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|a 9780071331647 (eISBN)
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| 020 |
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|a 9780070656956 (print ISBN)
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| 020 |
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|a 0070656959 (print ISBN)
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|a TG145.P797 2008
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| 082 |
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|a 624.2
|2 23
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| 100 |
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|a Ponnuswamy, S.,
|e author.
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| 245 |
1 |
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|a Bridge engineering
|h [electronic resource] /
|c by S Ponnuswamy.
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| 250 |
|
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|a 2nd ed.
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| 260 |
|
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|a New York, N.Y. :
|b McGraw-Hill Education LLC.,
|c c2008.
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| 300 |
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|a xxx, 747 p. :
|b ill., figs., tables.
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| 504 |
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|a Includes bibliographical references and indexes.
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| 505 |
0 |
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|a Foreword -- D. Preface to the second edition -- E. Preface to the first edition -- References -- F. Acknowledgements -- G. Copyright permissions -- H. Author's profile -- 1. Introduction -- Definition -- History of development of bridges 2,3 -- Classification of bridges -- Planning for a bridge -- Different stages of planning 5,6 -- Preliminary/conceptual design -- Detailed design -- Summary -- References -- Annexure 1.1 -- Annexure 1.2 -- 2. Investigation for bridges and culverts -- Investigation for culverts and minor bridges -- Topographic details -- Catchments area map -- Hydrologic particulars -- Geo-technical details -- Seismology of the area -- Navigational requirements -- Construction resources -- Particulars of nearest bridges -- Traffic forecast -- Report and drawing -- Summary -- References -- 3. Investigations for important bridges -- Factors for choice of ideal site -- Techno-economic feasibility (or preliminary) study -- Project report stage -- Drawings to accompany the project report -- Project report -- Summary -- References -- Annexure 3.1 -- 4. Design flood discharge for bridges -- Introduction -- Contribution factors -- Methods of determination of design flood -- Unit hydrograph method -- Choice of method -- Foundation design discharge -- Summary -- References -- Annexure 4.1 -- Annexure 4.2 -- Annexure 4.3 -- Annexure 4.4 -- 5. Linear waterway of bridges -- General -- Scour and depth of flow -- Afflux -- Calculation of waterway -- Summary -- References -- 6. Choice of foundation for piers and abutments -- Types of bridge foundations -- Cost ratio -- Clearance -- Choice of foundation -- Open foundation -- Pile foundation -- Well foundation -- Block foundations -- Summary -- References -- 7. Types of bridges and loading standards -- Classification of culverts and bridges -- Components of bridge structures -- Need for loading standards -- Loading requirements -- Railway loading standards -- Road bridge loadings -- Some comments -- Summary -- References -- Annexure 7.1 (a) -- Annexure 7.1 (b) -- Annexure 7.2 -- Annexure 7.3 (a) -- Annexure 7.3 (b) -- Annexure 7.3 (c) -- 8. Setting out for piers and abutments -- General -- Aim -- Setting out for minor bridges and culverts -- Setting out single span bridge -- Setting out multispan bridge -- Setting out for major/important bridges -- Summary -- References -- Annexure 8.1 -- 9. Open foundation -- Open or shallow foundations -- Open excavation in dry condition -- Foundation below subsoil water -- Baling out water -- Cofferdams for deeper foundations -- Floating caisson process -- Structural forms -- Design consideration?individual footing -- Design procedure and example -- Raft foundation -- Summary -- References -- 10. Pile foundations -- General -- Spacing of piles -- Material for construction -- Soil friction factors -- Precast driven piles -- Design of pile foundation -- Load tests -- Strength of group piles -- Lateral resistance of piles -- Factor of safety -- Construction.
