The method of finite elements by Varvak P. M. and his colleagues is a fascinating and deep dive into one of the most significant topics of modern engineering analysis This publication will become a real guide for students, graduate students and practicing engineers who want to master the finite element method (CIE) and apply it in various fields of science and technology. The finite element method is a powerful tool that allows solving complex problems of mechanics, thermodynamics and other disciplines related to the analysis of structures and materials. In the book, the authors explain in detail the basic principles and algorithms underlying MCE, and illustrate their application to real-world examples. The reader will be able to learn how the method helps in the design and analysis of structures, ranging from simple tasks to complex engineering systems. One of the key features of this book is its accessibility to a wide audience. Despite the technical complexity of the topic, the authors strive to make the material understandable and fascinating. This is achieved through a clear presentation, many illustrations and practical examples that help the reader to better assimilate the material. The book is suitable for both students of technical universities and for experienced specialists who want to refresh their knowledge and master new approaches in the field of ICE .. The topics raised in the book cover a wide range of issues, from the basics of mathematical modeling to complex computational methods. The authors discuss both theoretical aspects of the method and practical applications, making the book particularly valuable for engineers working in areas such as construction mechanics, aerospace engineering, and mechanical engineering. Readers will be able to learn about modern software tools that use the finite element method, and how to correctly interpret the results. Style Varvaka P. M. and his team is clear and logical. The authors use many examples from real practice, which makes the material not only theoretically sound, but also practically applicable. The book also contains exercises and tasks that will help the reader to consolidate the knowledge gained and develop the skills necessary for the successful application of the finite element method. If you are looking for literature that will help you understand the complex aspects of mechanics and structural analysis, then the Finite Element Method will be an excellent choice. This book will be interesting not only for students and graduate students, but also for practicing engineers who want to improve their skills and expand the horizons of their knowledge. It can also attract the attention of researchers working in the field of numerical methods and their applications. In conclusion, The Finite Element Method is not just a textbook, but a real encyclopedia of knowledge that will help you understand the principles of the method and its application in real-world tasks. Read, explore and discover new horizons in the world of engineering analysis with Varvak P. M. and his colleagues!