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Title:

Innovative bridge design handbook : construction, rehabilitation and maintenance / edited by Alessio Pipinato.

Publisher:

Elsevier/Butterworth-Heinemann,

Copyright Date:

℗♭2016

Description:

xxxii, 844 pages : illustrations, graphs, plans ; 23 cm.

Subject:

Bridges--Design and construction--Handbooks, manuals, etc.

Other Authors:

Pipinato, Alessio, editor of compilation. edc

Notes:

"Glossary": pages 817-818. Includes bibliographical references and index.

Contents:

(Machine generated contents note): Section I. Fundamentals -- 1.The history, aesthetics, and design of bridges / A. Pipinato -- 1.History of bridge structures -- 2.Bridge design and aesthetic -- 3.Research and innovation in bridge design -- References -- Section II. Loads on bridges -- 2.Loads on bridges / A. Pipinato -- 1.Introduction -- 2.Primary loads -- 3.Environmental effects -- 4.Dynamic amplification -- 5.Bridge redundancy -- 6.Conclusions -- References -- 3.Wind loads / K. Kimura -- 1.Introduction -- 2.Overview of wind effects on bridges -- 3.Procedure of wind-resistant design -- 4.Design wind speeds provided in design codes -- 5.Wind loads provided in design codes -- 6.Wind tunnel test and CFD -- 7.Vortex-induced vibration and its countermeasures -- 8.Verification of buffeting analysis based on field measurements -- 9.Wind-induced vibrations of stay cables -- 10.Conclusions -- References -- 4.Fatigue and fracture / E. Bruhwiler -- 1.Introduction --
(Note continued): 2.Structural redundancy and safety -- 3.Codes and standards -- 4.Fatigue and fracture resistance of steel and concrete bridges -- 5.Traffic loading and action effects on bridge elements -- 6.Common failures -- 7.Crack detection, intervention methods, and techniques -- 8.Research on fatigue and fracture -- References -- Section III. Structural analysis -- 5.Bridge structural theory and modeling / A. Pipinato -- 1.Introduction -- 2.Structural theory -- 3.Structural modeling -- 4.Research and development -- References -- 6.Dynamics of bridge structures / N. Chouw -- 1.Linear idealization of bridge structures -- 2.Bridge response to dynamic loading -- 3.Influence of supporting soil -- 4.Bridge integrity: consequences of relative response of adjacent bridge structures -- 5.Conclusions -- Acknowledgment -- References -- 7.Risk and reliability in bridges / B. Bhattacharya -- 1.Overview -- 2.Uncertainty in bridge modeling and assessment --
(Note continued): 3.Reliability of bridges -- 4.Reliability-based design codes of bridges -- 5.Bridge life cycle cost and optimization -- 6.Load and resistance factor rating methodology -- Summary -- References -- 8.Innovative structural typologies / A. Boegle -- 1.Introduction: aim and context -- 2.Literature review -- 3.3D bridges force-modeled for one loading condition -- 4.3D bridges, optimized for one or more criteria and composed of surface elements -- 5.Future prospects and conclusions: role of the designer and the toolbox -- References -- Section IV. Bridge design based on construction material type -- 9.Reinforced and prestressed concrete bridges / T. Kovacs -- 1.Types of reinforced concrete bridges -- 2.Prestressing in bridges -- 3.Design of reinforced and prestressed concrete bridge decks -- 4.Methods of construction -- 5.Design example -- 6.Research and development -- References -- 10.Steel and composite bridges / M. De Miranda -- 1.Introduction -- 2.Design --
(Note continued): 3.Product specifications -- 4.Structural connections -- 5.Steel bridge analysis -- 6.Composite bridge analysis -- 7.Truss bridges analysis -- 8.Research and development -- References -- 11.Timber bridges / K.A. Malo -- 1.Wood used in bridges -- 2.Wood as structural material -- 3.Design of timber components -- 4.Design of connections -- 5.Design of modern timber bridges -- 6.Design verifications of timber bridges -- 7.Design and durability -- References -- 12.Masonry bridges / A. Pipinato -- 1.Structural theory of masonry structures -- 2.Assessment of the load-carrying capacity of arch masonry bridges -- 3.Analysis, repair, and strengthening -- 4.Structural assessment and retrofit -- References -- Section V. Bridge design based on geometry -- 13.Arch bridges / O.R. Ramos -- 1.Introduction -- 2.Deck arch bridges -- 3.Tied arch bridges -- References -- 14.Girders / R.K. Bharil -- 1.Introduction -- 2.Planning -- 3.Preliminary bridge design -- 4.Final design --
