"Physical and chemical bases of smelting and processing of aluminum alloys" is a unique publication created by a team of authors, which is a real find for specialists in the field of metallurgy, engineers, students and everyone who is interested in metal processing technologies. The book immerses the reader in the world of aluminum alloys, revealing their physico-chemical properties and processing features, which makes it an indispensable tool for practitioners and theorists. From the first pages, the authors set the tone, plunging the reader into the complex but fascinating world of aluminum metallurgy. The book covers a wide range of topics, ranging from the basics of smelting to modern methods of processing aluminum alloys. Here you will find a detailed explanation of processes such as casting, forging and extrusion, as well as their impact on the final properties of products. Intriguing examples from practice and current research make the material accessible and understandable, even for those who are just beginning to get acquainted with this topic. The book will be of particular interest to students and graduate students of technical universities, as well as practicing engineers and technologists working in the field of metallurgy and mechanical engineering. Specialists engaged in the development of new alloys or optimization of production processes will find in it a lot of useful information and practical recommendations. It can also be useful for managers working in the field of procurement and sales of aluminum products, since knowledge of the physicochemical bases will help to better understand the products and their characteristics. One of the key topics raised in the book is the impact of various factors on the properties of aluminum alloys. The authors consider in detail how temperature, alloy composition and processing conditions can change the mechanical characteristics and corrosion resistance of materials. This knowledge is essential for the development of new alloys and their processing technologies, which makes the book relevant for research institutes and industrial enterprises. The style of presentation of the authors is clear and accessible, which makes it easy to assimilate complex concepts. They use many illustrations, graphs and tables, which makes the material clear and understandable. The book is replete with examples from real practice, which allows the reader to see how theoretical knowledge is applied in production. In addition, the team of authors includes leading experts in the field of metallurgy, which gives the book additional value. Their experience and knowledge, collected in one publication, make the "Physical and chemical bases of smelting and processing of aluminum alloys" an important contribution to the literature on metallurgy. This publication can become the basis for further research and development in the field of aluminum alloys, as well as serve as a reliable reference for specialists. If you are looking for books on metallurgy, metal processing technology or the physico-chemical fundamentals of materials science, then this publication must be in your library. It will not only expand your knowledge, but also inspire new ideas and projects in the field of aluminum metallurgy. "Physical and chemical bases of smelting and processing of aluminum alloys" is not just a book, it is the key to understanding the complex processes that are behind the creation of modern aluminum products.