Table of Contents

Introduction. Physical mechanisms of concrete degradation. Chemical mechanisms of concrete degradation. Corrosion of steel reinforcement in concrete. Specification and design of durable concrete. Construction of durable concrete structures. Serviceability, repair and maintenance of concrete structures. References. Index.

About the Author

Thomas Dyer is a Lecturer in the Department of Civil Engineering at the University of Dundee, UK. He delivers on Civil Engineering Materials and on Civil Engineering Materials and the Environment

Reviews

"Concrete Durability by Thomas Dyer is a must-have guide for all professionals working in a concrete-related field. … Overall, this is a great book written in a coherent and logical format; it offers a substantial review of the subject, exploring many of the wide-ranging issues that are related to the durability of concrete."
—Proceedings of the Institution of Civil Engineers, 2016"This book is a treasure trove of information, and will appeal to all with a genuine interest in the use and versatility of this amazing material we call concrete."
—Magazine of Concrete Research"… an up-to-date reference encompassing recent standard changes this publication is useful to all parties concerned with the design, construction and maintenance of concrete structures, but is written in a literary style that makes it particularly suited to non-concrete specialists and graduate or postgraduate students. …Though slightly academic in flavour, it supplies clear explanations of typical deterioration mechanisms and provides a structured approach to design, assessment and repair."
—Concrete Journal, November 2015"The book provides a detailed and comprehensive treatment on the subject of concrete durability and, as such, is entirely suitable as a single text for an advanced level course on this subject. Proper scientific explanations are provided for each deterioration process covered and the book also gives information on how to ‘design for durability’ in new construction and how to fix (repair) durability problems in existing structures."
—Michael Thomas, University of New Brunswick, Fredericton, Canada"This is the best single author book on concrete durability that I have seen. Its real strength is not so much its extremely wide coverage of concrete durability, but that it is written in such a way that it is accessible to engineers and designers who are not necessarily experts in ce