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Engineering Design for Manufacturability Reference Book

Engineering Design for Manufacturability Book - Engineering and Drafting Store

Engineering Design for Manufacturability - This engineering design reference book provides an overview of manufacturing processes, application, design considerations, required features, and achievable mechanical tolerances for selected manufacturing processes. This book has been written exclusively for engineers, designers, and others seeking to create designs with manufacturability in mind.

Book is 400 + pages and soft cover bound, from Engineers Edge!

Look inside this book (opens in a new browser window) - Engineering Design for Manufacturability

Written and Illustrated by Kelly Bramble et. al. revision "L".

Design For Manufacturability

Table of Contents - Book Content:

  • Culture-nomics
  • The Cost Estimate
  • Designing for High Volume Manufacturing
  • Designing for Low Volume Manufacturing
  • Concurrent Engineering
  • Legacy Design Criteria
  • Set-Based Concurrent Engineering
  • Manufacturing Operations/Procedure
  • Manufacturing Routing
  • CNC (Computer Numerical Control)
  • Three Axis CNC Machining
  • Five Axis Machining
  • CNC Coordinate Axis INTEGREX e-650 II
  • Mechanical Dimensions and Tolerances Overview
  • Manufacturing’s Ability To Fabricate Part or Features
  • Assigning Excessively Tight Tolerances
  • Assigning Very Loose Tolerances
  • Cost vs. Process chart
  • Surface Quality – Texture Roughness
  • Surface Roughness (Ra) and Process Capability Chart
  • Preferred ISO Roughness Values and Grades
  • Cleaning Processes, Design for Coatings & Platings
  • Scale and Rust
  • Common Cleaning Operations
  • Common Cleaning Processes
  • Design for Coatings and Platings Overview
  • Categories of Coatings
  • Selected Coatings and plating Methods
  • General Design Guidelines
  • Design for Marking and Identification
  • Marking Methods Overview
  • Design Guidelines
  • Materials and Machinability
  • Materials overview
  • Industry Standard Machinability Chart
  • Materials Machinability
  • Design for Machining
  • General Machining Design Guidelines
  • Milling Manufacturing
  • Cutting Tool Construction
  • Insert Cutters
  • Milling Design Guidelines
  • Radii Design
  • Tool Stiffness
  • Rib and Flange Design
  • Clevis Design – Machine Allowance
  • Tolerances
  • Tolerances for Machined Tapers
  • Sawing and Cutoff Machines
  • Turning – Lathes
  • Drilling and Reaming Hole Machines & Design
  • Types of Drilling Tools
  • Boring Manufacturing
  • Honing Manufacturing
  • Trepanning
  • Gun Drilling
  • Ejector Drilling
  • Single Tube System (STS)
  • Threading (Screw Threads)
  • Thread Manufacturing
  • Thread Grinding
  • Thread Rolling
  • Thread Tolerances Overview
  • Thread Location Tolerances
  • Thread Design Illustrations
  • ACME Threads
  • General Purpose ACME Threads
  • American Standard ACME Threads
  • Stub Acme
  • Modified Square Threads
  • Tapered Pipe Threads
  • Buttress Threads
  • Hobbing
  • Broaching
  • Blind Hole Broaching
  • Surface Grinding
  • Center-Type Grinding
  • Centerless Grinding (Ground)
  • EDM (Electrical Discharge Machining)
  • Castings
  • Sand Casting Process
  • Green-Sand Casting
  • Dry-Sand Casting
  • Cold-Cure Casting
  • Shell Molding Casting
  • Lost Foam Molding Casting
  • Investment Casting
  • Die Casting
  • Forging
  • Metal Extrusion Manufacturing
  • Electroforming
  • Rapid Prototype
  • Injection Molding Plastic
  • Plastic Extrusion
  • Overjacking Extrusion
  • Tubing Extrusion
  • Coextrusion
  • Extrusion Coating
  • Compound Extrusion
  • Stamping and Forming – Sheet Metal
  • Fine Blanking
  • Progressive Stamping – Sheet Metal
  • Deep Drawing
  • Spinning (Spun) Parts (Metal) Manufacturing
  • Laser Cutting
  • Abrasive Water Jet Cutting
  • Welding Design
  • Flux-Cored Arc Welding (FCAW)
  • Gas-Metal Arc Welding (GMAW)
  • Plasma Arc Welding (PAW)
  • Shielded Metal Arc Welding SMAW
  • Gas Tungston Arc Welding, GTAW, TIG
  • Electric Resistance Welding
  • Spot Welding
  • Seam Welding
  • Plasma Arc Welding
  • Oxyacetylene Gas Welding
  • Electron Beam Welding
  • Laser Conduction Welding
  • Laser Penetration Welding
  • Friction Welding
  • Fixtures and Jigs - Design for Work Holding
  • Assembly Work Holding
  • Design for Corrosion
  • Inspection and Quality
  • Dimensional Gages and Instruments
  • Engineering Drawings and Manufacturing
  • Computer Aided Design (CAD) and Manufacturing
  • Design for Maintainability
  • Generic Part Manufacturability Check Sheet
  • ANSI Size Drills
  • ISO (Metric Size Drills) and Conversion to Inches
  • ANSI Screw Threads Sizes
  • ACME Thread Forms
  • Tape Pipe Threads
  • Industry Finish and Coating Specifications Reference

 

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