Fundamental Problems of Modeling Turbulent and Biphasic Currents . Volume 2. Numerical modeling”, created by a team of authors, is an important work in the field of hydrodynamics and numerical modeling. This volume is a continuation of the first, which has already won recognition among specialists, students and researchers engaged in the study of complex currents in various environments. The second volume of the book delves into the numerical methods used to model turbulent and biphasic currents, making it an indispensable tool for engineers, physicists, and mathematicians working in this field. The authors offer the reader a unique view on modern approaches to solving complex problems related to the dynamics of liquids and gases. They explore various numerical schemes, algorithms, and software solutions that allow for more accurate and efficient modeling of flow behavior in real-world conditions.[citation needed] The book will be especially interesting for those engaged in scientific research in the field of fluid mechanics, as well as for students and graduate students of technical and natural sciences .. If you are passionate about physics, engineering or mathematics, and want to deepen your knowledge of turbulent and biphasic currents, this volume will become a real treasure for you. It will also be useful to practicing engineers working in such industries as aerodynamics, hydraulics, oil and gas industry and ecology. The topics raised in the book cover a wide range of issues, ranging from the foundations of turbulence theory to complex models that account for the interaction of different phases in flows. The authors emphasize the importance of choosing the right numerical methods to achieve accurate results, which is critical in circumstances where even small errors can lead to significant consequences. The book also touches on model validation issues, which allows the reader to understand how to verify and confirm the results of their calculations. The style of the authors is distinguished by clarity and accessibility, which makes complex concepts more understandable to the reader. They use many examples and illustrations to illustrate key points and facilitate the perception of the material. This makes the book not only a scientific guide, but also a fascinating reading for anyone interested in modern advances in modeling. If you are looking for literature that will help you understand the intricacies of numerical modeling and deepen your knowledge of turbulent and biphasic currents, "The Fundamental Problems of Turbulent and Biphasic Current Modeling. Volume 2. Numerical modeling" will become your reliable satellite You can also pay attention to other works in this field, such as “Turbulent Currents” and “Numerical Methods in Fluid Mechanics”, which will help you expand your horizons and deepen your understanding of the topic. In conclusion, this volume is not just a collection of theoretical knowledge, but a practical guide that will help you apply the knowledge gained in practice. Do not miss the opportunity to become part of the fascinating world of numerical modeling and discover new horizons in the study of complex currents.