About this book:

*Concrete Technology and Rehabilitation* provides a comprehensive technical roadmap for managing the lifecycle of concrete infrastructure, from initial material science to advanced structural forensics. The book bridges the gap between theoretical cement chemistry and practical field application, beginning with an in-depth look at microstructure, performance-based mix design, and the role of supplementary cementitious materials. It establishes a rigorous framework for durability, treating service life modeling and reliability-based design not as afterthoughts, but as essential objectives for modern engineering projects.

The text places heavy emphasis on diagnostic precision, offering detailed guidance on non-destructive testing (NDT), electrochemical corrosion analysis, and subsurface imaging technologies like GPR and Infrared Thermography. By framing condition assessment as a root-cause investigation, the book ensures that readers can distinguish between superficial symptoms and underlying mechanisms such as chloride ingress, carbonation, and ASR. This diagnostic rigor informs the selection of targeted repair strategies, including specialized crack injection, high-performance overlays, and innovative strengthening systems using FRP and UHPC.

Designed for practitioners, researchers, and asset managers, the book concludes with a focus on the economic and operational realities of rehabilitation. It covers essential topics in construction management, quality assurance, and safety, while providing a robust framework for lifecycle costing and risk-based maintenance planning. Through detailed real-world case studies across buildings, bridges, and industrial facilities, *Concrete Technology and Rehabilitation* demonstrates how to implement defensible, cost-effective strategies that extend the service life of aging assets in a sustainable manner.

What You'll Find Inside:

• Transitioning from prescriptive to performance-based mix designs to enhance concrete durability and sustainability.
• Diagnostic methodologies for identifying root causes of deterioration, including chloride ingress, carbonation, ASR, and freeze-thaw cycles.
• Applications of non-destructive testing (NDT) such as GPR, Ultrasonic Pulse Velocity, and Infrared Thermography for subsurface imaging.
• Advanced electrochemical repair strategies including Cathodic Protection, chloride extraction, and re-alkalization to arrest reinforcement corrosion.
• Structural strengthening techniques using Fiber-Reinforced Polymers (FRP), Ultra-High-Performance Concrete (UHPC), and external post-tensioning.

Who's It For:

This book is designed for civil and structural engineers, forensic investigators, and infrastructure asset managers responsible for the maintenance of concrete structures. It also serves as a comprehensive reference for contractors specializing in rehabilitation and students seeking a practical bridge between materials science and field-ready repair strategies. It is particularly beneficial for those managing aging assets in harsh environments like bridges, parking garages, and marine facilities.