"Reinforced Concrete Designer's Handbook" by Charles E. Reynolds, James C. Steedman

Covering basic undergraduate level concepts and more advanced topics, this book includes detailed treatments of flexure, shear, development and columns at a level suitable for undergraduate use, as well as the more difficult areas of strain compatibility solutions of beams, P-[Delta] analyses of frames, strut-and-tie models, and design for earthquake resistance.

The theory of reinforced concrete design is presented as a direct application of the laws of statics and behavior of reinforced concrete.
This book emphasizes that a successful design must not only satisfy the design equations, but practical construction aspects as well.
The numerous examples are all worked out completely, step-by-step.

Contents
Preface
The authors
Introductory note regarding tenth edition
Notation
Part I
1 Introduction
2 Safety factors, loads and pressures
3 Structural analysis
4 Materials and stresses
5 Resistance of structural members
6 Structures and foundations
7 Electronic computational aids: an introduction
Part II
8 Partial safety factors
9 Loads
10 Pressures due to retained materials
11 Cantilevers and beams of one span
12 Continuous beams
13 Influence lines for continuous beams
14 Slabs spanning in two directions
15 Frame analysis
16 Framed structures
17 Arches
18 Concrete and reinforcement
19 Properties of reinforced concrete sections
20 Design of beams and slabs
21 Resistance to shearing and torsional forces
22 Columns
23 Walls
24 Joints and intersections between members
25 Structures and foundations
Appendix
A: Mathematical formulae and data
B: Metric/imperial length conversions
C: Metric/imperial equivalents for common units
References and further reading
Index

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