Bridge Design Book List
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Bridge Design Book List |
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| Aalami, B. O. C. (1999). Workshop on overview and design concepts of segmental bridge construction. New Delhi, IABSE. |
| Abbas, A. M. J. (1980). Optimum design of concrete highway bridge decks, University of Sheffield. |
| Adamson, D. E. J. and G. L. Kulak (1995). Fatigue tests of riveted bridge girders. Edmonton, Department of Civil Engineering, University of Alberta. |
| Afzal, M. A. (1998). Bangabandhu Bridge: a titanic task. Dhaka, Ms. Parveen Begum. |
| Al-Rifaie, W. N. (1979). An Approximate Method for the Analysis of Box Girder Bridges that are Curved in Plan, International Association for Bridge and Structural Engineering. |
| American Cable, C. (1926). The world's greatest suspension bridge: Philadelphia to Camden: the part played in its construction by the American Cable Company, Inc, New York. |
| American Concrete Institute. Committee, C. B. D. (1977). Analysis and design of reinforced concrete bridge structures. Detroit, American Concrete Institute: American Concrete Institute. |
| Ang, B. G. (1985). Seismic shear strength of circular bridge piers. Christchurch, New Zealand, University of Canterbury, Dept of Civil Engineering. |
| Angus, E. C. (1988). Reinforcement strains in bridge deck slabs subject to compressive membrane action, Heriot-Watt University,Dept of Civil Engineering. |
| Antia, K. F. (1954). Railway track: design, construction, maintenance, and renewal of permanent way with notes on signalling and bridge maintenance. Bombay, New Book Co. Ltd. |
| Ardley, N. (1989). Bridges, Macmillan. |
| Association internationale des ponts et, c. (1956). Symposium on loading of highway bridges, Oporto, 1956: papers. Stockholm, International Association for Bridge and Structural Engineering. |
| Avila, J. I. S. L. (1988). Curved concrete bridge of segmental box construction with inclined webs, University of Leeds. |
| Azizinamini, A., A. Yakel, et al. (2003). High performance materials in bridges: proceedings of the international conference. Reston, VA, American Society of Civil Engineers. |
| Bachmann, H. and W. J. Ammann (1987). Vibrations in structures: induced by man and machines. Zu\0308rich, International Association for Bridge and Structural Engineering. |
| Baker, R. E. (1986). Local scour at bridge piers in non-uniform sediments, University of Auckland. |
| Bakht, B. and L. G. Jaeger (1985). Bridge analysis simplified. New York; London, McGraw-Hill. |
| Bakht, B. E., R. A. E. Dorton, et al. (1990). Developments in short and medium span bridge engineering '90: 3rd International conference on short and medium span bridges: Papers. Montreal, Canadian Society for Civil Engineering. |
| Banerjee, P. K. (1977). HECB/B/7 - PGROUP: Program for the analysis of pile groups of any geometry subjected to horizontal and vertical loads and moments, Suite of Bridge Design and Analysis Programs, Department of Transport, Highway Engineering. |
| Bangash, M. Y. H. (1999). Prototype bridge structures: analysis and design. London, Thomas Telford. |
| Barker, K. J. and D. R. Carder (2001). Performance of an integral bridge over the M1-A1 Link Road at Bramham Crossroads, Transport Research Laboratory. |
| Barker, R. M. and J. A. Puckett (1997). Design of highway bridges: based on AASHTO LRFD, bridge design specifications. New York; Chichester, John Wiley. |
| Barnard, C. P. and J. R. Cuninghame (1997). Improving the performance of bridge expansion joints: Bridge Deck Expansion Joint Working Group final report, Transport Research Laboratory. |
| Barnard, C. P. and J. R. Cuninghame (1997). Practical guide to the use of bridge expansion joints, Transport Research Laboratory. |
| Barr, B. I. G. E., H. R. E. Evans, et al. (1994). Bridge assessment management and design: Centenary year bridge conference: Papers, Elsevier. |
| Barr, B., H. R. Evans, et al. (1994). Bridge assessment management and design: proceedings of the Centenary Year Bridge Conference, Cardiff, U.K., 26-30 September 1994. Amsterdam; Oxford, Elsevier. |
| Bateman, F. F. (1882). St. Lawrence Bridge and manufacturing scheme: engineer's report, 18th January, 1882. Montreal, Dawson Bros. |
| Baus, R. and K. Brenneisen (1970). Corrosion of the reinforcement and prestressed Concrete Structures. Zurich, International Association for bridge and structural engineering. |
| Beadle, D. and I. N. Guy (1968). Design of prestressed concrete bridge structures. London, Cement and Concrete Association for Concrete Society. |
| Beadle, D. and I. N. Guy (1968). The design of prestressed concrete bridge structures: proceedings of the one-day meeting held at Church House, Westminster, on Tuesday 6 June 1967, and organized by the Prestressed Concrete Committee of the Concrete Society. London, Cement & Concrete Association. |
| Behrndtz Frandsen, J. (1999). Computational fluid structure interaction applied to long-span bridge design, University of Cambridge. |
| Bennett, D. F. H. (1997). The architecture of bridge design. London, Thomas Telford. |
| Beny, R., S. H. Nasr, et al. (1975). Persia, bridge of turquoise. London, Thames and Hudson. |
| Betti, R. and U. Meier (1997). Recent advances in bridge engineering: evaluation, management and repair. New York, Columbia University. |
| Bettigole, N. H. and R. Robison (1997). Bridge decks: design, construction, rehabilitation, replacement. New York, N.Y., ASCE Press. |
| Beveridge, P. G. and M. Palmer (1994). The design of large span corrugated steel structures, Transport Research Laboratory, Bridges and Ground Engineering Resource Centre. |
| Bhattacharya, S. (2003). A reconsideration of the safety of piled bridge foundations in liquefiable soils. [Cambridge], University of Cambridge, Department of Engineering. |
| Billington, D. P. (1983). The tower and the bridge: the new art of structural engineering. New York, Basic Books. |
| Binding, J. (1997). Brunel's Royal Albert Bridge: a study of the design and construction of his 'Gateway to Cornwall' at Saltash. Truro, Twelveheads. |
| Birkenmaier, M. (1980). Fatigue resistant tendons for cable-stayed construction. Zurich, International Association for Bridge and Structural Engineering. |