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Bhavsar Sneh Shirishbhai

SD4006

DESIGN OF G+8 STOREY BUILDING ON SLOPING GROUND

This project focuses on the structural analysis and design of a G+8 residential building situated on sloped terrain. It includes comprehensive static and dynamic evaluations to assess the structural stability and performance of the building under various loads. The study addresses key challenges associated with sloping ground, such as uneven settlement, lateral load effects, and seismic vulnerability. Both soil-structure interaction and compliance with relevant design codes are considered to ensure the building's safety and resilience. The project aims to develop a robust design that can effectively withstand environmental and geotechnical stresses specific to inclined sites.

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PROJECT INFORMATION & LOAD COSIDERATION

STATIC CHECK & ELEMENT DESIGN COLUMN

DESIGN OF SLAB

EARTHQUAKE CALCULATION

NON-SLOPE BUILDING WITHOUT & WITH CMI

PROBLEM STATEMENT

ITERTAIONS OF SLOPING GROUND

STOREY STIFFNESS DIFFRENCE & PROVIDED ELEMENT SIZES

SHORT COLUMN EFFECT

ELEMENT DETAILING & CONCLUSION