Exploring Advanced Manufacturing Technologies
Table of Contents Preface Ackowledgments About the Authors Sect. 1 Human Resources Unit 1 Producing Prosperity Unit 2 Economics of Advanced Manufacturing Technology Unit 3 Managing Human Resources Unit 4 Internet Sourcing of Products and Services Sect. 2 Material Removal Processes Unit 1 High-Speed Machining Unit 2 Single-Point OD Grinding Unit 3 Grinding Simulator Sect. 3 Cutting Tools and Accessories Unit 1 Superabrasive Technology Unit 2 Cutting Tool Technology Unit 3 Modular Tooling Unit 4 Thriller Combination Tool Unit 5 QQC Diamond Process Sect. 4 Workholding Devices Unit 1 Types Of Workholding Devices Sect. 5 Special Machines Unit 1 Linear Motors Unit 2 Non-Cartesian Machines Sect. 6 Non-Conventional Material Removal Processes Unit 1 Lasers Unit 2 Electrical Discharge Machining Unit 3 Waterjet and Abrasive Waterjet Cutting Sect. 7 Non-Material Removal Processes Unit 1 Near Net Shape Casting Unit 2 Rapid Prototyping Unit 3 Direct Metal Deposition Unit 4 Fineblanking Unit 5 Robotics Sect. 8 Computer Numerical Control and CAD Manufacturing Unit 1 Product Design and Development Unit 2 CAD/CAM Unit 3 Internet 3D CAD Files Unit 4 Open Architecture CNC Unit 5 Solid/Hybrid CAD Modeling Unit 6 Immersive Virtual Reality Unit 7 NURBS Interpolation Sect. 9 Measurement, Inspection and Quality Control Unit 1 Artificial Intelligence Unit 2 Coordinate Measuring Systems Unit 3 Laser/Vision Measuring Unit 4 Total Quality Improvement Sect. 10 Manufacturing Systems Unit 1 Continuous Improvement Unit 2 Lean Manufacturing Unit 3 Group Technology and Cellular Manufacturing Unit 4 Flexible Manufacturing Systems Unit 5 Just-In-Time Manufacturing Unit 6 Machine Diagnostics Online Unit 7 e-Manufacturing/Internet Manufacturing Unit 8 STEP NC and Internet Manufacturing Unit 9 Advanced Digital Manufacturing Sect. 11 Miscellaneous Unit 1 Cryogenic Tempering Unit 2 Manufacturing in the Future Unit 3 Nanotechnology Index.
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MATERIAL REMOVAL PROCESSES
COMPUTER NUMERICAL CONTROL AND CAD MANUFACTURING
MEASUREMENT INSPECTION AND QUALITY CONTROL
CUTTING TOOLS AND ACCESSORIES
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abrasive accuracy accurate advantages allows applications areas assembly Associates automated become benefits better casting cell changes combination complete components continuous conventional cost create curve cutting cutting tool cycle defined direct effective efficient eliminate engineering equipment factors finish flexibility floor force functions geometry grinding important improve increase industry inserts inspection Internet inventory involved laser less linear machine tool manufacturing material measuring metal methods motor move object Open operations performance possible problems Project prototype range reduce result robot selection shape solid specific speed standard steel STEP structure suppliers surface tion unit users virtual wheel workpiece