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Volume 3 helps you and your production team use new materials, choose the most efficient surface and edge preparation techniques, and apply coatings that enhance the appearance and performance of your final product. You'll use this book to analyze the machinability, formability and weldability of your materials, and to help assess heat treatment systems, coating processes and materials, application and curing methods, and more.
Get the expert advise you need to shrink handling costs, reduce downtime and improve efficiency in plant operations! You'll use this comprehensive handbook during post design, process selection and planning, for establishing quality controls, tests, and measurements, to streamline production, and for managerial decision-making on capital investments and new automated systems.
This volume focuses on the practical application of processes for manufacturing plastic products. It includes information on design for manufacturability (DFM), material selection, process selection, dies, molds, and tooling, extrusion, injection molding, blow molding, thermoforming, lamination, rotational molding, casting, foam processing, compression and transfer molding, fiber reinforced processing, assembly and fabrication, quality, plant engineering and maintenance, management.
Engineers rely on Groover because of the book’s quantitative and engineering-oriented approach that provides more equations and numerical problem exercises. The fourth edition introduces more modern topics, including new materials, processes and systems. End of chapter problems are also thoroughly revised to make the material more relevant. Several figures have been enhanced to significantly improve the quality of artwork. All of these changes will help engineers better understand the topic and how to apply it in the field.
Part of the renowned Tool and Manufacturing Engineers Handbook Series, the Machining Vol. 1 helps you apply cost-effective techniques to achieve the best results for over 100 traditional and nontraditional machining processes. Chapters include: Principles of Metalcutting and Machinability, Tolerance Control, Cutting Tool Materials, Sawing, Broaching, Planing, Shaping, and Slotting, Turning and Boring, Milling, Grinding, Threading Gear and Spline Production, Nontraditional Machining, Machine Loading and Unloading, Machine Rebuilding, and much more!
Quality Control and Assembly helps you meet today's competitive pressures for measuring quality, making continuous quality improvements, streamlining assembly, and making the transition to automated assembly systems and applications.
Part of the renowned TMEH Series, the book contains hundreds of practical new ways to make continuous improvement work, and keep on working: quality management guidelines, quality and productivity improvement ideas, cost reduction tips, continuous process improvement, plus how to use world class techniques such as TPM, TQM, benchmarking, JIT, activity-based costing, improving customer/supplier relationships, and more. You'll also learn from "best practices" examples for quality training, teamwork, empowerment, self-assessment using Baldrige Quality Award criteria, ISO 9000 audits and certification, and more.
You'll rely on Forming to help you understand over 50 forming processes plus the advantages, limitations, and operating parameters for each process. Save valuable production time and gain a competitive edge with practical data that covers both the basics and advanced forming processes. Forming also helps you choose the most appropriate materials, utilize innovative die designs, and assess the advantages and limitations of different press types and processes.
Addresses important topics of DFM, including how it relates to concurrent engineering, management issues, getting started in DFM, how to justify using DFM, applying quality tools and how DFM is affecting computer technology (and vice versa). Covers topics starting with the creative thinking process, to combining DFM with geometric dimensioning and tolerancing. Also includes product design information that designers should know when committing pen to paper or mouse to mat.
Written by industry expert, LaRoux Gillespie, this handbook is the most comprehensive book on burr removal and the treatment of edges ever published. Armed with this in-depth guide to deburring technologies, any engineer involved with part manufacturing will quickly discover how to accurately identify and evaluate the most efficient and cost effective deburring option(s) for a specific application. This groundbreaking work details 100 internationally recognized deburring and edge finishing processes you can employ. It also offers you an extensive base of technical information on a vast array of tools, applications and procedures available. From burr prevention in the design phase to actual burr removal on the line, you will be better prepared to deal with burrs and edge defects and also determine what tolerance level is acceptable for quality production standards - before it becomes a shopfloor problem. Learn how to weigh aesthetic and functional justifications across a wide array of mechanical, thermal, chemical, electrical and manual techniques.