The book "The method of finite elements in engineering" by Zenkevich is an outstanding work that opens the world of modern methods of numerical analysis and their application in engineering sciences to the reader. This work will become an indispensable tool for students, graduate students, engineers and anyone interested in mechanics, construction and other technical disciplines. In his book, Zenkevich examines in detail the finite element method (CIE) a powerful tool that allows you to solve complex problems associated with the analysis of structures and materials. This method has become the basis for many modern technologies, from the design of buildings to the development of new materials. The author explains how with the help of ICE it is possible to simulate the behavior of various systems under the influence of external forces, temperature and other factors, which allows to significantly reduce the time and resources for experimental research. The book is not only a theoretical guide, but also a practical manual. Zenkevich shares his knowledge and experience using many examples and tasks, which makes the material accessible and understandable. Readers will be able to see how to apply the finite element method in practice, which is especially important for those who want to deepen their knowledge in engineering and scientific research. This work will be of interest not only to students of technical specialties, but also to professional engineers working in the field of mechanics, construction design, aerodynamics and many other areas. If you are looking for a book that will help you to master the complex aspects of numerical modeling and analysis, then the “method of finite elements in engineering” will be a real find for you. The topics raised in the book cover a wide range of issues, including the basics of mathematical modeling, numerical methods, as well as practical applications of the MCE in various fields of engineering. Zenkevich focuses on the importance of accuracy of calculations and the correct choice of model parameters, which is key for the successful application of the method. Readers will be able not only to learn about the theoretical foundations, but also to see how this knowledge can be used to solve real engineering problems. The author's style is characterized by accessibility and clarity of presentation. Zenkevich is able to explain complex concepts in simple language, which makes his book especially valuable for beginners. He also actively uses graphic illustrations and diagrams, which helps to visualize complex ideas and facilitates understanding of the material. In addition to the "method of finite elements in engineering", Zenkevich is the author of many other works devoted to numerical methods and their application in engineering. His books and articles are respected in academia and are often recommended for study at universities. If you are interested in topics such as numerical methods, engineering design, material mechanics or just want to expand your knowledge in the field of modern technologies, then this book will be an indispensable source of information for you. Do not miss the opportunity to immerse yourself in the world of the finite element method and discover new horizons in engineering practice.