The book "Modeling of oscillatory processes in machines" by B. In. Kudina is an in-depth and comprehensive study focusing on one of the key topics in the field of mechanics and engineering. In this work, the author not only reveals the complex aspects of oscillatory processes, but also offers readers unique methods and approaches to their modeling. This publication will become an indispensable assistant for students, graduate students and specialists working in the field of mechanics, mechanical engineering and related disciplines .. Kudin, V. In. — a well-known Russian scientist and practitioner, whose work covers a wide range of topics related to the dynamics of machines and mechanisms. His writing style is clear and accessible, which allows even complex technical concepts to be presented in an easy-to-understand form. In previous works by the author, such as Dynamics of Machines and Theory of Mechanisms, readers could see his desire for the practical application of theoretical knowledge, which is also evident in this book. In “Modeling oscillatory processes in machines”, the author focuses on the importance of understanding oscillations to improve the reliability and efficiency of machines. The book covers a wide range of topics, including the basic principles of vibrational dynamics, numerical modeling methods, and systems stability analysis. Readers will be able to familiarize themselves with different approaches to modeling, including both classical and modern methods, such as the finite element method. One of the key topics raised in the book is the impact of oscillatory processes on the performance of machines. Kudin considers in detail how fluctuations can lead to wear, destruction and decrease in equipment performance. It offers readers not only theoretical knowledge, but also practical recommendations to minimize the negative impact of fluctuations, which makes this book especially valuable for engineers and professionals working in the manufacturing sector. The book will be of interest not only to undergraduate and graduate students, but also to practicing engineers who seek to deepen their knowledge in the field of machine dynamics. It will be an excellent addition to training courses in mechanics and mechanical engineering, as well as a useful guide for professionals involved in the design and optimization of machines and mechanisms. Kudin's style, combining scientific rigor and accessibility, makes reading fascinating and informative. He skillfully uses examples from practice, which allows readers to better absorb the material and see its application in real life. In addition, the author actively uses graphic illustrations and diagrams, which greatly facilitates the perception of complex concepts and makes the learning process more interactive. If you are looking for a book that will help you to better understand the oscillatory processes in machines and learn how to model them, “Modeling oscillatory processes in machines” will be a real find for you. This work will not only expand your knowledge, but also inspire new ideas and projects in the field of mechanical engineering. Read, explore and discover the world of machine dynamics with B. In. You're awesome!