PREFACE
TABLE OF CONTENTS
Acknowledgments
1. PART 1: MATHEMATICS FUNDAMENTALS Chapter 1: Mathematics
1.1. Percentages, Ratios, and Proportions
2. PART 2: APPLIED ENGINEERING SCIENCE Chapter 2: Units of Measure
2.1. SI Base Units
2.2. SI Derived Units
2.3. Wave Nature of Sound
2.4. Intensity of Sound
2.5. Frequency of Sound
2.6. Response of the Human Ear to Sound
5. Chapter 5: Electricity/Electronics
5.1. Types of Circuit Connections
5.2. Circuit Analysis Using Kirchoff’s Laws
8. Chapter 8: Strength of Materials
8.1. Stress and Strain
9. Chapter 9: Thermodynamics and Heat Transfer
10. Chapter 10: Fluid Power
10.1. Structure of Matter
10.2. Types of Compounds
10.3. Acids and Bases
12. PART 3: MATERIALS Chapter 12: Material Properties
12.1. Material Testing Agencies
12.2. Mechanical Testing Methods
12.3. Iron-Carbon Diagram
12.4. Microstructures of Steel
12.5. Heat-treatment Processes
17. PART 4: PRODUCT DESIGN Chapter 17: Engineering Drawing
17.1. Tolerances for 100% Interchangeability
17.2. Surface Finish Symbols
18. Chapter 18: Geometric Dimensioning and Tolerancing
18.1. Feature Control Frame
19. Chapter 19: Computer-aided Design/Engineering
19.1. Computer-aided Design
19.2. Finite Element Analysis
19.3. Circuit Board Layout
20. Chapter 20: Product Development and Design
20.1. New Product Development
20.2. Integrated Product Development
20.3. Design for Manufacture
20.4. Design for Assembly
20.5. Design for Disassembly
20.6. Failure Mode and Effects Analysis
21. Chapter 21: Intellectual Property
22. Chapter 22: Product Liability
22.1. Product Liability Law History
22.2. Legal Process and Procedure
22.3. Legal Theories of Recovery
22.4. Defenses to Product Liability Claims
22.5. Safety Laws and Standards
23. PART 5: MANUFACTURING PROCESSES Chapter 23: Cutting Tool Technology
23.1. Tool Failure and Tool Life
23.2. Cutting Tool Materials
24. 24.6 High-speed Machining (HSM)
25. Chapter 25: Metal Forming
25.1. Wire and Bar Drawing
25.2. High-energy-rate Forming
26. Chapter 26: Sheet Metalworking
26.1. Presses and Dies
27. Chapter 27: Powdered Metals
27.1. Metal Injection Molding
28. Chapter 28: Casting
28.1. Multiple-use Pattern/Single-use Mold Processes
28.2. Single-use Pattern/Single-use Mold Processes
28.3. Multiple-use Mold Processes
29. Chapter 29: Joining and Fastening
29.1. Welding Process Selection
29.2. Types of Welded Joints
29.3. Shielded-metal-arc Welding
29.4. Gas-metal-arc Welding
29.5. Gas-tungsten-arc Welding
29.6. Plasma-arc Welding
29.7. Arc Welding Defects
29.8. Electric Resistance Welding
29.9. Solid-state Welding
29.10. Unique Welding Processes
29.11. Brazing and Soldering Brazing
29.14. Screw Thread Terminology
31. Chapter 31: Plastics Processes
31.1. Thermoforming Plastic Sheet and Film
31.2. Compression and Transfer Molding
32. Chapter 32: Composite Processes
32.1. Wet Lay-up
32.2. Liquid Composite Molding
33. Chapter 33: Ceramic Processes
33.1. Crystalline Ceramic Powder Processing
33.2. Drying, Firing, and Finishing
34. Chapter 34: Printed Circuit Board Fabrication and Assembly
34.1. Printed Circuit Board Fabrication
34.2. Through-hole Technology Assembly
34.3. Surface Mount Technology Assembly
35. PART 6: PRODUCTION SYSTEMS Chapter 35: Traditional Production Planning and Control
35.1. Requirements and Capacity Planning
35.2. Scheduling and Production Control
