Contents

pp vii-xvi

Preface

pp xvii-xix

Acknowledgements

pp xx-xx

Notation

pp xxi-xxix

Acknowledgements for tables and diagrams

pp xxx-xxx

Acronyms and abbreviations

pp xxxi-xxxii

Part I - Reinforced concrete

pp 1-2

1 - Introduction

pp 3-11

2 - Design properties of materials

pp 12-17

3 - Ultimate strength analysis and design for bending

pp 18-73

4 - Deflection of beams and crack control

pp 74-98

5 - Ultimate strength design for shear

pp 99-122

6 - Ultimate strength design for torsion

pp 123-135

7 - Bond and stress development

pp 136-147

8 - Slabs

pp 148-209

9 - Columns

pp 210-244

10 - Walls

pp 245-258

11 - Footings, pile caps and retaining walls

pp 259-316

Part II - Prestressed concrete

pp 317-318

12 - Introduction to prestressed concrete

pp 319-328

13 - Critical stress state analysis of beams

pp 329-347

14 - Critical stress state design of beams

pp 348-366

15 - Ultimate strength analysis of beams

pp 367-377

16 - End blocks for prestressing anchorages

pp 378-386

Appendix A - Elastic neutral axis

pp 387-388

Appendix B - Critical shear perimeter

pp 389-390

Appendix C - Development of an integrated package for design of reinforced concrete flat plates on personal computer

pp 391-397

Appendix D - Strut-and-tie modelling of concrete structures

pp 398-412

Appendix E - Australian Standard precast prestressed concrete bridge girder sections

pp 413-415