Manufacturing Engineering Handbook, 2nd Edition

A fully revised guide to manufacturing engineering technologies, principles, and applications

This thoroughly updated resource offers complete details on traditional, advanced, and emerging manufacturing engineering processes. Written by a team of 58 international experts, this second edition shows how to optimize all aspects of the global manufacturing process and build the highest quality goods at the lowest price in the shortest possible time. All new topics include cloud computing, Internet of Things, 3D printing, nano manufacturing and advanced manufacturing, and operations research.

Manufacturing Engineering Handbook, Second Edition covers:

• Cloud computing, Internet of Things, Sustainability,and Global Manufacturing
• Additive Manufacturing, Robotics, and Machine Vision
• Microelectromechanical Systems and Nano-manufacturing
• Laser Technology, Abrasive Jet, Welding, Sheet-metal Forming Process
• Lean Manufacturing and Six Sigma
• Value Engineering and Adaptive Manufacturing
• Computer-Aided-Design, and Manufacturing
• Heat Teatment, Casting, and Powder Metallurgy
• Metalworking, Grinding, and Metal Forming
• Composite, Mold-Making, and Plastics Processing
• Quality Control, Engineering Economics, Human Factors, and Supply Chain Management
• And many more processes and technologies

Preface

Part I : Product Development & Design
Chapter 1 : Advanced Manufacturing with Cloud, Internet of Things, and Sustainability
Chapter 2 : Global Manufacturing
Chapter 3 : Design for Manufacturing and Assembly
Chapter 4 : Design for Experiments
Chapter 5 : Design for Six Sigma
Chapter 6 : Value Engineering
Chapter 7 : Basic Tools for Tolerance Analysis of Mechanical Assemblies
Chapter 8 : Quality Function Development

Part II : Manufacturing Automation & Technologies
Chapter 9 : Computer-Aided-Design and Computer-Aided-Manufacturing (CAM)
Chapter 10 : Computer Numerical Control (CNC)
Chapter 11 : Adaptive Control for Machining Operations
Chapter 12 : Manufacturing Simulation
Chapter 13 : Microelectromechanical System
Chapter 14 : Nano Material & Nano Manufacturing
Chapter 15 : Additive Manufacturing

Part III : Hot and Cold Working, Welding, and Fabrication
Chapter 16 : Metallurgy Fundamentals, Heat Treatment and Tool Steel
Chapter 17 : Casting
Chapter 18 : Powder Metallurgy
Chapter 19 : Welding, Brazing and Thermal Cutting
Chapter 20 :  Pressworking
Chapter 21 : Laser Material Processing
Chapter 22 : Abrasive Jet Machining

Part IV : Metalworking
Chapter 23 : Metalworking, Turning, and Milling
Chapter 24 :  Holemaking
Chapter 25 : Threading
Chapter 26 : Rolling Process
Chapter 27 : Tapping
Chapter 28 : Gear Manufacturing
Chapter 29 : Grinding Technology
Chapter 30 : Electrical Discharge Machining, Electrical Chemical Machining

Part V : Robotics, Machine Vision, and Surface Preparation
Chapter 31 : Robotics: Design, Integrated Controls and Software
Chapter 32 : Machine Vision

Part VI : Composites, Plastics, and Moldmaking
Chapter 33 : Composite manufacturing process
Chapter 34 : Plastic manufacturing process
Chapter 35 : Injection Molds for Thermoplastics

Part VII : Manufacturing Processes Design
Chapter 36 : Lean Manufacturing
Chapter 37 : Six Sigma & Lean Manufacturing
Chapter 38 : Flexible Manufacturing System
Chapter 39 : Automated Assembly System
Chapter 40 :  Workcell Design

Part VIII : Industrial Engineering
Chapter 41 : Statistical Quality Control, Testing, & Inspection
Chapter 42 : Engineering Economics
Chapter 43 : Industrial Ergonomics
Chapter 44 : Work Measurement and Methods
Chapter 45 : Opertions Research & Manufacturing
Chapter 46 : Supply Chain Management

Index