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Cracking in buildings (BR 292 2e 2016)

Cracking in buildings (BR 292 2e 2016)

by Ron Bonshor, Lesley Bonshor, Roger Sadgrove (31-Mar-2016)

£40.00

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Book Description

Cracks are inevitable in virtually all types of construction because of the kind of materials we use, the ways in which we use or misuse them and the service conditions that our buildings experience. Nevertheless, cracks are often unsightly and, to the uninitiated, may be a sign of serious problems. Whether a crack is cause for concern or not, of course, depends on circumstances, and whether subsequent action is needed depends on correct diagnosis of the nature of the problem that brought it about.

This book, first published in 1996, sets out basic information on the science of materials behaviour, which is relevant to understanding how and why cracks occur. Given that understanding, much can be done to avoid their occurrence, and to diagnose their cause and repair them so that they do not recur.

This second edition updates references and any aspects of the methodology that have changed since the first edition was published. It is hoped that readers will find merit in this book in that it collects relevant information into one source, treats cracking in buildings as a subject in its own right and provides a systematic approach to whatever is the reader’s role in the building business. Its content should therefore be of interest to all who own, occupy, design, build and maintain buildings.

Contents:
List of figures, tables and boxes
Preface to the first edition
Preface to the second edition

PART I: THE SCIENCE
Introduction to Part I
1 The causes of size changes
-1.1 Temperature-induced size changes
-1.2 Moisture-induced size changes
-1.3 Size changes induced by simultaneous temperature and moisture content changes
-1.4 Size changes induced by chemical reactions
2 The mechanism of cracking
3 Joints as safeguards against cracking
-3.1 Movement joints
-3.2 Assembly joints
-3.3 Inaccuracies in building
-3.4 Joints and accuracy
-3.5 Joints and fixings

PART II: APPLYING THE SCIENCE
4 Temperature-induced size changes
-4.1 Walls and cladding
-4.2 Flat roofs
5 Moisture-induced size changes
-5.1 Walls
-5.2 Floors
6 Chemically induced size changes
-6.1 Corrosion of metals
-6.2 Sulfate attack
-6.3 Hydration and carbonation
-6.4 Alkali-aggregate reaction
-6.5 Conversion in high alumina cement concrete
7 Cracking due to foundation movements
-7.1 Design
-7.2 Diagnosis
-7.3 Remedial work
8 Other causes of cracking
-8.1 Mechanical damage
-8.2 Vibration damage
-8.3 Indirect damage
-8.4 Frost damage
9 References
10 Further reading

PART III: APPENDICES
Appendix A: Classification of visible damage to walls with particular reference to ease of repair of plaster and masonry
Appendix B: Crack investigation - a suggested approach

Related titles:

BRE Good Building Guides and Good Repair Guides:a library of information for all construction professionals (AP 281)

Roofs and roofing: performance, diagnosis, maintenance, repair and the avoidance of defects (BR 504, 3rd edn)

Floors and flooring: performance, diagnosis,maintenance, repair and the avoidance of defects (BR 460, 2nd edn)

Foundations, basements and external works:performance, diagnosis, maintenance, repair and theavoidance of defects (BR 440)

Building services: performance, diagnosis, maintenance,repair and the avoidance of defects (BR 404)

Walls, windows and doors: performance, diagnosis,maintenance, repair and the avoidance of defects (BR 352)

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