Title: Design For Manufacturability Handbook, 2nd Edition Author: James G. Bralla ISBN: 007007139X / 9780070071391 Format: Hard Cover Pages: 1368 Publisher: McGraw-Hill Year: 1999 Availability: Out of Stock
Description
Contents
From raw materials ... to machining and casting ... to assembly and finishing, the Second Edition of this classic guide will introduce you to the principles and procedures of Design for Manufacturability (DFM)Ñthe art of developing high-quality products for the lowest possible manufacturing cost. Written by over 70 experts in manufacturing and product design, this update features cutting-edge techniques for every stage of manufacturingÑplus entirely new chapters on DFM for Electronics, DFX (Designing for all desirable attributes), DFM for Low-Quality Production, and Concurrent Engineering.
Preface
Contributors
Section 1 : Introduction
Chapter 1.1 : Purpose, Contents, and Use of This Handbook Chapter 1.2 : Economics of Process Selection Chapter 1.3 : General Design Principles for Manufacturability Chapter 1.4 : Quick References Chapter 1.5 : The History of DFM Chapter 1.6 : Managing DFM Chapter 1.7 : Evaluating Design Proposals
Section 2 : Economical Use of Raw Materials
Chapter 2.1 : Introduction Chapter 2.2 : Ferrous Metals Chapter 2.3 : Nonferrous Metals Chapter 2.4 : Nonmetallic Materials
Section 3 : Formed Metal Components
Chapter 3.1 : Metal Extrusions Chapter 3.2 : Metal Stampings Chapter 3.3 : Fineblanked Parts Chapter 3.4 : Four-Slide Parts Chapter 3.5 : Springs and Wire Forms Chapter 3.6 : Spun-Metal Parts Chapter 3.7 : Cold-Headed Parts Chapter 3.8 : Impact- or Cold-Extruded Parts Chapter 3.9 : Rotary-Swaged Parts Chapter 3.10 : Tube and Section Bends Chapter 3.11 : Roll-Formed Sections Chapter 3.12 : Power Metallurgy Parts Chapter 3.13 : Forging Chapter 3.14 : Electroformed Parts Chapter 3.15 : Parts Produced by Specialized Forming Methods Chapter 3.16 : Metal Injections-Molded Parts
Section 4 : Machined Components
Chapter 4.1 : Designing for Machining : General Guidelines Chapter 4.2 : Parts Cut to Length Chapter 4.3 : Screw Machine Products Chapter 4.4 : Other Turned Parts Chapter 4.5 : Machined Round Holes Chapter 4.6 : Parts Produced on Milling Machines Chapter 4.7 : Parts Produced by Planing, Shaping, and Slotting Chapter 4.8 : Screw Threads Chapter 4.9 : Broached Parts Chapter 4.10 : Contour-Sawed Parts Chapter 4.11 : Flame-Cut Parts Chapter 4.12 : Internally Ground Parts Chapter 4.13 : Parts Cylindrically Ground on Center-Type Machines Chapter 4.14 : Centerless-Ground Parts Chapter 4.15 : Flat-Ground Surfaces Chapter 4.16 : Honed, Lapped, and Superfinished Parts Chapter 4.17 : Roller-Burnished Parts Chapter 4.18 : Parts Produced by Electrical-Discharge Machining (EDM) Chapter 4.19 : Electrochemically Machined Parts Chapter 4.20 : Chemically Machined Parts Chapter 4.21 : Parts Produced by Other Advanced Machining Processes Chapter 4.22 : Gears Chapter 4.23 : Designing Parts for Economical Deburring
Section 5 : Castings
Chapter 5.1 : Castings Made in Sand Molds Chapter 5.2 : Other Castings Chapter 5.3 : Investment Castings Chapter 5.4 : Die Castings
Section 6 : Nonmetallic Parts
Chapter 6.1 : Thermosetting-Plastic Parts Chapter 6.2 : Injection-Molded Thermoplastic Parts Chapter 6.3 : Structural-Foam-Molded Parts Chapter 6.4 : Rotationally Molded Plastic Parts Chapter 6.5 : Blow-Molded Plastic Parts Chapter 6.6 : Reinforced-Plastic/Composite (RP/C) Parts Chapter 6.7 : Plastic Profile Extrusions Chapter 6.8 : Thermoformed-Plastic Parts Chapter 6.9 : Welded Plastic Assemblies Chapter 6.10 : Rubber Parts Chapter 6.11 : Ceramic and Glass Parts Chapter 6.12 : Plastic-Part Decorations
Section 7 : Assemblies
Chapter 7.1 : Design for Assembly (DFA) Chapter 7.2 : Arc Weldments and other Weldments Chapter 7.3 : Resistance Weldments Chapter 7.4 : Soldered and Brazed Assemblies Chapter 7.5 : Adhesively Bonded Assemblies
Section 8 : Finishes
Chapter 8.1 : Designing for Clearning Chapter 8.2 : Polished and Plated Surfaces Chapter 8.3 : Other Metallic Coatins Chapter 8.4 : Designing for Heat Treating Chapter 8.5 : Organic Finishes Chapter 8.6 : Designing for Marking Chapter 8.7 : Shot-Peened Surfaces
Section 9 : Additional Developments
Chapter 9.1 : DFM for Low-Quantity Production Chapter 9.2 : DFM in Electronics Chapter 9.3 : DFX Chapter 9.4 : Glossary of Terms