The book "Mathematical and physical modeling of thermal protection" by Grishin A. M. It is a deep immersion in the world of thermodynamics and heat transfer, offering readers not only theoretical foundations, but also practical applications of mathematical models in the field of thermal protection. This edition will be of particular interest to engineers, physicists, engineering students and anyone seeking to understand how to effectively protect materials and structures from thermal impacts. The main theme of the book is the study of mathematical modeling methods that help predict the behavior of materials under different temperature regimes. The authors examine in detail the physical processes occurring in materials during heating and cooling, as well as the influence of various factors on thermal protection. Readers will be able to learn about modern approaches to calculating heat fluxes, how to optimize designs to increase their resistance to overheating, and how to use mathematical models to predict the behavior of materials in extreme conditions. The book will be useful not only for professional engineers working in the field of thermal insulation and thermal protection, but also for students who study physics, mathematics and engineering disciplines. It will be an excellent help for those preparing for exams or coursework, as well as for researchers seeking to deepen their knowledge in the field of thermodynamics. Thanks to the accessible presentation style and clear examples, the book is suitable for both beginners and experienced professionals who want to update their knowledge. One of the key topics raised in the book is the importance of accurate calculations and simulations in thermal protection design. In today's world, where requirements for energy efficiency and safety of structures are becoming more stringent, understanding of heat transfer processes and the ability to apply mathematical models become necessary skills. The authors emphasize that insufficient thermal protection can lead to serious consequences, including structural damage and emergency situations. The style of Grishin and his colleagues is clear and logical, which allows the reader to easily assimilate complex concepts. They use a lot of illustrations and graphics, which makes the material more clear and understandable. The book also contains practical tasks and examples that will help the reader to consolidate the knowledge gained and apply them in practice. If you are interested in topics such as thermodynamics, heat transfer, engineering modeling or you are looking for literature for in-depth study of thermal insulation materials, then “Mathematical and physical modeling of thermal protection” will become an indispensable resource for you. This edition will not only expand your knowledge, but also inspire new research and development in the field of thermal insulation. In conclusion, it is worth noting that the book Grishin A . M. and his colleagues is not just a tutorial, but a real find for anyone who wants to understand the intricacies of thermal protection It opens new horizons in the understanding of complex physical processes and offers the reader unique tools for their analysis and application in real conditions. Do not miss the opportunity to add this valuable edition to your library and immerse yourself in the fascinating world of mathematical modeling of thermal protection!