[request_ebook] manufacturing Engineering handbook

It is every companys goal to build the highest quality goods at the lowest price in the shortest time possible. The Manufacturing Engineering Handbook provides all the information needed to optimize the design of manufacturing processes.

This book covers conventional metalworking plus the latest manufacturing and automation technologies, including:

• Hot working
• Metalforming
• Moldmaking
• Machine design
• Robotics
• Machine vision
• Surface preparation
• Lean manufacturing
• Supply chain material control
• Productive Maintenance
• Plus much more!

Each chapter in this handbook includes the fundamentals of relevant technology and its industrial application; operational considerations for planning, implementing, and controlling manufacturing processes; and a list of relevant books, technical papers, and websites for additional reading.

The Manufacturing Engineering Handbook is the most comprehensive single-source guide to manufacturing engineering ever published.

Contents

1. Product Development and Design
   • E-Manufacturing
   • Design for Manufacture and Assembly
   • Value Engineering
   • Quality Function Deployment and Design of Experiments
   • Rapid Prototyping, Tooling, and Manufacturing
   • Dimensioning and Tolerancing
   • Basic Tools for Tolerance Analysis of Mechanical Assemblies
   • Design and Manufacturing Collaboration
2. Manufacturing Automation and Technologies
   • CAD/CAM/CAE
   • Manufacturing Simulation
   • Industrial Automation Technologies
   • Flexible Manufacturing Systems
   • Optimization and Design for System Reliability
   • Adaptive Control
   • Operations Research in Manufacturing
   • Tool Management Systems
   • Group Technology Fundamentals and Manufacturing Applications

3. Heat Treating, Hot Working, and Metalforming
   • Heat Treatment
   • Metalcasting Processes
   • Powder Metallurgy
   • Welding, Fabrication, and Arc Cutting
   • Rolling Process
   • Pressworking
   • Straightening Fundamentals
   • Brazing
   • Tube Bending
4. Metalworking, Moldmaking, and Machine Design
   • Metal Cutting and Turning Theory
   • Hole Making
   • Tapping
   • Broaching
   • Grinding
   • Metal Sawing
   • Fluids for Metal Removal Processes
   • Laser Materials Processing
   • Laser Welding
   • Diode Laser for Plastic Welding
   • Electrical Discharge Machining
   • Abrasive Jet Machining
   • Tooling Materials for Plastics Molding Applications
   • Injection Molds for Thermoplastics
   • Machine Tool Design on Flexible Machining Centers
   • Lubrication Devices and Systems
   • Chip Processing and Filtration
   • Direct Numerical Control

5. Robotics, Machine Vision and Surface Preparation
   • Fundamentals and Trends in Robotic Automation
   • Machine Vision
   • Automated Assembly Systems
   • Finishing Metal Surfaces
   • Coating Processes
   • Adhesive Bonding and Sealing

6. Manufacturing Processes Design
   • Lean Manufacturing
   • Work Cell Design
   • Work Measurement
   • Engineering Economics
   • MRP and ERP
   • Six Sigma and Lean Manufacturing
   • Statistical Process Control
   • Ergonomics
   • Total Productive Maintenance
   • Project Management in Manufacturing
   • Pollution Prevention and the Environmental Protection System