Reinforced Concrete Design 4th Edition – Ebook PDF Instant Download/Delivery, ISBN: 9789354601033, 9354601030,9789354601026, 9354601022
Product detail:
- ISBN 10: 9354601030
- ISBN 13: 9789354601033
- Author: S Unnikrishna Pillai
This book on Reinforced Concrete Design has undergone regular revisions following its first publication in 1998 – in order to keep pace with developments in theory and practice, and corresponding periodic revisions and updates of related Codes. This book lays great emphasis on conceptual clarity and strength in fundamentals. This edition has undergone many structural and conceptual revision. It comes with two new chapters and the extant chapters have been thoroughly reviewed and revised. It is also relevant for post-graduate students, instructors and practising engineers. Salient Features: 1. 2 additional chapters a. Design of liquid storage tanks b. Estimation of wind and seismic forces on buildings 2. Addition of exhaustive List of Symbols 3. Inclusion of Learning Objectives at the beginning of each chapter 4. Margin Notes callouts giving relevant key insights to the topics 5. Chapter-end pedagogical features a. Set of stimulating ‘Review Questions’ and ‘Multiple Choice Questions’ b. Exhaustive set of problems (with answers for ‘analysis’ type problems) c. Extensive references to enable further research d.
Table of contents:
- 1 Reinforced Concrete Structures
- 2 Basic Material Properties
- 3 Basic Design Concepts
- 4 Behaviour in Flexure
- 5 Design of Beams and One-Way Slabs for Flexure
- 6 Design for Shear
- 7 Design for Torsion
- 8 Design for Bond
- 9 Analysis for Design Moments in Continuous Systems
- 10 Serviceability Limit States: Deflection and Cracking
- 11 Design of Two-Way Slab Systems
- 12 Design of Staircases
- 13 Design of Compression Members
- 14 Design of Footings and Retaining Walls
- 15 Good Detailing and Construction Practices
- 16 Special Provisions for Earthquake-Resistant Design
- 17 Selected Special Topics
- 18 Design of Liquid Storage Tanks
- 19 Estimation of Wind and Seismic Forces on Buildings