Book 745 Mathematical Models of Metallurgical Processes: Part. : Mat. Research planning: lab. Dyako A . G. and Emelyanov S. In. is a unique work that combines the theoretical foundations and practical aspects of mathematical modeling in metallurgy This publication will become an indispensable assistant for students, graduate students and specialists working in the field of metallurgical technologies and engineering. In this book, the authors immerse the reader in the world of mathematical models that serve as a basis for understanding and optimizing metallurgical processes. The reader will be able to learn about how mathematical methods can describe complex physicochemical reactions occurring in the process of metal processing. The book covers a wide range of topics, including thermodynamics, process kinetics, and numerical analysis methods, making it useful for those who want to deepen their knowledge in this area. One of the key features of this publication is its practical focus. The authors offer readers not only theoretical calculations, but also laboratory workshops that will help to consolidate the knowledge gained in practice. This makes the book especially valuable for students of technical universities who study metallurgy and related disciplines. Laboratory work presented in the book allows readers to independently conduct experiments and analyze the results, which contributes to a deeper understanding of the material. The book will be interesting not only for students and graduate students, but also for practicing engineers working in the metallurgical industry. Specialists will be able to find useful recommendations on the use of mathematical models to optimize production processes, which will certainly increase the efficiency of their work. In modern production, where every detail is important, the ability to use mathematical methods becomes an important competitive advantage. The topics raised in the book cover not only theoretical aspects, but also practical problems that metallurgists face in their work. The authors emphasize the importance of mathematical research planning, which allows more effectively organize scientific experiments and achieve their goals. This makes the book relevant for researchers involved in the development of new technologies and materials. The style of the authors is clear and accessible, which allows the reader to easily assimilate complex concepts. Dyako A. G. and Emelyanov S. In. experienced specialists in their field, and their knowledge and experience are reflected in each page of the book. In addition, they are the authors of other scientific papers, which indicates a deep understanding of the subject and the desire to share their knowledge with future generations of metallurgists. If you are looking for a book that will help you understand the mathematical models of metallurgical processes, this work will be an excellent choice. It will be useful for both students and professionals seeking to improve their skills and improve their qualifications. Readers interested in topics such as metallurgy, mathematical modeling, engineering and technology will find in "No. 745 Mathematical Models of Metallurgical Processes" a lot of useful information and practical recommendations. Do not miss the opportunity to deepen your knowledge and skills in the field of metallurgy with this unique book, which combines theory and practice, making learning fun and productive.