Application of the direct design method for flat slabs.
This book is designed as a practical guide for students, focusing on a step-by-step learning approach. Its key features include:
Design of underground, resting on ground, and elevated overhead water tanks (Intze tanks).
: Strictly adheres to the IS 456-2000 codal provisions for plain and reinforced concrete.
by S.S. Bhavikatti (officially titled Advance R.C.C. Design - R.C.C. Volume II ) is a standard textbook for civil engineering students and practicing engineers in India . It focuses on complex structural elements that go beyond the basic components covered in introductory courses . Core Focus and Methodology advanced rcc design ss bhavikatti pdf
If you can share which of these topics you're most focused on, I can point you toward more specific resources to help with your studies.
When simple isolated footings are insufficient due to poor soil bearing capacity or heavy structural loads, advanced foundations are required.
Deeply ribbed slabs ideal for large public halls and commercial complexes.
Easily jumping to specific equations, design constants, or reinforcement detailing charts during active drafting or software verification. Application of the direct design method for flat slabs
To solidify your understanding of advanced RCC design, start with official textbooks and pair them with the relevant for practical application.
For civil engineering students, structural engineers, and faculty members in India, the name Dr. S.S. Bhavikatti is synonymous with clarity and structural design fundamentals. His book, , is a foundational text that bridges the gap between theoretical knowledge and practical application.
| Chapter Name | Description | | :--- | :--- | | | Design of flat slab systems commonly used in parking garages and commercial buildings. | | Yield Line Analysis of Slabs | An advanced method for ultimate load analysis of reinforced concrete slabs. | | Design of Circular and Odd Shaped Slabs | Covers slabs with unconventional geometries like those with circular openings or curved edges. | | Continuous Beams | Advanced analysis and design of statically indeterminate multi-span beams. | | Design of Grid Floors | Design of a network of intersecting beams forming a grid floor system. | | Portal Frames | Design of rigid-jointed portal frames, common in industrial and warehouse buildings. | | Building Frames | Advanced design principles for multi-story building frames with complex loading. | | Concrete Corbels | Design of short-haunched cantilevers (corbels) often used to support beams at columns. | | Combined Footings | Design of footings supporting two or more columns in a single foundation. | | Retaining Walls | Analysis and design of retaining walls to resist lateral earth pressure. | | Bunkers and Silos | Design of structures used for storing granular materials like grain or cement. |
Here’s a quick overview of the two volumes: : Strictly adheres to the IS 456-2000 codal
The "Advanced RCC Design" text is famous for its wealth of solved problems. These examples don't just provide answers; they explain the why behind specific reinforcement choices, helping students develop an intuition for structural behavior. 4. Yield Line Theory
Structural members where the clear span-to-overall depth ratio is less than 2.0 (for simply supported) or 2.5 (for continuous). Design relies heavily on the Strut-and-Tie model.
Applied to shallow bins (bunkers) where the plane of rupture meets the top horizontal surface of the material.