"Numerical Methods in Heat Transfer" by Dyanmo Shi, V.I. Polezhaev, I.E. Zino, and V.L. Gryaznov is a comprehensive and innovative publication that immerses readers in the world of complex mathematical models and their practical applications in heat transfer. This book is an essential resource for students, graduate researchers, and professionals working in thermophysics, fluid mechanics, and heat engineering. It provides a detailed exploration of numerical techniques used to solve heat transfer problems. The authors combine solid theoretical foundations with practical examples, making complex concepts accessible and easy to understand. Each chapter features thorough explanations complemented by illustrations and graphs, enhancing the reader’s grasp of challenging topics. Covering a wide range of methods—including finite difference, finite element, and other modern approaches—the book is highly relevant for tackling real-world engineering challenges. It will appeal not only to students and postgraduate scholars in technical fields but also to practicing engineers, researchers, and anyone eager to deepen their knowledge of heat transfer. If you're seeking information on numerical methods in thermophysics or want to learn how mathematical models can help solve practical problems, this volume is a valuable find. The book addresses both theoretical aspects and practical applications across various industries. The authors emphasize the importance of calculation accuracy and the efficiency of algorithms—crucial factors in modern design and optimization of thermal systems. With clear and accessible language, the authors—Dyanmo Shi and colleagues—make it easy for readers to follow the logic and stay engaged with the material. They incorporate numerous real-world examples, which help illustrate theoretical concepts and enhance understanding. This publication can be compared to other well-known works in heat transfer and numerical methods, such as F.P. Firsov’s "Heat Transfer" or A.V. Kuznetsov’s "Numerical Methods in Fluid Mechanics," both of which offer in-depth analysis and practical solutions. "Numerical Methods in Heat Transfer" is more than just a textbook; it’s a practical guide for anyone interested in the world of numerical calculations and their application in thermophysics. It will make a valuable addition to the library of engineers and researchers seeking to improve their skills and expand their expertise in this field. If you’re looking for a high-quality resource that helps unravel the complexities of heat transfer and teaches you how to apply numerical methods effectively, this book is exactly what you need. Don’t miss the opportunity to enhance your knowledge and develop skills that will benefit both your studies and professional career.