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Main Contents of Design of Prestressed Concrete Bridges
- The nature of design.
- Basic concepts.
- Reinforced concrete.
- Prestressed concrete.
- Prestressing for statically determinate beams.
- Prestressing for continuous beams.
- Articulation of bridges and the design of substructure.
- The general principles of concrete deck design.
- The design of bridge deck components.
- Precast beams.
- Solid slabs, voided slabs and multi-cell box girders.
- Ribbed slabs.
- Box girders.
- Counter-cast technology for box section decks.
- The construction of girder bridges.
- The effect of scale on the method of construction.
- The design and construction of arches.
- Cable-supported decks.
PDF link: The Design of Prestressed Concrete Bridges
Main Contents of Design of Prestressed Concrete Bridges
- The nature of design.
- Basic concepts.
- Reinforced concrete.
- Prestressed concrete.
- Prestressing for statically determinate beams.
- Prestressing for continuous beams.
- Articulation of bridges and the design of substructure.
- The general principles of concrete deck design.
- The design of bridge deck components.
- Precast beams.
- Solid slabs, voided slabs and multi-cell box girders.
- Ribbed slabs.
- Box girders.
- Counter-cast technology for box section decks.
- The construction of girder bridges.
- The effect of scale on the method of construction.
- The design and construction of arches.
- Cable-supported decks.
PDF link: The Design of Prestressed Concrete Bridges
