Fundamental Problems of Modeling Turbulent and Biphasic Currents . Volume 1. Theory and experiment”, published by the team of authors, represents a significant achievement in the field of fluid mechanics and mathematical modeling. This work is not only a textbook, but also a real reference for researchers, engineers and students interested in the complex processes occurring in liquids and gases. In the first volume of the book, the authors immerse the reader in the world of turbulent and biphasic currents, revealing their basic principles and mechanisms. From the first pages it becomes clear that the work covers both theoretical aspects and practical experiments, which makes it an indispensable source of knowledge for everyone who seeks to understand how different phases in dynamic systems interact. The book addresses key issues such as flow modeling, the influence of external factors on the flow, and analysis and visualization techniques that allow the reader to gain a complete understanding of the subject. This book will be of particular interest to students and graduate students of technical specialties, as well as practicing engineers and researchers engaged in research in the field of hydrodynamics, aerodynamics and related disciplines. If you are passionate about physics, mathematics or engineering, the Fundamental Problems of Modeling Turbulent and Biphasic Currents will be a valuable resource for you to help deepen your knowledge and broaden your horizons of understanding complex processes. The topics raised in the book cover a wide range of issues, including turbulence theory, numerical modeling methods, and experimental approaches to the study of currents. The authors emphasize the importance of integrating theory and practice, which allows the reader not only to understand the theoretical foundations, but also to see how they are applied in real conditions. This makes the book particularly relevant in light of the current challenges facing the scientific community, such as the need to develop effective technologies in the fields of energy, ecology and materials science. The style of the authors is distinguished by clarity and consistency, which allows even complex concepts to be presented in an accessible language. The book is replete with illustrations, graphs and examples, which makes the material more visual and understandable . The team of authors includes leading specialists in the field of fluid mechanics, which guarantees a high level of scientific reliability and relevance of the presented data. Other well-known works that may interest readers include Turbulent Currents and Multicomponent Flow Modeling, which also explore similar topics, but with a focus on different aspects and approaches. These books will help you deepen your knowledge and broaden your horizons in the field of hydrodynamics. In conclusion, "Fundamental problems of modeling turbulent and biphasic currents . Volume 1. Theory and experiment" is not just a book, but a whole encyclopedia of knowledge, which will become an indispensable assistant for all who seek to understand the complex mechanisms of currents. If you are looking for a source of inspiration and new ideas in the field of fluid mechanics, this book definitely deserves your attention. Immerse yourself in the world of turbulence and discover new horizons of scientific knowledge!