By W. F. Chen, Lian Duan
Bridge Engineering Handbook
CRC Press 1999
Print ISBN: 978-0-8493-7434-0
eBook ISBN: 978-1-4200-4959-6
An overseas workforce of specialists has joined forces to provide the Bridge Engineering guide. They tackle all facets-the making plans, layout, inspection, building, and upkeep of a number of bridge structures-creating essential source for each bridge engineer. This certain, accomplished reference offers the skill to check ordinary practices and continue abreast of recent advancements and cutting-edge practices. Comprising sixty seven chapters in seven sections, the authors present:
Fundamentals: offers the elemental innovations and conception of bridge engineering
Superstructure layout: Discusses all kinds of bridges
Substructure layout: Addresses columns, piers, abutments, and foundations
Seismic layout: provides the newest in seismic bridge design
Construction and upkeep: makes a speciality of the sensible problems with bridge structures
Special issues: deals new and demanding details and certain solutions
Worldwide perform: Summarizes bridge engineering practices round the world.
Discover almost all you must find out about any form of bridge:
Reinforced, Segmental, and Prestressed Concrete
Steel beam and plate girder
Steel field girder
Special awareness is given to rehabilitation, retrofit, and upkeep, and the Bridge Engineering instruction manual deals over 1,600 tables, charts, and illustrations in ready-to-use layout. An abundance of worked-out examples supply readers step by step layout systems and the part on around the world perform offers a extensive and invaluable viewpoint at the "big picture" of bridge engineering.
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Additional resources for Bridge Engineering Handbook
Good examples are London Bridge, England and Ponte Vecchio, Florence, Italy. Construction of these types of bridges was terminated toward the beginning of the 19th century. 6. In Western civilizations, bridges are sometimes built as majestic monuments to commemorate outstanding events or achievements of national importance for an important person or national hero. Examples are the monument to George Washington, the George Washington Bridge, New York City; the monument to Princess Margaret of Great Britain, The Princess Margaret Bridge, Fredericton, New Brunswick, Canada (this bridge was designed by M.
Moreover, it is not enough just to design the external view of the bridge. Bridges satisfying demands and requirements of modern engineering requests and properly designed will achieve recognition and will deserve worldwide acknowledgment and credit. If designers are guided by fanciful tastes of their own, regardless of the technical concepts, they will not achieve this goal. A beautiful shape alone cannot be invested and applied to the bridge. The design should consider both the technical concepts and the structural shape.
2) These equations provide the tool to investigate the influence of each parameter as it changes the quality indexes of the structure. Leaving all other parameters constant, ± ∆x is imposed to study the change of the value U. We can then find the value of the parameter for which ∆U changes its sign. This corresponds to the minimum of the function U. Note that the separate parameters are interrelated. If one parameter is changed, it is necessary to modify the others. By exceeding certain limits, the span of the reinforced concrete bridge must change from a beam system to an arched system.