"Corrosion and Chemical Resistance of Materials: A Handbook" by V. N. Dyatlov, I. M. Zolotnitsky, and N. A. Dollezhal is an essential resource for professionals in materials science, engineering, and chemical technology. This comprehensive guide is a valuable find for students, researchers, and industry experts working in fields such as mechanical engineering, construction, energy, and beyond—areas where corrosion and chemical exposure can significantly impact the durability and safety of structures. Covering a wide range of topics related to the corrosion and chemical resilience of various materials, the book discusses both traditional metals and modern polymers and composites. This makes it highly relevant for specialists working with cutting-edge technologies. The authors provide in-depth analysis of corrosion mechanisms, the factors influencing material stability, and methods for assessing and enhancing resistance. Readers will learn about different types of corrosion—including electrochemical, pitting, and stress corrosion—and explore effective strategies for protecting materials from these destructive processes. Beyond theory, the handbook offers practical guidance on selecting appropriate materials for diverse operating conditions. This makes it especially useful for engineers and designers making informed decisions in their projects. It also includes information on modern testing methods, keeping readers up-to-date with the latest advances in materials research. Who will find this book most valuable? First, students studying materials and their properties will gain a solid foundation. Second, professionals involved in designing and maintaining structures will discover a wealth of useful insights to help avoid common pitfalls and improve efficiency. Lastly, researchers investigating corrosion and material science will find current, reliable data to support their scientific work. In today’s world, where material durability against corrosion and chemical attack is increasingly critical—especially amid global warming, climate change, and rising safety standards—this knowledge is more important than ever. The authors address not only technical aspects but also economic implications of material choices, making this handbook particularly relevant for managers and project leaders. The authors’ clear and accessible writing style makes even complex scientific concepts easy to understand and engaging. V. N. Dyatlov, I. M. Zolotnitsky, and N. A. Dollezhal are recognized experts in their field, and their experience and expertise lend authority to this publication. Their previous works have also been noted for high quality and practical relevance, further cementing their reputation as authorities. If you’re seeking information on the corrosion and chemical resistance of materials, aiming to deepen your knowledge in materials science, or simply interested in how to protect structures from deterioration, this handbook will be your trusted companion. Don’t miss the opportunity to explore a world where science and practical application come together to create safer, more durable materials for the future.