ICE MANUAL OF BRIDGE ENGINEERING

ICE MANUAL OF BRIDGE ENGINEERING
G. Parke and N. Hewson

The fully revised, restructured and updated second edition of the ICE Manual of Bridge Engineering has been written and edited by a team of leading experts and presents valuable contributions from across the field within a single resource. The second edition comprehensively addresses key topic within bridge engineering, from history and aesthetics to design, construction and maintenance issues.

This edition includes:

Practical ‘how to’ approach

Significant new content added to build on bestselling first edition

Contributions from specialist authors with real world best-practice advice

 ICE Manual of Bridge Engineering, second edition is the authoritative point of reference for practising civil and structural engineers in consulting firms and government agencies, bridge contractors, research institutes, universities and colleges – in short, all practitioners involved in any aspect of the analysis, design, construction, repair, maintenance, and refurbishment of bridges.
The ICE manuals series will offer civil engineers the quickest route to the information they need, ultimately providing core knowledge for the profession within a single highly referenced resource. ICE manuals will be available both in print and online and will deliver a comprehensive, authoritative and accessible package for all those working in civil engineering.

Preface

The history and aesthetic development of bridges

     The early history of bridge

     Eighteenth-century bridge building   

     The past 200 years: bridge development in the nineteenth and twentieth centuries
     Aesthetic design in bridges
Loads and load distribution
     Introduction
     Brief history of loading specifications
     Current live load specifications
     Secondary load
     Other loads
     Long bridges
     Temperature
     Earthquakes
     Snow and ice
     Water
     Construction loads
     Load combinations
     Use of influence lines
     Load distribution
     References
     Further reading
Structural analysis
Bridge dynamics
     Introduction
     Principles of structural dynamic
     Wind induced vibration
     Earthquake-induced vibration
     Human- and vehicle-induced vibration
     Collision
     References
     Further reading
Seismic response and design
     Introduction
     Modes of failure in previous earthquakes
     Conceptual design issues
     Brief review of seismic design codes
     Closure
     References
Substructures
     Introduction
     Types of abutment
     Abutment design calculations
     Construction of abutments
     Bridge columns and piers
     References
 Design of reinforced concrete bridges
     Introduction
     Solid slab bridges
     Voided slab bridges
     Beam and slab bridges
     Longer span structures
     Design calculation
     Conclusions
     References
Design of prestressed concrete bridges
    Introduction
    Principle of prestressing
    Prestressing systems
    Materials
    Prestress design
    Design of details
    Bridge construction and design
    References
    Further reading
    Appendix I. Definitions
    Appendix II. Symbols and notation used
Design of steel bridges
    Introduction
    Truss bridges
    Plate and box girder bridges
    Connections
    Fatigue
    Bibliography
Composite construction
    Introduction
    Future trends
    Materials
    Basic concepts
    Structural forms
    Precast concrete composites
    Steel–concrete composite beams
    Construction methods
    Steel–concrete composite box girders
    Steel–concrete composite columns
    Prestressing of steel–concrete composite sections
    Fatigue
    Reference
Design of arch bridges
    Introduction
    Types of arch bridge
    Typical structures
    Analysis
    Design
    Masonry arch construction
    Assessment of masonry arch bridges
    Alternative methods to the modified MEXE method
    The influence of masonry materials
    Analysis of masonry arch bridges
    Specification
    Defects and rehabilitation
    References
    Further reading
Aluminium in bridges
    Introduction
    Why aluminium?
    Alloys and product forms
    Design and details
    Design standards
    Fabrication
    Fatigue
    Fire safety
    Historic and recent bridges    
    Bridge decks and furniture
    Corrosion behaviour
    Coatings and finishes
    Sustainability
    Future trends
    References
    Further reading
Cable stayed bridges
    Introduction
    Stay cable arrangement
    Stay oscillations
    Pylons
    Deck
    Preliminary design
    References
    Further reading
Suspension bridges
    Introduction
    Cables as structural elements
    Analysis of cables
    Analysis of suspension bridges
    Structural arrangement and design
    Suspended deck structure
    Cable supports and attachments
    Towers
    Anchorages
    Aerodynamics
    Construction
    References
Movable bridges
    Introduction
    Types of movable bridges
    Structural forms and mechanical–structural interaction
    Span drive machinery
    Stabilising machinery
    Prime mover and controls
    Significant movable bridges
    Movable bridge design
    Construction support
    Construction inspection
    Periodic inspection of movable bridge machinery
    Future trends
    Conclusion
    Acknowledgements
    Further reading
Footbridges
    Introduction
    Brief/general    Context and setting out
    Footbridge types
    Bridge details
    Decks and walkway surfaces
    Materials and finishes
    Construction
    Aesthetics
    Towards a critical method of design
    Ten bridges
    Future cons iderations
    References
    Further reading
    British Standards and European norms
Advanced fibre polymer composite materials and their properties for bridge engineering
    Introduction
    Reinforcement mechanism of fibre-reinforced polymer composites
    Advanced polymer composites
    Adhesives
    References
Advanced fibre polymer composite structural systems used in bridge engineering
    Introduction
    New bridge structures
    FRP bridge decks
    Steel-free bridge deck
    Bridge enclosures and fairings
    The rehabilitation of the civil infrastructure
    Internal reinforcement to concrete members
    Elastomeric bridge bearings
    Intelligent structures
    Appendix
    References
Bearings
    Design
    Installation
    Inspection and maintenance
    Replacement
    Illustrations of practice
    References
    Further reading
Bridge accessories
    Introduction
    Parapets
    Drainage
    Waterproofing
    References
    Further reading
Protection
    Introduction
    Water management
    Materials selection and design
    Coatings systems
    Active protection of metals from corrosion
    Protection from physical processes
    Summary
    References
Bridge management
   Introduction   
   Project and network level bridge management    
   Project-level bridge management    
   Network-level bridge management     
   Other techniques used in the management of bridges   
   References    Deterioration, investigation, monitoring and assessment   
   Main causes of degradation   
   Evaluation and testing methods   
   Residual strength evaluation procedures    
   Conclusion   
   References
Inspection and assessment of bridges   
    Maintenance inspection
    Acceptance inspection
    Health and safety for inspection
    Access for inspection
    Good practice for inspection
    Inspection of different types of structure
    Introduction to assessment
    Levels of assessment
    Preferred methods of analysis for assessment
    Common problems in carrying out assessments
    Seeking additional strength from assessments
    Realistic models
    Global models
    Mathematical models
    Orthotropic action in stiffened web and flange plates
    Non-linear finite-element analysis and initial imperfections
    FirsYield linet principles
    Compressive membrane action
    Surfacing
    Shear in prestressed concrete flanged beams
    Inclined neutral axis
    Bearing clamping
    References
Repair, strengthening and replacement
    Introduction
    Repair and strengthening of concrete structures
    Repair and strengthening of metal structures
    Repair and strengthening of masonry structures
    Replacement of structures
    References
    Further reading
Index

Observaciones  2008
Medidas  21x30
Paginas  704
Precio    260,00 euros