1. Mechanical Working of Metals
|1."Metalworking Science and Engineering" by E M Mielnik|
Book Review: This comprehensive book equips readers with the essential information to design, install, and manage metalworking processes. It caters to both undergraduate and postgraduate students pursuing courses in the field of materials science, mechanical engineering, and manufacturing engineering. The book encompasses various analytical techniques, including finite element methods and slip line field methods, to analyze metalworking processes. Additionally, it integrates computer analysis techniques and presents case studies to provide a holistic understanding of the subject matter. This book strikes a balance between theory and practical applications, making it an invaluable resource for readers seeking to gain theoretical knowledge as well as hands-on experience.
|2."Milling (Crowood Metalworking Guides)" by David A Clark|
“Milling (Crowood Metalworking Guides)” Book Review: This book is a comprehensive guide to the fundamental concepts of milling machines and their usage. It is an ideal reference for both working professionals and novices who operate a mill. The book primarily focuses on the usage of vertical mills and vertical turret mills, covering everything from purchasing a milling machine to basic principles of cutting tools. In addition, the book also delves into advanced milling techniques, such as drilling, tapping, and reaming. The text is enhanced with numerous illustrations and diagrams, providing readers with a visual understanding of the subject matter.
|3."Mechanical Working of Metals" by J N Harris|
“Mechanical Working of Metals” Book Review: The book covers a broad range of topics related to the mechanical working of metals, including the behavior of metal under compressive stress, the effects of mechanical work on the structure and properties of metals, and the various methods of shaping materials through mechanical working. The book is well-organized and easy to follow, and the author presents complex concepts in a clear and concise manner. This book is a valuable resource for anyone interested in the mechanical properties of metals and their practical applications.
|4."Metalworking - Doing it Better: Machining, Welding, Fabricating" by Tom Lipton|
“Metalworking – Doing it Better: Machining, Welding, Fabricating” Book Review: This book is highly recommended for anyone working with metals, including hobbyists, foremen, engineers, and small shop owners. The book emphasizes the importance of safety and efficiency while working with metals, offering proven techniques and tips to achieve this goal. The text caters to a wide range of readers, including small shop owners, enthusiasts, and garagemen, providing them with a better understanding of various techniques and observations. The book covers a plethora of concepts, including raw material storage and handling, safety equipment, filing, sawing, rigging and lifting, manual and CNC lathes, welding, sanding, grinding, and abrading.
|5."How to Make a Folding Machine for Sheet Metal Work" by Rob Hitchings|
“How to Make a Folding Machine for Sheet Metal Work” Book Review: This book is highly recommended for engineers, students, and instructors interested in working with sheet metal. The primary focus of this book is on developing machines and their usage in working with sheet metal. The book places great emphasis on the importance of machine development in this context.
|6."Mechanical Engineer's Solutions Suite for Machine Design and Metalworking" by Tyler G Hicks|
“Mechanical Engineer’s Solutions Suite for Machine Design and Metalworking” Book Review: This book is an essential resource for students and researchers conducting studies in various fields, as it enables readers to search and implement any equation they desire. The book offers a quick and efficient method of searching and providing exact equations to readers while also allowing them to explore various options. The book also includes the use of MathCad software to enhance efficiency and speed. It covers formulas and equations related to a diverse range of concepts, such as machine design analysis and heat transfer. Additionally, readers can find numerous tables, graphs, and diagrams throughout the text, providing them with a visual understanding of the subject matter.
|7."Manufacturing Technology I" by RAMACHANDRAN S|
“Manufacturing Technology I” Book Review: This book covers a wide range of topics related to manufacturing technology and is accessible to students and researchers alike. The book commences with an overview of casting, molds, and a description of machines used in molding. It also provides detailed information about various casting processes such as welding, soldering, riveting, and forging. Additionally, the book covers topics such as patterns and molds, hot and cold working, drawing extrusion, sheet metal operations, and plastics manufacturing.
|8."Metalworking Fluids" by Jerry P Byers|
“Metalworking Fluids” Book Review: This book comprehensively covers the concepts related to metalworking fluid technology and its applications, making it a valuable resource for students, working professionals, and industrialists. The book explores the multifaceted concepts of metalworking fluids, including theoretical aspects such as evaluating mist levels, microbial and corrosion control, and innovative waste treatments. Additionally, the book covers crucial topics related to health hazards and safety regulations associated with exposure and working with metalworking fluids. The financial aspects of the fluid, such as setup costs and end-user benefits, are also discussed in detail in the text.
