Modeling of oscillatory processes in machines . Parametric oscillations, auto-fluctuation", written by the author's team as part of Kudin V. In. , Astakhova E. and . and Avsievich A. M. , is a real treasure for specialists in the field of mechanics, mechanical engineering and applied physics. This publication not only covers the theoretical aspects of oscillatory processes, but also offers practical solutions, making it an indispensable tool for both students and professionals. The book immerses the reader in the world of vibrations, studying their nature and influence on the work of machines. It deals with both parametric oscillations and auto-fluctuations, which allows you to get a complete picture of the dynamic processes occurring in mechanical systems. The authors explain in detail how fluctuations can affect the efficiency of machines, their reliability and durability. This knowledge is especially relevant for engineers involved in the design and optimization of machines and mechanisms. For whom is this book intended? It will be interesting not only for students of technical specialties, but also for graduate students, teachers, as well as practicing engineers and researchers working in the field of mechanics and dynamics . If you are passionate about topics related to oscillatory processes, vibrations and their impact on structures, then this edition will be a real find for you. The book can also attract the attention of specialists working in related fields, such as robotics, aviation and automotive. The themes raised in the book are diverse and multi-faceted. The authors emphasize the importance of understanding oscillatory processes to improve the reliability and safety of machines. They discuss modeling techniques to predict the behavior of systems under fluctuation conditions, which is a key aspect in the design of modern machines. In addition, the book addresses issues related to the dynamic loads that may occur during operation, and offers solutions to minimize them. The style of the authors is distinguished by clarity and accessibility of the presentation, which makes even complex concepts understandable to a wide audience. Kudin, Astakhov and Avsievich use many illustrations and examples from practice, which helps the reader to better assimilate the material and apply it in practice. Their experience and deep knowledge in the field of mechanics make this book not only a textbook, but also a valuable reference material. If you are looking for literature on oscillatory processes, then “Modeling oscillatory processes in machines” will be a great addition to your library. The book may be useful for those interested in works such as Dynamics of Machines and Mechanisms or Vibration in Mechanical Systems. It will also be interesting for those who are looking for information on topics related to dynamics, mechanics and oscillation theory. In conclusion, this edition is not just a book, but a whole world of knowledge that awaits its reader. Immerse yourself in the study of oscillatory processes together with Kudin, Astakhov and Avsievich, and you will discover new horizons in understanding the mechanics and dynamics of machines. Do not miss the opportunity to enrich your knowledge and skills that will help you in your professional activities!