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| 505 |
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|a Driven piles versus cast-in-situ piles -- Large diameter bored cast-in-situ piles -- Construction of bored piles -- Structural design of pile foundation -- Summary -- References -- Annexure 10.1 -- Annexure 10.2 -- Annexure 10.3 -- Annexure 10.4 -- Annexure 10.5 -- Annexure 10.6 -- 11. Well foundation -- Types of wells -- Caissons -- Design of wells -- Sinking effort -- Material for steining -- Design of curb and cutting edge -- Construction -- Sinking of wells -- Some problems of open sinking -- Use of divers for sinking -- Pneumatic sinking -- Working of pneumatic equipment -- Rate of sinking -- Bottom plug -- Sand filling -- Top plug and well cap -- Summary -- References -- Annexure 11.1 -- Annexure 11.2 -- Annexure 11.3 -- 12. Well foundations?case studies -- Design for a railway bridge -- Construction problems -- Formation of island in very deep channel: road-cum-river bridge across river godavari at4 rajahmundry -- Sinking through rock using divers -- Pneumatic sinking -- Case studies on 'tilting' corrections -- Combined foundations -- Summary -- References -- 13. Piers and abutments -- Function -- Aesthetics -- Materials of construction -- Piers and abutments -- Wing walls -- Construction problems -- Summary -- References -- Annexure 13.1 -- 14. Superstructure?design aspects -- Historical development -- Types of bridges -- Choice of materials -- Design principles -- Design procedure for bridge superstructure -- Composite construction -- Box girders -- Continuous span girders -- References -- Annexure 14.1 -- Annexure 14.2 (a) -- Annexure 14.2 (b) -- Annexure 14.2 (c) -- Annexure 14.2 (d) -- Annexure 14.3 -- Annexure 14.4 -- Annexure 14.5 -- Annexure 14.6 -- Annexure 14.7 -- Annexure 14.8 -- 15. Superstructure?construction -- Dependent factors -- Arch and slab bridges -- Steel girder bridges -- Site erection methods -- Suspension bridges -- Cable stayed bridges9 -- Bearings -- Case studies -- Summary -- References -- Annexure 15.1 -- Annexure 15.2 -- Annexure 15.3.
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| 505 |
0 |
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|a 16. Inspection of bridges -- General -- Necessity for inspection of bridges -- Inspection procedures in various countries -- Procedure for inspection -- Aspects of inspection -- Testing of bridges -- Criteria for assessment of safe load capacity -- Aids for bridge inspection and maintenance -- Summary -- References -- Annexure 16.1 (a) -- Annexure 16.1 (b) -- Annexure 16.2 -- Annexure 16.3 -- 17. Maintenance of bridges?substructure -- Foundation -- Substructure -- Repairs to leaning masonry -- Maintenance of arch superstructure -- Repairs to the concrete substructure -- Summary -- References -- 18. Maintenance of superstructure?girders -- General -- Steel -- Oiling and greasing of bearings -- Cracks in steel work -- Buckling and bending in members -- Loss of camber -- Repairs to steel structures -- Concrete girders -- Summary -- References -- Annexure 18.1 -- 19. Rebuilding of bridges -- Why rebuild bridges -- Replacement -- Rebuilding of pier tops -- Replacement of girders (regirdering) -- Preliminary work -- Modus operandi of various methods -- Girder renewal with cranes -- Renewal of girders with gantries -- Enveloping method -- Floatation method -- Rebuilding over diversion -- Construction without temporary arrangements -- Summary -- References -- 20. Construction management -- General -- Planning requirements -- Stages of execution -- Planning and control techniques -- Repairs and rebuilding bridges -- Monitoring and updating -- Summary -- References -- Annexure 20.1 -- 21. Grade separators -- Planning -- Layouts for interchanges -- Detailed scheme preparation -- Design of the structure -- Summary -- References -- Annexure 21.1 -- 22. River training and protection works -- Introduction -- Protection works for bridges with reduced waterway -- Design of guide bund?a review -- Armouring of side slopes of guide bunds -- Apron protection -- Summary -- References -- 23. Abbreviations, notations and bibliography -- Abbreviations -- Notations -- Additional references -- A. Appendix a: design flood estimation by frequency metho -- Applicability of frequency method of flood estimation -- Frequency/probability methods -- B. Appendix b: design flood by unit hydrograph method?field application -- Derivation of unit hydrograph -- Trial and error method -- Synthetic unit hydrograph (suh) -- Design flood calculations using uh -- An example for application of uh -- C. Appendix c: calculations for load distribution for concrete girders -- Introduction -- Design problem and data -- Section properties -- Courban's method -- Morice?little method -- D. Appendix d: illustration of a box girder design -- Statement of problem -- Longitudinal analysis -- Transverse analysis -- Other designs -- E. Appendix e: miscellaneous data and tables for design -- Unit weights of materials for computation of dead loads -- Important load combinations and permissible stresses percentage -- Areas of bars -- Some conversion factors.
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| 530 |
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|a Also issued in print and PDF version.
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| 588 |
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|a Description based on cover image and table of contents, viewed on Oct. 24, 2014.
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| 650 |
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|a Bridges
|x Design and construction.
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| 650 |
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0 |
|a Bridges.
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| 856 |
4 |
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|u https://accessengineeringlibrary.uam.elogim.com/content/book/9780070656956
|z Texto completo
|
