The book “Hydrodynamics of Developed Cavitation Currents” by Ivanov is a deep and fascinating study that immerses the reader in the world of complex physical processes associated with cavitation in liquids. This work will be a real discovery for students, graduate students and specialists in the field of hydrodynamics, fluid mechanics and engineering sciences. If you are interested in topics related to fluid dynamics, or are looking for information about cavitation, then this book will become an indispensable source of knowledge for you. In his book, Ivanov explores the phenomenon of cavitation - the formation of vapor bubbles in a liquid, which can significantly affect its behavior and properties. Cavitation is not just an interesting physical process, but also a phenomenon that can have serious consequences in various fields, from shipbuilding to hydraulic systems. The author examines in detail the mechanisms leading to the formation of cavitation currents, their development and impact on the environment. The reader will be able to learn how cavitation can both contribute to and hinder the effective operation of various systems, as well as how it can be controlled and used to their advantage. The book will be especially useful for those who are engaged in the design and optimization of hydraulic machines, pumps and other devices, where cavitation can become both a friend and an enemy. Students and teachers of technical universities will find in it many useful examples and practical tasks that will help to better understand complex concepts and apply them in practice. Engineers and researchers working in the field of fluid mechanics will appreciate the in-depth analysis and innovative approaches proposed by the author. The topics raised in the book go beyond a simple description of physical processes. Ivanov touches on issues related to the stability of cavitation currents, their modeling and experimental studies. He shares his observations and conclusions based on many years of experience in this field, which makes the book not only theoretically sound, but also practical. Readers will be able to see how scientific research can be applied in real-world settings, and how knowledge about cavitation can lead to innovation in engineering. The author's style is clear and accessible. Ivanov skillfully combines complex scientific concepts with simple explanations, which allows the reader to easily absorb the material, even if he does not have deep knowledge in the field of hydrodynamics. His previous works, such as "Fundamentals of Fluid Mechanics" and "Hydrodynamics in Engineering Applications", have also earned recognition for their clear presentation and practical approach. The book “Hydrodynamics of Advanced Cavitation Currents” is not just a textbook, but a real encyclopedia of knowledge for everyone who seeks to understand and explore the world of liquids and their dynamics. It will be an excellent addition to the library of any engineer, scientist or student interested in fluid dynamics and mechanics. If you are looking for a deep yet accessible