This handbook provides a comprehensive and technically detailed examination of corrosion and its prevention, focusing on the mechanisms, behaviour, and control of material degradation in engineering environments. It develops a clear understanding of how metals and alloys interact with their surroundings, leading to deterioration under varying environmental and operational conditions. The handbook integrates scientific principles with practical engineering approaches, enabling the identification, analysis, and mitigation of corrosion-related challenges. It further explores material performance, protective strategies, and testing techniques that support durability and structural integrity. Emphasis is placed on understanding corrosion processes across different materials and environments, ensuring effective selection of protection methods. The discussion reflects contemporary advancements in materials engineering, encouraging a systematic and preventive approach to managing corrosion in industrial and technological applications.

This handbook is intended for engineers, researchers, and advanced students seeking to strengthen their expertise in materials performance and protection. It supports the development of analytical skills, technical competence, and practical insight required for effective corrosion control and long-term reliability of engineering systems.