Prestressed Concrete Bridges: Design and Construction

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Thomas Telford, 2003 - Bridges, Concrete - 371 pages
4 Reviews
- Prestressed concrete in bridge works - Prestressing components and equipment - Durability and detailing - Grouting post-tensioned tendons - Prestress design - Design of details - Concept design of prestressed concrete bridges - Analysis of prestressed concrete bridges - Slab bridges - Beams-and-slab bridges - In-situ multi-cell box girder deck - In-situ single-cell box girder bridges - Precast segmental box girder - Precast full-length box girders - Launched box girder bridges - Cable-stayed bridges - Other prestressed concrete bridge types - Problems and failures - Appendices
 

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PCS BOX GIRDERS ARE NOWADAYS USED IN BRIDGES IN WHICH EASY WAY TO CONSTRUCT AND MAINTAIN THE QUALITY & TO BE ECONOMICAL

Contents

Precast segmental box girders 206 Contents
13
Prestressing components and equipment
20
Durabilty and detailing
34
Contents Detailing
38
Grouting posttensioned tendons
46
Prestress design
60
Contents lnPut data 143
89
Design procedures to AASHTO standard specifications
93
Slab bridges 151
51
In situ multicell box girder decks 179
79
In situ singlecell box girder bridges
190
Precast fulllength box girders
250
Incrementally launched box girder bridges
262
Cablestayed bridges
282
Contents Analysis of cablestayed bridges
296
Other prestressed concrete bridge types
306

Ducts
108
Deviators
115
Deck types
121
Articulation and span arrangements
128
Analysis of prestressed concrete bridges 134
34
Specialist software for the analysis of prestressed concrete bridges 141
41
Problems and failures
314
Definitions
326
Further reading and useful references
332
Proprietary systems 339 Contents
339
Company and person index
361
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