24 Best Books on Metal Forming

“Technology of Metal Forming Processes” Book Review: The book offers a comprehensive overview of metal forming processes, ranging from basic to advanced concepts, and their practical applications. Comprising sixteen chapters, the book covers various topics, including the theory of plasticity, the role of friction and lubrication in metal forming, lubricated metal forming processes, polymer forming, and metal powder performance. The text also features extensive discussions on specific forming processes, as well as emerging techniques like load bounding and slip line field for solving engineering problems related to metal forming. Factors such as force, power requirements, formability, and machinability are also analyzed for individual processes. Additionally, the book highlights the application of computer-aided analysis in metalworking processes and recent developments in the field. Finally, exercises are included at the end of the book to facilitate practice and reinforce the understanding of the subject matter.

“Fundamentals of Metal Forming Processes” Book Review: The book focuses on analyzing the metal forming processes and highlights the recent advancements in the field. Comprising of fourteen chapters, it covers various topics such as material forming properties, traditional and modern forming processes, stress and strain analysis, yield conditions, plasticity equations, and their solutions. Additionally, the book delves into specific metal forming processes like forging, rolling, wire drawing, tube drawing, extrusion, and sheet metal forming. It also covers transverse rolling, seamless tube and pipe manufacturing, friction in metal forming, and ways of measuring friction. Furthermore, the book offers laboratory experiments in metal forming that can be useful for college workshops.

“Metal Forming Technology” Book Review: The book delves into the most recent advancements in metal forming technology, exploring the fundamentals, newer processes, innovative methods for analyzing and interpreting results, peripheral areas, quality management, environmental considerations, and advanced technologies in metal forming. The book represents a comprehensive compilation of several authors and their expertise in this domain. It covers all concepts and theories in great detail, with extensive mathematical treatment. The book caters to students at both the undergraduate and postgraduate levels, as well as researchers and practicing engineers, providing them with valuable insights and practical knowledge.

“Metal Forming: Fundamentals and Applications (ASM Series in Metal Processing)” Book Review: The book offers a thorough overview of the fundamental principles of metal forming, emphasizing the latest advancements in the design of metal-forming operations and tooling. It covers various topics, including the role of metal forming in manufacturing, the metal-forming process as a complex system comprising multiple interrelated variables, the classification of all metal-forming processes, the basics of plastic deformation, metal flow, flow stress of metals, and yield criteria. It also explores practical variables of metal-forming processes, such as friction, temperatures, forming machines, and their characteristics. Additionally, the book includes in-depth chapters dedicated to analyzing simple forming operations using approximate methods and massive forming processes, such as closed-die forging, hot extrusion, cold forging/extrusion, rolling, and drawing. It provides insights into predicting stresses and loads in each process and offers a concise description of computer-aided techniques and the latest trends in metal flow analysis and simulations. The book also covers recent developments in metal-forming technology, such as CAD/CAM for die design and manufacture.

“Metal Forming Handbook” Book Review: This book extensively explores the fundamentals of metal forming processes and press design, including major metal forming technologies such as sheet metal forming, cutting, hydroforming, and solid forming. Both theoretical and practical aspects are thoroughly explained, with sample calculations, illustrations, color figures, and diagrams aiding in the presentation of concepts. The latest techniques and essential information in the field of metal forming technology are illuminated, making the book a valuable textbook and reference. Various experts in the field have contributed to the book, providing undergraduate students with exposure to practically-oriented concepts.

“Metal Forming: Technology and Process Modelling” Book Review: The book provides a comprehensive overview of both basic and advanced concepts in bulk and sheet metal forming. Thirteen chapters authored by a team of experts cover a wide range of topics, including plasticity theory, modeling techniques, finite element method, and soft computing tools. The book covers fundamental and advanced aspects of metal extrusion, die designing, sheet metal forming, flange wrinkling in deep drawing, interfacial phenomena during hot flat rolling, and tailor welded blanks fabricated by friction stir welding process. This valuable resource is beneficial for students seeking foundational knowledge in metal forming and professionals looking to stay informed about industry practices.

