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Gaywala Dev Nilangkumar

SD4006

Design of a RCC Building on a Sloped Terrain

The project focuses on the structural design of a G+8 reinforced concrete (RCC) building situated on sloped terrain in seismic Zone IV. It incorporates architectural planning, load considerations, and advanced structural modeling in ETABS. Critical aspects include seismic weight distribution, short-column behavior, torsional irregularities, and lateral stability. Design optimization involves  ensuring compliance with IS 456:2000, IS 875, IS 1893, and IS 13920 for ductile detailing and earthquake resistance interpretating dynamics. Iterative assessments refine column and shear wall sizing, mitigating drift and displacement. The study delivers a comprehensive framework for safe, efficient construction under varying ground conditions, emphasizing seismic resilience.


Report Content

Let's know about the project.

Slab Design and Detailing.

Static Check & Member sizing.

Earthquake & Base Shear Calculation.

Iterations for Regular Building.

About the Problem Statement.

Comparisons between Regular and Building on a Slope

Frame Participation and Short Column Effects.

Finalized Structural System and it's Result Interpretations

Elements Detailing and Conclusion.