Bridge Engineering, Third Edition
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Section 1 – The StructureUse and FunctionalityOrigin of the Modern Highway BridgeBridge Designers and Their ProjectsThe Bridge Engineering LexiconSection 2 - Project InceptionProject FundingTypes of Design StandardsSite InspectionSite SurveyPhysical TestingThe Inspection TeamAs-Built Plans and Other recorded DataSection 3 – The SuperstructureSuperstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Bridge Designers and Their ProjectsThe Bridge Engineering LexiconSection 2 - Project InceptionProject FundingTypes of Design StandardsSite InspectionSite SurveyPhysical TestingThe Inspection TeamAs-Built Plans and Other recorded DataSection 3 – The SuperstructureSuperstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Section 2 - Project InceptionProject FundingTypes of Design StandardsSite InspectionSite SurveyPhysical TestingThe Inspection TeamAs-Built Plans and Other recorded DataSection 3 – The SuperstructureSuperstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Site InspectionSite SurveyPhysical TestingThe Inspection TeamAs-Built Plans and Other recorded DataSection 3 – The SuperstructureSuperstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Physical TestingThe Inspection TeamAs-Built Plans and Other recorded DataSection 3 – The SuperstructureSuperstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
As-Built Plans and Other recorded DataSection 3 – The SuperstructureSuperstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Superstructure TypesDeck TypesWearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Wearing Surface TypesDeck Joint Types Design LoadsDesign Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Design Methods>h3>Internal Forces>h3>Concrete Deck SlabsComposite Steel MembersPlate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Plate GirdersContinuous BeamsProtecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Protecting Steel Superstructures. Load RatingPre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Pre-stressed ConcretePre-stressed Concrete MaintenanceSection 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Section 4 – SubstructureAbutmentsPiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
PiersBearingsSection 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Section 5 – Implementation and ManagementThe HighwayContract DocumentsBridge Management Systems
Contract DocumentsBridge Management Systems
Fully updated with the latest codes and standards, including load and resistance factor design (LRFD), Bridge Engineering, Third Edition covers highway bridge planning, design, construction, maintenance, and rehabilitation. This thoroughly revised reference contains cutting-edge analytical, design, and construction practices, the most current information on new materials and methods, and proven, cost-effective maintenance and repair techniques. Real-world case studies and hundreds of helpful photos and illustrations are also included in this practical resource.
BRIDGE ENGINEERING, THIRD EDITION FEATURES COMPLETE COVERAGE OF:
- Highway bridge structures
- Project inception
- Project funding
- Design standards
- Bridge inspection and site survey
- Physical testing
- As-built plans and other record data
- Superstructure types
- Deck types
- Wearing surface types
- Deck joint types
- Design loads
- Design methods
- Internal forces
- Load distribution
- Concrete deck slabs
- Composite steel members
- Plate girder design
- Continuous beams
- Protecting steel superstructures
- Load rating
- Prestressed concrete
- Substructure design
- Abutments
- Piers
- Bearings
- Managing the design process
- Contract documents
- Bridge management systems