The book "Tensions and deformations of reinforced concrete bridge structures" by I. Matarova is a unique publication that immerses the reader in the world of engineering thought and design, revealing the subtleties and nuances associated with the creation and operation of reinforced concrete bridges. This work is not just a scientific work, but a real encyclopedia, which collects knowledge and experience accumulated over the years in the field of bridge construction. The book focuses on the main aspects relating to stresses and deformations occurring in reinforced concrete structures. The author analyzes in detail the physical and mechanical properties of materials, as well as their behavior under the influence of various loads. The reader will be able to learn about how to correctly calculate the strength and stability of bridges, what factors need to be taken into account when designing, and how to avoid common mistakes that can lead to serious consequences. The book will be especially useful for students and graduate students studying civil engineering and bridge construction, as well as practicing engineers who seek to deepen their knowledge and skills in this area. It will be an excellent tool for those who are interested in modern methods of analysis and design of bridge structures, as well as for specialists working on projects in difficult geological and climatic conditions. The topics raised in the book cover a wide range of issues, ranging from basic design to modern methods of analysis and monitoring of the state of the bridges. The author emphasizes the importance of taking into account all factors affecting the durability and safety of structures, such as corrosion, material fatigue and environmental impact. In this context, the book becomes not only a tutorial, but also a practical guide for engineers working in real-world conditions. Style and . Matarova is distinguished by clarity and accessibility of presentation, which makes complex technical concepts understandable even for those who are just starting their way in engineering. His previous work has also earned recognition in the professional community, and “The stresses and deformations of reinforced concrete bridge structures” will be no exception. The author uses many examples from practice, which allows the reader to better understand the theoretical aspects and see their application in real projects. This book will become an indispensable source of knowledge for anyone who wants not only to master the basics of bridge design, but also to deepen their knowledge in the field of mechanics and materials science. It can be of interest not only to students and engineers, but also to architects, as well as to anyone interested in modern technologies in construction. In conclusion, “The stresses and deformations of reinforced concrete bridge structures” is not just a book, but a whole world of engineering solutions and innovations that awaits its reader. If you want to understand how reliable and durable bridges are built, this work will be your faithful companion in exploring this fascinating and important area.