(Note continued): 5.Construction -- 6.Preservation -- 7.Innovation -- 8.Conclusions -- References -- 15.Long-span bridges / M. De Miranda -- 1.Introduction -- 2.Cable stayed bridges -- 3.Suspension bridges -- 4.Limits of long-span bridges -- References -- Section VI. Special topics -- 16.Integral bridges / M. Dicleli -- 1.Introduction -- 2.Historical background -- 3.Modern integral bridges -- 4.Thermal effects on integral bridges -- 5.Conditions for integral bridge construction and recommendations -- 6.Construction methods of integral bridges -- 7.Design of integral bridges -- 8.Important considerations in integral bridge design -- References -- 17.Movable bridges / K. Humpf -- 1.Introduction -- 2.Example of lift bridge: the Guaiba River Bridge with concrete towers at Porto Allegre, Brazil (1954 -- 1960) -- 3.Swing bridges -- 4.Bascule bridge: the New Galata Bridge with twin double flaps at Istanbul, Turkey (1985 -- 1993) --
(Note continued): 5.Double Balanced Beam Bridge (DBBB) -- design proposal -- References -- 18.Highway bridges / B.T. Martin -- 1.Introduction -- 2.Practical considerations for selection of a highway bridge type -- 3.Bridge types -- 4.Methods of analysis (emphasizing highway structures) -- 5.Design method -- 6.Design example -- 7.Research needs for highway bridges -- References -- 19.Railway bridges / R. Patton -- 1.Introduction -- 2.Type classifications -- 3.Analysis and Design -- 4.Static scheme and construction details -- 5.R&D on railway bridges -- References -- Section VII. Bridge components -- 20.Seismic component devices / M. Amjadian -- 20.1.Introduction -- 20.2.Seismic protective devices -- 20.3.Applications of seismic protective systems in bridges -- 20.4.Conclusions -- References -- 21.Cables / E. Caetano -- 1.Introduction -- 2.Cable components -- 3.Analysis and design -- References -- 22.Orthotropic steel decks / H. De Backer -- 1.Introduction -- 2.History --
(Note continued): 3.OSD concept -- 4.Practical design -- 5.Innovative applications and research topics -- 6.Conclusions -- References -- 23.Bridge foundations / T. Cooling -- 1.Introduction -- 2.Determination of the geologic setting -- 3.Geotechnical investigation report -- 4.Foundation selection during the TSL project phase -- 5.Geotechnical design report -- 6.Foundation design -- References -- Section VIII. Bridge construction -- 24.Case study: the Reno bridge / L. Ferretti Torricelli -- 1.Introduction -- 2.Main design issues -- 25.Case study: the Russky bridge / A. Pipinato -- 1.Introduction -- 2.Design -- 3.Construction phase -- 4.Monitoring system -- References -- 26.Case study: the Akashi-Kaikyo bridge / A. Pipinato -- 1.Introduction -- 2.Design -- 3.Innovations and special construction details -- 4.Monitoring system -- 5.Maintenance system -- References -- 27.Bridge construction equipment / M. Rosignoli -- 1.Summary -- 2.Introduction -- 3.Beam launchers --
(Note continued): 4.Self-Launching gantries for span-by-span erection of precast segments -- 5.MSS for span-by-span casting -- 6.Self-launching machines for balanced cantilever construction -- 7.Special equipment for full-span precasting -- 8.Conclusions -- References -- Section IX. Assessment, monitoring and retrofit of bridges -- 28.Bridge assessment, retrofit, and management / A. Pipinato -- 1.Introduction -- 2.Materials decay and on-site testing -- 3.Investigation procedures -- 4.Assessment procedures -- 5.Repair and strengthening -- 6.Bridge management -- 7.Case study -- 8.Research on bridge assessment, retrofit, and management -- References -- 29.Bridge monitoring / C.R. Middleton -- 1.Introduction -- 2.SHM stakeholders -- 3.Types of monitoring deployments -- 4.Measuring technologies used for SHM -- 5.Deployment and operation -- 6.Summary -- References -- 30.Application of fiber-reinforced polymers to reinforced concrete bridges / L. Stewart -- 1.Introduction --
(Note continued): 2.Jacket materials and processes -- 3.Advantages of fiber-reinforced polymer systems (FRPS) -- 4.Performance -- columns -- 5.Performance -- superstructure -- 6.Design guides and codes -- 7.Other loading applications -- 8.Conclusions -- References -- 31.Bridge collapse / A.J. Gastineau -- 1.Introduction -- 2.Construction failures -- 3.In-service failures -- 4.Extreme events -- 5.Concluding remarks -- References.

ISBN:

0128000589
9780128000588

OCLC:

(OCoLC)944205573

Locations:

USUX851 -- Iowa State University - Parks Library (Ames)

OVUX522 -- University of Iowa Libraries (Iowa City)