35.3. Manufacturing Resource Planning
36. Chapter 36: Lean Production
36.1. Toyota Production System
36.2. Essential Lean Production Components
36.3. Just-In-Time
37. Chapter 37: Process Engineering
37.1. Computer-aided Process Planning
37.2. Methods Engineering and Work Measurement
38. Chapter 38: Fixture and Jig Design
39. Chapter 39: Materials Management
39.1. Just-in-time (JIT) Inventory
39.2. Supply Chain Management
40. Chapter 40: Industrial Safety, Health, and Environmental Management
40.1. Occupational Safety and Health Administration (OSHA)
40.2. Welding, Cutting, and Brazing (29 CFR 1910 Subpart Q)
40.3. Personal Protective Equipment (29 CFR 1910 Subpart I)
40.4. Equipment Lock Out and Tag Out (29 CFR 1910 Subpart J)
40.5. Hazardous Waste Management (Title 40 CFR)
41. PART 7: AUTOMATED SYSTEMS AND CONTROL Chapter 41: Manufacturing Networks
41.1. Open-systems Interconnect Model
41.2. Repeaters, Bridges, Routers, and Gateways
42. Chapter 42: Computer Numerical Control Machining
42.1. Computer Numerical Control/Numerical Control Programming
43. Chapter 43: Programmable Logic Controllers
43.1. Programmable Automation Controllers
43.2. Robot Arm/World Interface
45. Chapter 45: Automated Material Handling and Identification
45.1. Automated Material Handling Systems
46. PART 8: QUALITY Chapter 46: Statistical Methods for Quality Control
46.1. Process Capability Analysis
46.2. Attribute Control Charts
47. Chapter 47: Continuous Improvement
47.1. Cost of Quality
47.2. Problem-solving Tools
47.3. Malcolm Baldrige Award
47.4. Theory of Constraints
48. Chapter 48: Quality Standards
49. Chapter 49: Dimensional Metrology
49.1. Length Standards and Traceability
49.2. Coordinate Measuring Machines
49.3. Qualifying Tolerances with Gages
50. Chapter 50: Nondestructive Testing
50.1. Liquid Penetrant Testing
50.2. Magnetic Particle Testing
50.3. Eddy-current Testing
50.4. Acoustic Emission Testing
51. PART 9: MANUFACTURING MANAGEMENT Chapter 51: Management Introduction
51.1. Manufacturing Management History
51.2. Manufacturing Supervision and Management
51.3. Organizational Structures and Strategies
51.4. The Shingo Prize
52. Chapter 52: Leadership and Motivation
53. Chapter 53: Project Management
53.1. Project Management Phases
54. Chapter 54: Labor Relations
54.1. Types of Union Membership
54.2. Strikes and Dispute Resolution
54.3. The Progressive Discipline Process
54.4. Role of the Supervisor in Contract Administration
54.5. Trends in Union-management Cooperation
55. Chapter 55: Engineering Economics
55.1. Cash Flow Patterns
55.2. Comparisons Based on Annual Cost
56. Chapter 56: Sustainable Manufacturing
56.1. Sustainability Standards and Guidelines
56.2. Life-cycle Assessment
56.3. Sustainable Manufacturing Implementation Strategies
57. PART 10: PERSONAL EFFECTIVENESS Chapter 57: Personal Effectiveness
57.1. Speeches and Oral Presentations
57.2. Creativity and Innovation
APPENDICES Appendix A: Mathematics
A.1. Circles, Ellipses, Parabolas, and Hyperbolas
A.2. Derivative and Integral Formulas
Appendix B: Physics and Engineering Sciences
B.1. Units of Measure
B.6. Fluid Conservation of Momentum
Appendix C: Geometric Tolerancing Reference Charts
Appendix D: CNC G and M Charts
Appendix E: Calculating the Time Value of Money
Appendix F: Review Question Answers