The book "Fundamentals of Practical Strength of Crystals" by A. Stepanova is a fascinating and deep immersion into the world of crystalline structures and their mechanical properties. This work will become an indispensable assistant for students, graduate students and specialists in the field of materials science, physics and engineering. If you are interested in how crystals behave under the influence of various loads, what are their strength limits and how this knowledge can be applied in real life, then this book is exactly what you need. Stepanov, known for his scientific works and research in the field of crystallography, offers readers a unique look at the strength of crystalline materials. He not only explains the theoretical foundations, but also shares practical examples that make the material more accessible and understandable. The book covers a wide range of topics, ranging from the basics of the crystal lattice to the complex mechanisms of destruction, which makes it interesting for both beginners and experienced specialists. The topics raised in the book range from the structure of crystals to their behavior under different conditions. Stepanov considers the influence of temperature, pressure and other factors on the strength of crystalline materials Readers will be able to learn about such concepts as dislocations, deformation and mechanisms of destruction, which will allow them to better understand how these processes occur at the atomic level. This information can be especially useful for those working in the field of new materials development, as well as for engineers involved in the design and testing of structures. The book “Fundamentals of Practical Strength of Crystals” will be of interest not only to students and researchers, but also to practicing engineers who want to deepen their knowledge of the materials with which they work. It is suitable for those who strive for professional growth and want to be aware of modern achievements in the field of materials science. If you are engaged in the design, construction or development of new technologies, this book will become your reliable assistant. Stepanov has a unique style of presentation, which combines scientific rigor and accessibility. His ability to explain complex concepts in simple language makes the book understandable even for those who are just beginning to get acquainted with this topic. The author also uses many illustrations and graphs, which helps to visualize the material and better absorb the information. This makes reading not only informative, but also fascinating. If you are looking for books on a similar topic, you may be interested in works such as "Crystals and their properties" or "Materials: structure and properties" - they also cover important aspects of materials science and can complement your knowledge. Searches that may lead you to this book include “crystal strength,” “material science,” “crystal structures,” “material mechanics,” and “crystal physics.” In conclusion, “Fundamentals of Practical Strength of Crystals” is not just a book, but a whole world of knowledge that will open before you. It will help you understand how crystals affect our lives and what opportunities they offer in science and technology. If you want to expand your horizons and deepen your knowledge of material strength, this book will be your faithful companion along the way. Do not miss the chance to touch science and discover the amazing world of crystals!