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A flat plate is a reinforced concrete slab supported directly by concrete columns without the use of beams, column flares or drop panels. Flat plate system has been adopted in many buildings constructed recently taking advantage of the reduced floor height to meet the economical and architectural demands. However, In Multistoried structures the flat plate floor system has week resistance to lateral loads like wind and earthquake hence this paper is concerned to increase lateral stiffness of flat plate structure and to minimize the displacement of the structure under lateral loading. This paper is also concerned about column axial load and to review our structure with special features like shear walls & diagonal bracing. In present work, a 15 storied flat plate garments building have been modeled using software package “STAAD Pro” for earthquake zone II in Bangladesh .This model is considered in most vulnerable situation where we took wind speed as 260 kmph and Earthquake load has been taken as per Bangladesh National Building Code(BNBC)

Comparative Analysis of a 15 Story Flat Plate Building with and Without Shear Wall and Diagonal Bracing Under Wind and Seismic Loads