The book "The influence of complex physical and mechanical influences on the structure and frost resistance of vibropressed heavy concrete" by A. and . Bondarovicha is a unique scientific research that immerses the reader in the world of modern concrete technologies and their application in construction. This work will be of interest not only to specialists in the field of building materials, but also to students, graduate students, as well as anyone interested in the physics and mechanics of materials. In his work, Bondarovich explores how various physical and mechanical factors affect the characteristics of vibrated heavy concrete, especially in the context of its frost resistance. The author examines in detail what effects, such as temperature, humidity and mechanical loads, can radically change the structure of concrete and, as a result, its performance characteristics. This study is relevant in light of changing climatic conditions and the need to create more sustainable building materials. The book contains a lot of experimental data and graphs that clearly illustrate the results of research. Bondarovich not only describes the method of conducting experiments, but also shares the analysis of the results, which makes his work especially valuable for practicing engineers and scientists. The reader will be able to see how the theoretical aspects of material interaction with the environment are applied in practice, making the book useful as a reference and teaching aid. The topics raised in the book cover a wide range of issues related to the durability and reliability of building materials. In the context of modern construction, where the requirements for the quality and sustainability of materials are becoming more stringent, Bondarovich’s work becomes a real guide for those who seek to create durable and durable structures. The book raises important questions about how to optimize the composition of concrete and its production technology in order to achieve maximum frost resistance and other necessary characteristics. The author's style is clear and accessible, which allows even those who are not experts in this field to understand the main ideas and conclusions. Bondarovich uses a scientific approach, but at the same time focuses on the practical application of his research. This makes the book not only a theoretical work, but also a practical tool that can be used in real conditions. If you are looking for literature on building materials, concrete physics or material mechanics, then “The effect of complex physical and mechanical effects on the structure and frost resistance of vibrated heavy concrete” will be a real find for you. The book can be useful for both professional builders and engineers, as well as students studying in the faculties of architecture and construction. Do not miss the opportunity to get acquainted with the work that can change your idea of concrete and its capabilities. Bondarovich's research opens new horizons in the field of construction and allows you to look at familiar things from a completely different angle. This book is not just a collection of scientific data, but a real encyclopedia of knowledge that can become the basis for future research and development in the field of building materials.