The book “Structural Heredity in Steel”, written by a team of authors, is a fascinating and in-depth study that immerses the reader in the world of materials science and metallurgy. This work will be a real find for students, graduate students, researchers and practicing engineers interested in the properties and behavior of steel, as well as those mechanisms that affect its structure and characteristics. The book focuses on the concept of structural heredity, which describes how the prior states of a material affect its subsequent properties. The authors, each an expert in their field, investigate how various factors, such as temperature, cooling rate, and mechanical loads, influence the formation of steel structure. The reader will be able to learn about how these processes occur at the microscopic level and how they can be used to improve the quality and durability of steel products. The book not only provides theoretical foundations, but also supports them with practical examples and experimental data. This makes it especially valuable for those who want not only to study theory, but also to put knowledge into practice. The authors share their research and findings, which allows the reader to see how the science of materials is evolving and how new technologies can change the approach to steel production and processing. “Structural heredity in steel” will be of interest not only to specialists in the field of metallurgy, but also to a wide range of readers interested in science and technology. If you are an engineering student or a professional working in the field of mechanical engineering, this book will become an indispensable source of knowledge for you. It can also attract the attention of those who are interested in innovation in production and seek to understand how science can influence everyday life. The topics raised in the book cover a wide range of issues, from the basics of metallurgy to modern steel processing technologies. The authors discuss how structural changes in steel can affect its mechanical properties, such as strength, hardness, and ductility. They also consider the impact of external factors, such as corrosion and material fatigue, on the durability of steel products. This information will be useful not only for scientific research, but also for practical applications in industry. The style of the authors is distinguished by clarity and accessibility, which makes complex concepts understandable to a wide audience. They skillfully combine theoretical aspects with practical examples, which allows the reader to easily assimilate the material. The team of authors working on this book consists of leading specialists in the field of materials science, which gives the work additional value and authority. If you are looking for books on metallurgy, materials science or engineering, Structural Heredity in Steel will be a great addition to your library. It will not only expand your knowledge, but also inspire new ideas and projects. Read this book if you want to understand how materials science can change the future of technology and industry.