Cracking in buildings

목차 (Table of Contents)

• 자료제공 :
• Preface to the First EditionPreface to the Second Edition
• PART I: THE SCIENCEIntroduction to Part I1 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 Reactions2 The Mechanism of Cracking3 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 SCIENCE4 Temperature-induced Size Changes-4.1 Walls and Cladding-4.2 Flat Roofs5 Moisture-induced Size Changes-5.1 Walls-5.2 Floors6 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 Concrete7 Cracking Due to Foundation Movements-7.1 Design-7.2 Diagnosis-7.3 Remedial Work8 Other Causes of Cracking-8.1 Mechanical Damage-8.2 Vibration Damage-8.3 Indirect Damage-8.4 Frost Damage9 References10 Further Reading
• PART III: APPENDICESAppendix A: Classification of Visible Damage to Walls with Particular Reference to Ease of Repair of Plaster and MasonryAppendix B: Crack Investigation - a Suggested Approach