9 Best Books on Solidification Processing

Book Review: This book comprehensively addresses the concepts related to the solidification phenomenon and the control of microstructure formation. It delves into the various applications of solidification across a range of disciplines, from production engineering to solid-state physics. The book employs straightforward models to help readers grasp the subject matter with ease. Additionally, it contains a diverse collection of models, including those related to cast product tonnage, precision casting, and high-purity single crystals. This book is an invaluable resource for students and engineers seeking to enhance their knowledge and skills in this field.

“Solidification Processing: Symposium Proceedings” Book Review: This book compiles the symposium on solidification processing and serves as a valuable resource for researchers and advanced-level students in this field. It covers the fundamentals of solidification processes, as well as non-ferrous casting techniques. Additionally, the book provides insights into continuous and static casting of cast iron. Furthermore, it explores the latest advancements in the semiconductor and optoelectronic crystal growth fields.

“Solidification and Crystallization Processing in Metals and Alloys” Book Review: The book’s main focus lies in the areas of solidification and crystallization processes, which may be of interest to both graduate and post-graduate students and researchers. It begins by covering fundamental thermodynamic concepts before delving into more intricate topics such as interface properties. The book also delves into nucleation and transport phenomena during solidification, as well as crystal growth in vapors, liquids, and melts. Additionally, it presents numerous examples and applications of solidification, including metallic glasses and amorphous alloy melts.

“Eutectic Solidification Processing: Crystalline and Glassy Alloys (Butterworths monographs in metals)” Book Review: The book focuses on solidification processes and their applications in material science and industrial engineering. It starts with an in-depth discussion of the properties and behavior of liquid-solid transformation and proceeds to explore the underlying phenomena that affect solidification structures, including composition, trace impurities, heat flow and cooling rate, and nucleation and growth. The book also covers the formation of cast microstructures, with a particular emphasis on the nucleation and growth of eutectic and primary phases, as well as the different types of cast iron and aluminum casting alloys. Additionally, the book delves into the production processes, properties, and applications of metallic glasses. This comprehensive resource is accessible to a broad range of readers interested in solidification processes from a eutectic processing standpoint.

“Microstructural Design by Solidification Processing” Book Review: The main focus of the book is on solidification processing and its applications, particularly the design of microstructures for new materials. Its intended audience is primarily postgraduate students and researchers engaged in studying this field. The book covers the study of spray atomization and co-deposition techniques, including their use in synthesizing metal matrix composites. Additionally, it examines the fabrication and properties of duplex dendritic microstructures, as well as the use of a brazing alloy that contains carbon fibers for joining metal and ceramic materials.

“Modeling for Casting and Solidification Processing (Materials Engineering)” Book Review: The book primarily focuses on the technology of casting process modelling and is highly recommended for students and researchers in this field. The fundamentals of solidification process are explained, with emphasis on ingot castings and semi-solid metalworking. Furthermore, the book highlights the concepts of spray forming and gives them special importance. Additionally, the readers can find a plethora of applications related to the concepts discussed in the book.

“Science and Engineering of Casting Solidification” Book Review: The aim of this book is to introduce readers to the computational modeling of solidification. It is primarily intended for graduate students and researchers who are conducting research in this area. The book explains the theory of solidification using mathematical principles, and provides explanations of necessary mathematical concepts when needed. Additionally, the book highlights modeling and calculations with the aid of Excel spreadsheets. Throughout the book, readers will find numerous worked-out problems to help deepen their understanding of the material.