"Construction Thermal Physics" is an outstanding work written by Alexander Sergeevich Shibeko, which immerses the reader in the world of thermal engineering processes occurring in building structures. This book will be an indispensable assistant both for students studying construction specialties and for practicing engineers, architects and designers seeking to deepen their knowledge in the field of thermal physics. In Building Thermal Physics, the author masterfully uncovers complex concepts such as heat transfer, thermal insulation, and thermodynamic processes that are critical to creating a comfortable and safe environment in buildings. Shibeko not only explains the theoretical aspects, but also provides practical recommendations for the application of this knowledge in real projects. The book is full of examples, illustrations and calculations, which makes it understandable even for those who are just beginning to get acquainted with this topic. The topics raised in the book are more relevant than ever. In the face of global climate change and growing demands for energy efficiency in buildings, knowledge of thermal physics is becoming a key factor in design and construction. Shibeko emphasizes the importance of choosing the right materials and technologies that will help reduce heat loss and improve indoor microclimate. This makes the book especially useful for those interested in sustainable construction and green technologies. The book will be interesting to a wide audience .. Students and graduate students studying architecture, construction or engineering sciences will find valuable materials in it to prepare for exams and write term papers. Practitioners working in the field of design and construction will be able to use it as a guide that will help them make informed decisions in their work. In addition, "Construction Thermal Physics" will be useful to everyone who is interested in modern trends in construction and seeks to create comfortable and energy-efficient housing. Alexander Shibeko's style is distinguished by clarity and logical presentation. He skillfully combines scientific facts with practical examples, which makes the material not only informative, but also fascinating. The reader will be able to easily follow the idea of the author, dipping into the details and nuances of thermal and physical processes. Shibeko is also known for his other works, such as "Fundamentals of Heat Engineering" and "Heat Physics of Building Materials", which are also noteworthy and can complement the knowledge gained from "Construction Thermal Physics". This book will be a real find for those who want not only to get acquainted with the theory, but also to put it into practice. Shibeko emphasizes the importance of integrating knowledge of thermal physics into the design process, which allows you to create not only aesthetically attractive, but also functionally efficient buildings. In the face of modern challenges related to climate change and resource saving, knowledge of thermal physics becomes not only useful, but vital for all who want to contribute to the creation of a sustainable future. Thus, "Construction Thermal Physics" is not just a textbook, but a full-fledged guide to the world of thermal engineering processes, which will help readers to realize the importance of this knowledge in construction practice. This book should definitely take a worthy place on the shelf of everyone who seeks to be aware of current trends and technologies in the field of construction and design.