The book "To the finite element solution of geometrically nonlinear problem of elasticity theory" written by E. and . Grigolyuk and P. I. Nosatenko, represents a significant contribution to the field of mechanics and engineering sciences. This publication will be particularly interesting to those who seek to deepen their knowledge in the theory of elasticity and the application of numerical methods to solve complex problems. The authors, possessing rich experience in scientific and practical activities, offer the reader a unique view of geometrically nonlinear tasks, which makes the book relevant for both students and professionals in the field of mechanics. The main theme of the book is to investigate and solve geometrically nonlinear problems arising in the theory of elasticity. The authors consider in detail the methods that allow the effective application of finite element analysis to solve such problems, which is an important aspect in modern engineering design. The book covers a wide range of topics, ranging from mathematical foundations to practical examples, making it an indispensable tool for engineers and scientists working in the field of mechanics of materials and structures. Readers interested in mechanics, engineering, as well as technical students will find in this book many useful ideas and practical recommendations. It will be especially useful for those engaged in design and analysis of structures, where it is important to take into account nonlinear effects, such as large deformations and complex loads. The book will also be of interest to graduate students and researchers who want to expand their knowledge in the field of numerical methods and their applications in mechanics. The authors, Grigolyuk and Nosatenko, are known for their scientific work and research in the field of mechanics and elasticity theory. Their writing style is clear and accessible, making it easy for the reader to grasp complex concepts. In the book, they use many illustrations and examples, which makes the material more clear and understandable. This approach helps not only to understand the theoretical aspects, but also to see how they are applied in practice. The book raises important topics, such as the effect of geometric nonlinearity on the behavior of materials and structures, as well as methods of numerical analysis, which allow more accurate modeling of real conditions. These aspects are particularly relevant in light of current design and analysis requirements, where accuracy and reliability play a key role. The authors emphasize the importance of choosing the right methods and approaches for solving specific problems, which makes the book a valuable resource for practicing engineers. If you are looking for literature that will help you understand the complex aspects of elasticity theory and teach you how to apply modern numerical methods, then "To the finite element solution of the geometrically nonlinear elastic theory problem" will be an excellent choice. This book will not only enrich your knowledge, but also inspire new ideas and solutions in your professional activities. Do not miss the opportunity to get acquainted with the work of authors who are recognized experts in their field, and discover the world of geometrically nonlinear mechanics, which is full of opportunities and challenges.