2. Advance Mechanical Working of Materials
|1."In-situ Thermoelectrochemistry: Working with Heated Electrodes (Monographs in Electrochemistry)" by Peter Gründler|
“In-situ Thermoelectrochemistry: Working with Heated Electrodes (Monographs in Electrochemistry)” Book Review: This book caters to mechanical engineering students, researchers, and anyone intrigued by the field. Its focus is on thermochemistry, which aids electrochemists in developing contemporary thermochemical techniques. The book delves into classical static approaches while also highlighting methods that enable the independent variation of temperature, such as in-situ electrode heating using electric current, microwaves, or lasers. Furthermore, the book covers the topic of “hot-wire electrochemistry.”
|2."A Guide to Safe Material and Chemical Handling (Wiley–Scrivener)" by Nicholas P Cheremisinoff and Anton Davletshin|
“A Guide to Safe Material and Chemical Handling (Wiley–Scrivener)” Book Review: This book is designed for engineers, students, chemists, and scientists seeking information about chemical data. It covers industrial chemicals, including gases, fuels, and water. The book provides guidance on how to handle chemicals and crucial procedures such as fire drills, developing and implementing evacuation plans, and initial emergency responses. Additionally, it explores topics such as material strength, corrosion resistance, properties of fuels, gases, various solvents, and hydrocarbons, as well as fire and chemical reactivity information.
|3."Cold-formed Tubular Members and Connections: Structural Behaviour and Design" by Greg Hancock and Tim J Wilkinson MB ChB M Clin Ed PhD FRACP Professor|
“Cold-formed Tubular Members and Connections: Structural Behaviour and Design” Book Review: This is a comprehensive guide on the behavior and design of cold-formed tubular members and their connections. The book covers various topics related to design codes, material properties, structural behavior, and connection design. It is an essential resource for engineers and researchers working in the field of cold-formed structures and provides valuable insights for anyone interested in the design of steel structures. The book is well-written, with helpful illustrations and examples, making it easy to understand and apply.
|4."Grind Hardening Process (SpringerBriefs in Applied Sciences and Technology)" by Konstantinos Salonitis|
“Grind Hardening Process (SpringerBriefs in Applied Sciences and Technology)” Book Review: The primary focus of this book is the grind hardening process. It comprehensively covers several aspects of the process, including the process forces, temperature profile development, hardness profiles, and residual stresses. The book also delves into topics such as hybrid processes for surface modification, the state of the art in grind-hardening processes, modelling of the grind-hardening process, metalworking, and mechanical process energy. Furthermore, the book emphasizes mathematical modeling and optimization of manufacturing processes.
|5."Mechanical Working of Metals: Theory and Practice (International Series on Materials Science and Technology" by John Noel Harris|
“Mechanical Working of Metals: Theory and Practice (International Series on Materials Science and Technology” Book Review: This book caters to mechanical engineering students and metallurgists seeking to learn about the principal methods of shaping materials through mechanical working. It delves into various processing equipment and their applications. The book is divided into several chapters, beginning with an overview of metals commonly used in construction and engineering. It then explores the behavior of metals under compressive stress, the effects of mechanical work on metal structure and macro-properties, and concludes with a chapter on the manufacturing techniques for tin cans, an ideal packaging solution for food and beverages.
|6."CAD/CAM of Dies (Ellis Horwood Series in Mechanical Engineering)" by J S Gunasekera|
“CAD/CAM of Dies (Ellis Horwood Series in Mechanical Engineering)” Book Review: This book is designed for mechanical engineering students and focuses on the design and manufacture of complex dies. It delves into the use of 3-D graphics, hidden line removal, and shaded color aids to assist users in visualizing and comprehending intricate 3-D die geometries. Additionally, the book explores two methods for the manufacture of electrodes utilized in the electro-discharge machining of dies. The first method involves the use of a turnkey CAD/CAM system, while the second method employs a specialized software known as a “cutter”.
|7."Mechanics of Wood Machining" by Etele Csanády and Endre Magoss|
“Mechanics of Wood Machining” Book Review: This book is designed for scientists, graduate and postgraduate students, and engineers and focuses on the mathematical analysis of wood processing mechanisms, along with practical solutions. The book explores new theoretical and experimental approaches to wood cutting, thermal loading in wood-cutting tools, dynamic behavior of tools and workpieces, optimum selection of operational parameters and energy consumption, tool wear processes, and general regularities of wood surface roughness. Additionally, the book provides diagrams for calculating various process parameters, which will be useful for those interested in this field.
|8."A Brief History of Mechanical Engineering (Materials Forming, Machining and Tribology)" by Uday Shanker Dixit and Manjuri Hazarika|
“A Brief History of Mechanical Engineering (Materials Forming, Machining and Tribology)” Book Review: This book caters to mechanical engineering students and aims to spark their interest in the field by providing answers to questions such as when the steam engine was invented, where the first CNC machine was developed, when the era of additive manufacturing began, and when the marriage of mechanical and electronics gave birth to the discipline of mechatronics. The book also covers topics such as what mechanical engineering entails, its historical evolution, and its future prospects.
|9."Metalworking Fluids: 41 (Manufacturing Engineering and Materials Processing)" by Jerry P Byers|
“Metalworking Fluids: 41 (Manufacturing Engineering and Materials Processing)” Book Review: This book targets students of manufacturing engineering and mechanical engineering and covers metallurgy for beginners while providing updated information on metalworking fluid technology. It covers various topics related to metalworking fluid development, laboratory evaluation, metallurgy, industrial application, fluid maintenance, recycling, waste treatment, health, government regulations, and cost-benefit analysis. The book also delves into metal flat sheets and nanoparticle lubricants in metalworking.