Email this article Effect of expansion joints on structural behavior of RC Framed structures
Abstract
given regularly in the structures of pieces, extensions and different structures where there is a change of development of the structures because of
temperature. Noteworthiness of these joints are for the most part to control the uneven surface in the structure when it is subjected to temperature changes.
In present situation the originators of the structures are not considering extension joints while outlining a multi storied structures. Thought of extension joints in the outline can lessen the temperature burdens and
relocation of R.C. encircled structures. In this perspective considered the impact of development joints in basic conduct of RC surrounded normal and
unpredictable structures. For this reason considered four distinct sorts of RC surrounded structures (C,T,L and Rectangular) for every situation analyzed the
parallel considering so as to uproot and amount of steel with and without extension joints by utilizing PC programming STAAD Pro.
References
A.Plumier, V.Denoel, L.Sanchez, C.Doneux, W.VanAlboom “Seismic Assessment and Retrofitting of an S Shape Building with Expansion Joints”. Expansion Joints in Buildings: Technical Report No. 65
Farhana M. Saiyed1, Ashish H. Makwana2, Jayeshkumar Pitroda3 (2014) “EXPANSION JOINT TREATMENT : MATERIAL & TECHNIQUES” 29th March, 2014, Civil Engineering Department S.N.P.I.T. & R.C., Umrakh
IS: 3414 – 1968 , “Indian standard code of practice for design and insallation of joints in buildings” , Bureau of Indian standards, New Delhi
IS 456: 2000, “ Indian standard plain reinforced concrete – code of practice”, Bureau of Indian standards, New Delhi.
IS : 875 (part 1), “Indian Standard Code of practice for Design loads for buildings and structures, Dead load” , Bureau of Indian standards, New Delhi.
IS : 875 (part 2), “Indian Standard Code of practice for Design loads for buildings and structures, imposed load” , Bureau of Indian standards, New Delhi
IS : 875 (part 3), “Indian Standard Code of practice for Design loads for buildings and structures, Wind load” , Bureau of Indian standards, New Delhi
IS : 875 (part 5), “Indian Standard Code ofpractice for Design loads for buildings and structures, Special loads and combinations” , Bureau of Indian standards, New Delhi
James M. Fisher(2005) “Expansion Joints: Where, When and How” April 2005 Modern Steel Construction
Joints in Concrete Construction, Reported by ACI Committee 224 (2001)
Matthew D. Brady (2011) “Expansion Joint Considerations for Buildings” Modern steel construction may 2011
Michael J. Plelffer, David Darwin (1987) “Joint design for reinforced concrete buildings” structural engineering and engineering materials sm report no 20, December 1987
SANJAY SHIRKE1 , H.S.CHORE2 , P.A. DODE3 (2014) “Effect of temperature load on beam design in thermal analysis” Proceedings of 12th IRF International Conference, Pune , India
Speight, Marshall & francis (2012) “technical bulletin” structural engineering- special inspections, September 2012 bulletin no XLII.
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