By Wai-Fah Chen, Lian Duan
Over a hundred and forty specialists, 14 international locations, and 89 chapters are represented within the moment version of the Bridge Engineering Handbook. This large assortment presents special info on bridge engineering, and carefully explains the suggestions and useful purposes surrounding the topic, and likewise highlights bridges from round the world.
Published in 5 books: Fundamentals, Superstructure layout, Substructure layout, Seismic layout, and building and Maintenance, this new version presents a variety of worked-out examples that provide readers step by step layout techniques, contains contributions through major specialists from around the globe of their respective components of bridge engineering, includes 26 thoroughly new chapters, and updates such a lot different chapters. It bargains layout strategies, standards, and perform, and provides a number of sorts of bridges. The textual content comprises over 2,500 tables, charts, illustrations, and photographs. The publication covers new, leading edge and conventional tools and practices; explores rehabilitation, retrofit, and upkeep; and examines seismic layout and construction materials.
This textual content is a perfect reference for training bridge engineers and specialists (design, building, maintenance), and will even be used as a reference for college students in bridge engineering courses.
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Additional info for Bridge Engineering Handbook, Five Volume Set, Second Edition
There are ample examples of successful bridge details available for the engineer to reference to. But in the case where the engineer deviates from existing examples, then an analysis is required to ascertain the concept’s validity. If the deviation can be supported by engineering logic, then analysis is not required. Engineering logic is comprised of rules based on an accumulation of successful precedents. If the deviation cannot be supported by logic, then an analysis will be needed to ascertain its validity.
In sum, the fundamental idea is to elicit an emotional response from the audience and to get a visceral response from them. How we achieve this is an art in and of itself. Generally, a bridge should be natural, simple, original, and harmonious with its surroundings (Tang, 2006a). A bridge can be a highly visible object in a city. It should look natural and fit well into its surroundings. In general, it should also be simple and not made to look superficial. A structure looks more natural if it can immediately convey its function and use to the general public.
However, if a bridge is made to be a symbol, to convey a certain meaning, or to commemorate an event, decorations may be appropriate. In general, bridges in cities tend to be smaller in size and are more suited for decorating, which can create more harmony with the bridge’s surroundings. A bridge in a natural setting should strive to maintain its connection to nature and be simple so decoration is usually not desirable. 1 Experience and Precedents Decision-making is derived from two information sources: the first is experience and prior knowledge and the second is actual analysis.
Bridge Engineering Handbook, Five Volume Set, Second Edition by Wai-Fah Chen, Lian Duan