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International Journal of Scientific and Engineering Research
ISSN Online 2229-5518
ISSN Print: 2229-5518 11    
Website: http://www.ijser.org
scirp IJSER >> Volume 3,Issue 11,November 2012
Behavior of Integral Abutment Bridge with and without Soil Interaction
Full Text(PDF, )  PP.73-78  
Author(s)
R.Shreedhar, Vinod Hosur, Iftikar Chappu
KEYWORDS
Abutment, Deck, Integral Bridge, Piles, Soil interaction, Springs, Thermal stresses.
ABSTRACT
Integral Abutment bridges (IAB's) can be defined as bridges without joints. The main purpose of constructing IAB's is to pre-vent the corrosion of the structure due to water seepage through joints. The biggest uncertainty in the design of these bridges is
References
[1] Alok Bhowmick, “Design and Detailing of Integral Bridges: Suggested Guidelines” Indian Concrete Journal, Vol 79, No 9, pp.43-50, Sept 2005.

[2] Eugenia Roman , Yasser Khodair and Sophia Hassiotis, “Design Details of Integral Bridges” Dept. of Civil Engineering And Ocean Engineering, Stevens Institute Of Technology, Hoboken N.J.

[3] Murat Dicleli, Suhail M. Albhaisi, “Performance Of Abutment Backfill System Under Thermal Variations In Integral Bridges Built On Clay” Engineering Structures, Vol 26, pp. 949-962, Feb 2004.

[4] Shehab Mourad & Sami W.Tabsh, “Deck Slab Stresses In Integral Abutment Bridges” Journal of Bridge Engineering Vol.4 No.2 May 1999.

[5] Murat Dicleli, “Simplified Model for Computer-Aided Analysis of Integral Bridges” J. Bridge Engg. Volume 5, Issue 3, Pp. 240-248, Aug 2000.

[6] Susan Faraji, John M.Ting, Daniel S. Crovo and Helmut Ernst, “Nonlinear Analysis of Integral Bridges: Finite Element Model” Journal of Geotechnical & Geo environmental Engg, Vol 127, No 5, May 2001.

[7] George L. England and Neil C. M. Tsang, “Design of Soil Loading For Integral Bridges” The Indian Concrete Journal, Vol 79, No.9, pp.75- 84, Sept 2005.

[8] D.D Girton, T.R. Hawkinson & L.F. Greimann, “Validation of Design Recommendations for Integral – Abutment Piles” Journal of Structural Engineering, Asce, Vol 117, No.7 .July 1991.

[9] Edward P. Wasserman “Integral Abutment Practices in the United States” Indian Concrete Journal, Vol 79, No.9, pp. 56-65, Sept 2005.

[10] Murat Dicleli, Suhail M. Albhaisi, “Maximum Length Of Integral Bridges Supported On Steel H-Piles Driven In Sand” Engineering Structures, Volume 25, Issue 12, Pg 1491-1504, Oct 2003.

[11] Harish Kulkarni, “Parametric Study of Integral Abutment Bridge with Soil-Structure Interaction”, M.Tech Thesis, Gogte Institute of Technology, Belgaum,India, 2011.

[12] IRC 5-1998, “Standard Specifications And Code Of Practice For Road Bridges” Section I, General Features of Design, The Indian Roads Congress, New Delhi, India, 1998.

[13] IRC 6-2000, “Standard Specifications and Code of Practice for Road Bridges”, Section II, loads and stresses, The Indian Roads Congress, New Delhi, India, 2000.

[14] “Bridge Design using the STAAD.Pro/Beava”, IEG Group, Bentley Systems, Bentley Systems Inc., March 2008.

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