The book "Computational heat transfer" by the authors of Samara A. A. and Vabievi P. N. is an important work in the field of thermodynamics and heat transfer, which will be of interest to both students and practicing engineers. This work is aimed at a deep understanding of heat transfer processes and methods of their numerical modeling, which makes it an indispensable tool for all who seek to master this complex but fascinating field of science. In Computational Heat Transfer, the authors offer the reader a unique opportunity to immerse himself in the world of thermodynamic processes using modern computational methods. The book covers a wide range of topics, ranging from the basics of heat transfer theory to complex models that are used in real engineering tasks. Here you will find both theoretical foundations and practical examples that will help you better understand how to apply the knowledge gained in practice. This book will be especially useful for technical students, graduate students and young scientists who want to deepen their knowledge in the field of heat exchange and thermodynamics. Engineers working in industries such as energy, engineering, construction and others will also find in it many useful recommendations and methods that will help them in solving practical problems. Readers interested in modern computational methods and their application in engineering will appreciate the available and logical approach of the authors to the presentation of the material. One of the key themes of the book is the use of numerical methods to solve heat transfer problems. The authors consider in detail various approaches, such as the finite element method and the finite difference method, which allows the reader not only to master the theory, but also to learn how to apply it in practice. An important aspect is also the discussion of errors that may occur in the process of calculations, and ways to minimize them. This makes the book particularly valuable for practitioners who face real challenges in their work. The style of the authors is distinguished by clarity and accessibility, which makes it easy to assimilate even the most complex concepts. Samarsky A . A. and Vabievi P. N. use many illustrations and examples, which makes the material more clear and understandable. Their experience and deep knowledge in the field of heat exchange and computational methods allow us to create a really high-quality and informative manual. If you are looking for literature that will help you understand computational heat transfer, Computational Heat Transfer will become your reliable companion. This book may be of interest to those who are already familiar with the basics of thermodynamics and want to deepen their knowledge, as well as to those who are just starting their way in this area. In addition to this book, you can pay attention to other works on thermodynamics and heat transfer, such as Heat Transfer F. P. Fedorova or "Introduction to heat transfer" M. A. Lavrentieva . These works will also help you expand your knowledge and skills in this area. Thus, "Computational Heat Transfer" is not just a textbook, but a whole world of opportunities for those who want to understand and master the complex processes occurring in nature and technology. This book is sure to take a worthy place in the library of every engineer and student striving for professional growth and development.