Volume : III, Issue : X, October - 2014

ROLE OF COMPOSITE SECTIONS IN A MULTISTORIED BUILDING

Laxmikant N. Vairagade, Dinesh W. Gawatre

Abstract :

Steel–concrete composite members are an interesting option for structural designers, but the reliability of design procedures both in the case of gravity and seismic loads is in continuous development. composite steel concrete design provide a significant economy through reduced materials and faster construction, such system make use of each type of member in the most efficient manner to maximize the structural and economic benefits. In this project, theoretical, numerical aspects and applications concerning the seismic behavior of steel–concrete composite structures are to be analysed. | The interest has been focusing in this area on the capability of composite framed structures to dissipate seismic energy by means of inelastic deformations with the objectives to: (1) Apply non linear analysis methods to evaluate building performance. (2)The principal features affecting the seismic response of composite frames. (3) A numerical analysis has been conduct to investigate the influence of composite behavior of the structures.(4) A finite element modal has been develop to account for the dynamic behavior of composite structure and (5)The influence of shear connector on the behavior of composite framed structure in seismic loading. |

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Article: Download PDF   DOI : 10.36106/ijsr  

Cite This Article:

Laxmikant N. Vairagade, Dinesh W. Gawatre Role of Composite Sections in a Multistoried Building International Journal of Scientific Research, Vol : 3, Issue : 10 October 2014

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