Patel Rutvij Kanubhai

SD4006

RCC BUILDING DESIGN WITH SEPARATION JOINT

In zone 4, the project involves creating a G+12 I-shaped RCC building and integrating a separation joint. According to IS:456:2000, abrupt changes in plan dimensions occur, and the structure must be evaluated for torsional abnormalities in accordance with IS 1893:2016. Strategies to mitigate these irregularities must be devised. The structure with and without a separation joint have been compared extensively ( Plan Density, Area of Steel, Seismic Force with Static and Dynamic Applications after and before separation, etc). The study, design, and detailing of the building must comply with code requirements, and ETABS is the modelling program used.  

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PROBLEM STATEMENT, ARCHITECTURAL PLANS & INITIAL STRUCTURAL SYSTEM

LOAD DATA

BASE SHEAR, TORSION CHECK, FRAME PARTICIPATION

CRACK MOMENT OF INERTIA AND SHEAR WALL: ITERATIONS AND OBSERVATIONS

SEPARATION JOINT

BASE SHEAR, TORSION, FRAME PARTICIPATION AND PLAN DENSITY

BASE SHEAR - STATIC & DYNAMIC, COLUMN AND SHEAR WALL INTERACTION AND MODAL MASS PARTICIPATION

SEPARATION DISTANCE

ELEMENT DESIGN & DETAIL

CONCLUSION & FINAL STRUCTURAL SYSTEM