. Connections: Design Principles 19. Fabrication Procedures 20. Quality Control in Fabrication 21. Erection 22. Erection Equipment, Tools and Tackles 23. Erection Methods 24. Safety During Erection 25. Durability 26. Protection Against Corrosion 27. Post-Construction MaintenanceIndex
