The book "Thermomechanical deformation and destruction of structural elements from heterogeneous anisotropic materials" by Yu. A. Chigareva is a unique work that immerses the reader in the complex and fascinating world of material mechanics and engineering science. This work will become an indispensable assistant for students, graduate students, as well as practicing engineers and scientists interested in the issues of strength and stability of structures, especially in conditions of thermal and mechanical influences. In his book, Chigarev explores thermomechanical processes that affect the behavior of anisotropic materials that have heterogeneous properties in various directions. This is especially true for modern construction and manufacturing technologies, where composite materials with unique characteristics are used. The author examines in detail the mechanisms of deformation and destruction, which allows the reader to understand more deeply how various factors, such as temperature and mechanical loads, affect the durability and reliability of structures. The book will be of interest not only to specialists in the field of mechanics, but also to those who are engaged in the design and analysis of structures operating in extreme conditions. Civil engineers, mechanics, as well as researchers in the field of materials science will find in this work many useful ideas and practical recommendations. Readers interested in modern technology and innovation in construction will also appreciate the in-depth analysis presented in the book. The topics raised in the book cover a wide range of issues, such as the effect of temperature on the mechanical properties of materials, methods for calculating the strength and stability of structures, as well as modern approaches to modeling thermomechanical processes. Chigarev not only shares theoretical knowledge, but also offers practical solutions, which makes his work especially valuable for practitioners. The book also contains many examples and illustrations that help to better absorb the material and apply it in practice. The author's style is clear and accessible, which allows the reader to easily perceive even the most complex concepts. Chigarev actively uses examples from real practice, which makes his work not only theoretically sound, but also practically applicable. It is important to note that the author has a wealth of experience in the field of mechanics and materials science, which gives his research additional value. His previous work has also earned recognition in the scientific community, and this book will not be an exception. If you are looking for a book that will help you understand the intricacies of thermomechanical behavior of anisotropic materials and their impact on structures, then “Thermomechanical deformation and destruction of structural elements from heterogeneous anisotropic materials” is exactly what you need. It will not only expand your knowledge, but also inspire new ideas and projects. Do not miss the opportunity to deepen your knowledge in the field of mechanics and materials science with this fascinating and informative publication, which will become your reliable companion in the world of engineering solutions.