“Sheet Metal Forming Technology” Book Review: This textbook provides a comprehensive overview of the technology used in sheet metal forming. In addition to discussing the theory behind this technology, the book also includes mathematical treatments of several key concepts, including hardening models, hydraulic systems, and interpolators. The book covers a wide range of topics, with detailed chapters devoted to subjects such as aluminum alloys, bending, bifurcation theory, binders, blank holders, closed loops, copper OFHC, crystallographic orientation, curvature, cushions, damage analysis, design of experiments, dies, dimples, dislocation draws, draw beads, drawing limit curves, errors, failures, finite element analysis, flow stress, forces, forming, forming limits, and more. Additionally, the book explores reliability analysis and sensitivity analysis techniques, as well as various parameters related to steel, such as strain, strain path, strain rate effect, strength coefficient, tests, textures, tools, trajectories, and beyond.

“Forging Practice” Book Review: This book offers a thorough exploration of forging techniques and tools, including the anvil, fire, welding, flux, and other related equipment. It delves into various types of welding such as electric welding, oxy-acetylene gas welding, the fagot weld, the separate heat weld, scarfing, corner weld, hammock hook, and more. Designed with students, teachers, and professionals in mind, particularly those in the fields of mechanical and metallurgical engineering, this book provides a comprehensive overview of forging practices.

“Modeling of Metal Forming and Machining Processes: by Finite Element and Soft Computing Methods (Engineering Materials and Processes)” Book Review: This book provides a comprehensive guide to modeling metal forming and machining processes. It covers various topics such as finite elements and soft computing techniques, as well as engineering materials and processes. The book thoroughly discusses the use of computational techniques like FEM, fuzzy set theory, and neural networks as modeling tools in metal forming and machining. The primary audience of this book includes students, teachers, and professionals in the fields of science and engineering, particularly mechanical and metallurgical engineering.

“Metal Forming Practise: Processes – Machines – Tools” Book Review: This book aims to offer a comprehensive introduction to metal forming practices. It delves into the various processes involved in metal forming, as well as the machines and tools that are commonly used. The book covers metal-working and shearing processes, and provides detailed information on the related machines and tooling. It also presents practical examples that demonstrate how to calculate forces and strain energy for different processes, as well as specific parameters of the machines. The intended audience for this book includes students, teachers, and professionals in various fields of science and engineering.

“Traditional Machining Processes: Research Advances (Materials Forming, Machining and Tribology)” Book Review: This book offers a thorough account of conventional machining techniques while highlighting recent developments in materials forming, machining, and tribology. It delves into the uses of polycrystalline diamond tool material and its emerging applications. The book provides an in-depth analysis of orthogonal cutting experiments that use diamond-coated tools with force and temperature measurements. It is tailored towards students, teachers, and professionals in various science and engineering fields.

“Pulse Current Gas Metal Arc Welding: Characteristics, Control and Applications (Materials Forming, Machining and Tribology)” Book Review: This book is a comprehensive guide to pulse current gas metal arc welding, covering its fundamental concepts. It discusses welding characteristics, control, and applications, as well as the material forming, machining, and tribology aspects of welding. In addition, it provides detailed information on shop floor welding and offers guidance on handling critical welding processes. The book caters to students, teachers, and professionals in various fields of science and engineering, with a particular emphasis on mechanical and metallurgical engineering.

“Modern Manufacturing Engineering (Materials Forming, Machining and Tribology)” Book Review: This comprehensive book offers an overview of modern manufacturing engineering, including discussions on the forming of materials, machining, and tribology aspects. Additionally, it delves into high deposition pulse current processes and highlights the various aspects of the transformation from materials to finished products. Covering fundamental materials treatments and process integration, the book is intended for students, teachers, and professionals in the fields of science and engineering, particularly those in mechanical and metallurgical engineering.

“AI Applications in Sheet Metal Forming (Topics in Mining, Metallurgy and Materials Engineering)” Book Review: This book offers an in-depth examination of the various ways in which artificial intelligence (AI) can be applied to the field of sheet metal forming. It delves into topics such as mining, metallurgy, and materials. The first half of the book serves as an introduction to different AI techniques as well as sheet metal forming. Meanwhile, the second part of the book explores the traditional methods and procedures used in sheet metal forming processes. The book also delves into automation processes such as KBS, ANN, GA, and CBR, among others. Its target audience is primarily students, teachers, and professionals in the fields of science and engineering, particularly those in mechanical and metallurgical engineering.

