Reinforced Concrete Design by S Unnikrishna Pillai and Devdas Menon

REINFORCED CONCRETE DESIGN

BY S UNNIKRISHNA PILLAI AND DEVDAS MENON

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ABOUT THE BOOK

REINFORCED CONCRETE DESIGN 

AUTHORS : S UNNIKRISHNA PILLAI AND DEVDAS MENON

PUBLISHERS : McGRAW HILL PUBLISHERS

INTRODUCTION TO THE BOOK

Traditionally, the study of reinforced concrete design begins directly with a chapter on materials, followed by chapters dealing with design. In this book, a departure is made from that convention. It is desirable for the student to have first an overview of the world of reinforced concrete structures, before plunging into the finer details of the subject.

Accordingly, this chapter gives a general introduction to reinforced concrete and its applications. It also explains the role of structural design in reinforced concrete construction, and outlines the various structural systems that are commonly adopted in buildings.

That concrete is a common structural material is, no doubt, well known. But, how common it is, and how much a part of our daily lives it plays, is perhaps not well known or rather, not often realised. Structural concrete is used extensively in the construction of various kinds of buildings, stadia, auditoria, pavements, bridges, piers, breakwaters, berthing structures, dams, waterways, pipes, water tanks, swimming pools, cooling towers, bunkers and silos, chimneys, communication towers, tunnels, etc. It is the most commonly used construction material, consumed at a rate of approximately one ton for every living human being. Man consumes no material except water in such tremendous quantities

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 Topic

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Reinforced Concrete Design by W.H.Mosley and J.H.Bungey Free Download PDF

REINFORCED CONCRETE DESIGN

BY W.H.MOSLEY AND J.H.BUNGEY

FREE DOWNLOAD PDF

ABOUT THE BOOK

REINFORCED CONCRETE DESIGN

AUTHORS : W.H.MOSLEY AND J.H.BUNGEY

The purpose of this book is to provide a straightforward introduction to the principles and methods of design for concrete structures. It is directed primarily at students and young designers who require an understanding of the basic theory and a concise guide to design procedures. Although the detailed design methods are generally according to British Standards . much of the theory and practice is of a fundamental nature and should, therefore. be useful to engineers in other countries. Limit state concepts, as recently introduced in the new Codes of Practice , are used and the calculations are in SI units throughout. The subject matter has been arranged so that chapters 1 to 5 deal mostly with theory and analysis while the subsequent chapters cover the design and detailing of various types of member and structure. In order to include topics that are usually in an undergraduate course, there is a chapter on earth-retaining and water-retaining structures, and also a final chapter on prestressed concrete. Important equations that have been derived within the text are highlighted by an asterisk adjacent to the equation number. In preparing the fourth edition of this book, the principal aim has been to incorporate new information relating to the design of water-retaining structures, as proposed by British Standard BS 8007. The remainder of the text, which relates to BS 8 110 , remains essentially unchanged with only very minor amendments.- Preface by author


CONTENTS

1. Properties of Reinforced Concrete
2. Limit State Design
3. Analysis of the Structure
4. Analysis of the Section
5. Shear, Bond and Torsion
6. Serviceability, Durability and Stability Requirements
7. Design of Reinforced Concrete Beams
8. Design of Reinforced Concrete Slabs
9. Column Design
10. Foundations
11. Water-retaining Structures and Retaining Walls
12. Prestressed Concrete

DETAILED CONTENTS

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