*Heat Physics in Foundry Production: Collection of Articles* Edited by Professor Albert Iozefovich Weinik, Corresponding Member of the Belarusian SSR Academy of Sciences, this book is a unique and invaluable resource for anyone interested in heat physics and its applications in the casting industry. This collection brings together cutting-edge research findings and practical developments related to the thermal processes occurring in casting technologies. Within these pages, readers will delve into the complex physical phenomena that play a crucial role in the manufacturing of metal products. The topics covered span a broad spectrum—from heat transfer in molds to thermal processes that influence casting quality. Each article reflects the latest scientific and technological advancements, making the material highly relevant for students, practicing engineers, and researchers alike. This book is especially suited for professionals in metallurgy and foundry production, as well as students studying materials science and engineering. It serves as an excellent supplement to academic coursework, offering real-world examples and scientific insights that deepen understanding of heat physics and its impact on final products. The collection explores both fundamental aspects of heat physics and applied research aimed at optimizing manufacturing processes. Readers will learn about innovative temperature control methods, modern approaches to selecting mold materials, and how factors such as cooling rates and alloy compositions influence the mechanical properties of castings. These insights can significantly enhance operational efficiency and improve product quality in foundries. Professor Weinik’s writing style combines scientific rigor with clarity, skillfully blending theoretical concepts with practical recommendations. As a renowned scientist and practitioner with numerous publications and research contributions, he brings a wealth of experience and deep expertise to this work. His approach ensures that the material is accessible and valuable for a broad audience, from academics to industry professionals. *Heat Physics in Foundry Production* not only enriches readers’ knowledge but also inspires new research and technological innovations in casting. It is an excellent resource for those committed to professional growth and staying abreast of current trends in the field. If you are seeking high-quality literature that integrates theory with practice in heat physics, this collection of articles is a true find. It will help you expand your understanding and apply your knowledge effectively—an especially important advantage in the rapidly evolving world of foundry technology. Don’t miss the opportunity to explore work that could transform your perspective on thermal processes and their vital role in manufacturing!