“Drop Forging, Die Sinking, and Machine Forming of Steel, Modern Shop Practice, Processes, Methods, Machines, Tools and Details, a Practical Treatise on the Hot and Cold (Classic Reprint)” Book Review: This book offers an all-encompassing view of machining, presenting in-depth insights on drop forging, die sinking, and machine forming of steel. The book extensively covers contemporary shop practices, delving into various processes and methods used in machining. It also provides comprehensive information on tools utilized in machining, and offers a practical treatise on both hot and cold methods. The book’s target audience includes students, teachers, and professionals across diverse fields of science and engineering, particularly those in mechanical and metallurgical engineering.

Book Review: This book presents various techniques for optimizing product design, including numerical methods and finite element analysis. It offers solutions to various problems encountered in metal forging, rolling, and other processes, and showcases simulation techniques for metal forming operations. Additionally, the book explains key principles and methodologies through numerous examples and worked problems. It also includes dedicated chapters on numerical analysis applications used in forming operations. The data presented in the book is easy to comprehend, even for readers who have no prior knowledge of finite element analysis.

Book Review: This book showcases the fundamentals of metal forming and delves into the mechanics of forming processes, including the interaction between metals and various techniques. It features dedicated chapters on limit diagram formation, stamping concepts, and sheet forming operations. Furthermore, the book includes an extensive chapter on sheet testing and provides the latest information on sheet metal properties. It concludes with a range of problem sets and a comprehensive list of additional references for readers to explore.

Book Review: This book presents a range of computational techniques for optimizing metal forming processes, including methods for reducing lead times in new product development, ultimately enhancing product quality and reliability. It primarily focuses on finite element methods and their application to plasticity problems, covering a variety of processes such as forging, rolling, extrusion, and others. Additionally, the book details the elastic plastic finite element theory and its role in forming analyses.

“Advances in Material Forming” Book Review: The book focuses on metal forming and is intended for researchers and professionals in the field. It covers the latest technological advancements in both conventional and non-conventional metal forming processes, and highlights a range of materials, including polymers, composites, and metals. The contributions of the European Scientific Association for Material Forming (ESAFORM) are emphasized throughout the book.

“Metal Forming Interrelation Between Theory and Practice” Book Review: The book is a compilation of multiple research papers that were presented at the “Relation Between Theory and Practice of Metal Forming” symposium held in Cleveland, Ohio. It is primarily targeted towards students and researchers. The book features contributions from the symposium and covers a range of theoretical topics related to metal forming. In addition, the book discusses numerous practical applications of metal forming, accompanied by various examples. Furthermore, it provides a detailed explanation of deformation theory and process design.

“Fundamentals of Materials Modelling for Metals Processing Technologies” Book Review: The book focuses around materials modelling and processing techniques, which can benefit both students and researchers. It starts with an introduction to the basics of computational and mechanical aspects of materials, and covers both cold and warm metal processing techniques, including elastic-plastic formulations and elastic-viscoplastic equations. The book also provides various examples and applications of unified theories, with a special focus on crystal plasticity theories and modelling. Additionally, it addresses mathematical topics whenever necessary.

“Encyclopedia of Iron, Steel, and Their Alloys, Five-Volume Set (Print) (Metals and Alloys Encyclopedia Collection)” Book Review: The book delves into a multitude of facets within metallurgy, making it a valuable resource for metallurgists, scientists, and advanced material science students alike. The book covers a range of topics, including the fundamentals of metals, both in theory and practice, as well as their various applications. The text explores different types of metallurgy, including extractive, physical, and powder metallurgy, while also emphasizing critical areas such as corrosion engineering, thermal processing, metalworking, welding, iron- and steelmaking. Additionally, the book offers insight into a range of manufacturing and processing techniques, including heat treating, rolling, casting, hot and cold forming, and surface finishing. Readers will also find discussions on crystallography, metallography, computational metallurgy, metal-matrix composites, intermetallics, nano- and micro-structured metals and alloys, nano- and micro-alloying effects, special steels, and mining.