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| Introduction | |
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| Production System Facilities | |
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| Manufacturing Support Systems | |
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| Automation in Production Systems | |
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| Manual Labor in Production Systems | |
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| Automation Principles and Strategies | |
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| Organization of the Book | |
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| Manufacturing Operations | |
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| Manufacturing Industries and Products | |
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| Manufacturing Operations | |
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| Product/Production Relationships | |
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| Production Concepts and Mathematical Models | |
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| Costs of Manufacturing Operations | |
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| Automation and Control Technologies | |
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| Introduction to Automation | |
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| Basic Elements of an Automated System | |
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| Advanced Automation Functions | |
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| Levels of Automation | |
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| Industrial Control Systems | |
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| Process Industries versus Discrete Manufacturing Industries | |
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| Continuous versus Discrete Control | |
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| Computer Process Control | |
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| Forms of Computer Process Control | |
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| Sensors, Actuators, and Other Control System Components | |
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| Sensors | |
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| Actuators | |
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| Analog-to-Digital Conversion | |
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| Digital-to-Analog Conversion | |
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| Input/Output Devices for Discrete Data | |
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| Numerical Control | |
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| Fundamentals of NC Technology | |
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| Computer Numerical Control | |
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| DNC | |
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| Applications of Numerical Control | |
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| NC Part Programming | |
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| Engineering Analysis of NC Positioning Systems | |
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| Appendix: Apt Word Definitions | |
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| Industrial Robotics | |
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| Robot Anatomy and Related Attributes | |
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| Robot Control Systems | |
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| End Effectors | |
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| Sensors in Robotics | |
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| Industrial Robot Applications | |
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| Robot Programming | |
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| Engineering Analysis of Industrial Robots | |
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| Discrete Control Using Programmable Logic Controllers and Personal Computers | |
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| Discrete Process Control | |
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| Ladder Logic Diagrams | |
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| Programmable Logic Controllers | |
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| Personal Computers Using Soft Logic | |
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| Material Handling and Identification Technologies | |
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| Introduction to Material Handling | |
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| Overview of Material Handling Equipment | |
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| Considerations in Material Handling System Design | |
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| The 10 Principles of Material Handling | |
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| Material Transport Systems | |
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| Industrial Trucks | |
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| Automated Guided Vehicle Systems | |
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| Monorails and Other Rail Guided Vehicles | |
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| Conveyor Systems | |
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| Cranes and Hoists | |
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| Analysis of Material Transport Systems | |
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| Storage Systems | |
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| Storage System Performance | |
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| Storage Location Strategies | |
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| Conventional Storage Methods and Equipment | |
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| Automated Storage Systems | |
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| Engineering Analysis of Storage Systems | |
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| Automatic Data Capture | |
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| Overview of Automatic Identification Methods | |
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| Bar Code Technology | |
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| Other ADC Technologies | |
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| Manufacturing Systems | |
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| Introduction to Manufacturing Systems | |
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| Components of a Manufacturing System | |
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| Classification of Manufacturing Systems | |
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| Overview of the Classification Scheme | |
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| Manufacturing Progress Functions (Learning Curves) | |
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| Single Station Manufacturing Cells | |
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| Single Station Manned Workstations | |
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| Single Station Automated Cells | |
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| Applications | |
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| Analysis of Single Station Cells | |
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| Group Technology and Cellular Manufacturing | |
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| Part Families | |
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| Parts Classification and Coding | |
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| Production Flow Analysis | |
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| Cellular Manufacturing | |
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| Application Considerations in Group Technology | |
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| Quantitative Analysis in Cellular Manufacturing | |
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| Flexible Manufacturing Systems | |
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| What is an FMS? | |
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| FMS Components | |
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| FMS Applications and Benefits | |
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| FMS Planning and Implementation Issues | |
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| Quantitative Analysis of Flexible Manufacturing Systems | |
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| Manual Assembly Lines | |
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| Fundamentals of Manual Assembly Lines | |
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| Alternative Assembly Systems | |
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| Design for Assembly | |
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| Analysis of Single Model Assembly Lines | |
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| Line Balancing Algorithms | |
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| Mixed Model Assembly Lines | |
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| Other Considerations in Assembly Line Design | |
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| Transfer Lines and Similar Automated Manufacturing Systems | |
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| Fundamentals of Automated Production Lines | |
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| Applications of Automated Production Lines | |
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| Analysis of Transfer Lines with No Internal Storage | |
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| Analysis of Transfer Lines with Storage Buffers | |
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| Automated Assembly Systems | |
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| Fundamentals of Automated Assembly Systems | |
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| Design for Automated Assembly | |
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| Quantitative Analysis of Assembly Systems | |
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| Quality Control Systems | |
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| Introduction to Quality Assurance | |
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| Quality Defined | |
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| Traditional and Modern Quality Control | |
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| Taguchi Methods in Quality Engineering | |
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| ISO 9000 | |
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| Statistical Process Control | |
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| Process Variability and Process Capability | |
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| Control Charts | |
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| Other SPC Tools | |
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| Implementing Statistical Process Control | |
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| Inspection Principles and Practices | |
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| Inspection Fundamentals | |
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| Sampling versus 100% Inspection | |
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| Automated Inspection | |
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| When and Where to Inspect | |
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| Quantitative Analysis of Inspection | |
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| Inspection Technologies | |
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| Inspection Metrology | |
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| Contact versus Noncontact Inspection Techniques | |
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| Conventional Measuring and Gaging Techniques | |
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| Coordinate Measuring Machines | |
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| Surface Measurement | |
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| Machine Vision | |
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| Other Optical Inspection Techniques | |
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| Noncontact Nonoptical Inspection Technologies | |
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| Manufacturing Support Systems | |
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| Product Design and CAD/CAM in the Production System | |
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| Product Design and CAD | |
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| CAD System Hardware | |
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| CAM, CAD/CAM, and CIM | |
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| Quality Function Deployment | |
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| Process Planning and Concurrent Engineering | |
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| Process Planning | |
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| Computer-Aided Process Planning (CAPP) | |
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| Concurrent Engineering and Design for Manufacturing | |
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| Advanced Manufacturing Planning | |
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| Production Planning and Control Systems | |
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| Aggregate Production Planning and the Master Production Schedule | |
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| Material Requirements Planning (MRP) | |
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| Capacity Planning | |
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| Shop Floor Control | |
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| Inventory Control | |
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| Manufacturing Resource Planning (MRP II) | |
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| Just-In-Time Production Systems | |
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| Lean Production and Agile Manufacturing | |
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| Lean Production | |
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| Agile Manufacturing | |
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| Comparison of Lean and Agile | |