The book "Intensification of heat transfer in forced convection" by B. N. Afanasyeva is an in-depth and comprehensive study devoted to one of the key topics in the field of heat exchange and thermodynamics. This work will be of particular interest to specialists, graduate students and students studying thermal physics, engineering mechanics and related disciplines. In it, the author shares his knowledge and experience, offering readers unique approaches to the intensification of heat transfer, which can be useful both in scientific research and in practical application. The book covers a wide range of issues related to forced convection - a process that plays an important role in various industries, from energy to climate technology. In. N. Afanasyev not only explains the basic principles and theories, but also offers new methods and solutions that can significantly improve the efficiency of heat exchange. Readers will be able to learn about the latest developments in this field, as well as how to put this knowledge into practice. The topics raised in the book are relevant and in demand, especially in light of current challenges, such as the need to improve energy efficiency and reduce environmental burden. The author examines various aspects of heat transfer, including the influence of geometry and materials on the convection process, as well as methods of numerical modeling, which makes the book useful for both theorists and practitioners. Style B. N. Afanasyeva is distinguished by clarity and accessibility, which allows readers to easily assimilate even the most complex concepts. His previous works, such as Heat Exchange in Forced Convection Systems and Thermodynamics and Heat Exchange, have already established themselves as valuable sources of information for students and researchers. In this book, the author continues the tradition of accessible presentation of complex topics, which makes it an ideal choice for those who want to deepen their knowledge in the field of thermal physics. The book will be of interest not only to students and graduate students, but also to engineers working in the field of design and optimization of heat exchange systems. It is suitable for those who are looking for new ideas to improve the efficiency of their projects, as well as for those who want to be aware of current trends and technologies in the field of heat dissipation. Readers interested in topics such as thermodynamics, fluid mechanics, and heat transfer will find many useful and practical recommendations in this book. In conclusion, “Intensification of heat transfer during forced convection” is not just a book, but a real guide to the complex but fascinating world of heat exchange. It offers readers the opportunity not only to learn about new methods and approaches, but also to be inspired by their own research and development. If you want to expand your knowledge in the field of thermal physics and learn how modern technologies can help in solving urgent problems, this publication will become an indispensable resource for you.