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Corrosion of Steel in Concrete: Understanding, Investigation and Repair is a guide for designing, constructing and maintaining reinforced concrete structures, such as buildings and bridges which are subject to reinforcement corrosion. It presents the basics of theory and practice in steel corrosion in concrete and reviews the latest research and developments, such as progress on measuring the corrosion threshold for chloride-induced corrosion.
This third edition compares the currently proliferating major national and international standards and guidance documents. New developments are considered, such as hybrid anodes for electrochemical treatment and the latest research and developments in assessment, such as the use of ground penetrating radar to measure the chloride content of the concrete cover. It overhauls coverage of electrochemical repair and rehabilitation techniques and outlines recent innovations in structural repair and construction and investigates their implications for durability.
The book is ideal for practitioners and graduate students in structural engineering and concrete technology.
List of contents
1. Introduction 2. Corrosion of Steel in Concrete 3. Causes and Mechanisms of Corrosion in Concrete 4. Condition Evaluation 5. Corrosion Monitoring 6. Physical and Chemical Repair and Rehabilitation Techniques 7. Electrochemical Repair Techniques 8. Rehabilitation Methodology 9. Modelling and Calculating Corrosion, Deterioration and Life Cycle Costing of Reinforced Concrete Structures 10. Design for Durability 11. Sustainability and Future Developments Appendix Sources of information on corrosion of steel in concrete
About the author
John P. Broomfield is a leading expert on the corrosion of steel in concrete structures, as a professional engineer and consultant around the world. He is the recipient of an NACE 2007 Technical Achievement Award and NACE 2017 Distinguished Service Award, and is co-editor of Cathodic Protection of Steel in Concrete and Masonry 2nd Edition
Summary
This guide for designing, constructing and maintaining RC structures now includes measurement of the threshold for chloride induced corrosion, of the chloride content of the concrete cover using ground penetrating radar, and use of hybrid anodes for electrochemical treatment, with innovations in repair and construction and durability.
