Utilization of Reinforced Concrete Flexural (Shear) Walls in Multistorey Buildings with Effect of Lateral Loads under Flat Terrain
Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.2, No. 9)Publication Date: 2013-09-30
Authors : Venkata Sairam Kumar.N; P.V.S.Maruthi Krishna;
Page : 2467-2471
Keywords : Shear walls; lateral forces; wind loads; seismic loads; buckling; and base moment; and base shear; wind region; wind terrain;
Abstract
This research paper presents the relation between base shear and base moment, minimum thickness of shear wall to avoid buckling of shear walls, considered with dimensions classified as class A, class B, class C as per IS : 875 : 1987 (Part 3). Both lateral loads, seismic and wind loads are considered for calculation of minimum thickness of shear wall, base shear and base moment. Seismic zones II, III, IV, V are considered as per IS : 1893 : 2002 and wind loads of 33m/s, 39m/s, 44m/s, 47m/s, 50m/s, 55m/s are considered as per IS : 875 : 1987 (Part 3). The results showed that the minimum thickness of reinforced concrete shear wall as with wind loads and seismic loads. Regression chart equations are also shown for base shear and base moment.
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