Response Spectrum Analysis
Response Spectrum Analysis in Flat Slab Multistorey Building for Earthquake Zone IV
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The necessity of large head room are now the essential point of view for any architecture and for that, the only way to solve this as per structural point of view is to be provide flat slab. The elimination of beam could show the drastic effect in different component of the structure. It has been examine from various findings that the stresses generated in the flat slab analysis, its intensity should lessen in order to provide stability to the structure. For this, four cases have been taken viz., simple flat slab providing shear wall at lift area, simple flat slab providing shear wall at lift ...
The necessity of large head room are now the essential point of view for any architecture and for that, the only way to solve this as per structural point of view is to be provide flat slab. The elimination of beam could show the drastic effect in different component of the structure. It has been examine from various findings that the stresses generated in the flat slab analysis, its intensity should lessen in order to provide stability to the structure. For this, four cases have been taken viz., simple flat slab providing shear wall at lift area, simple flat slab providing shear wall at lift area and at maximum stress location, flat slab with drop providing shear wall at lift area and flat slab with drop providing shear wall at lift area and at maximum stress location on G+11 Multistoried residential building located at Seismic Zone IV. Using response spectrum method with the help of analysis and design tool STAAD Pro V8i, to evaluate analysis parameters such as Nodal Displacement, Shear forces in column, Compressive and tensile stresses, storey drift, von mis stress along with principle stress values. The prime case is obtained in this work is building case B2.
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