Manufacturing Engineering Handbook
by: Hwaiyu Geng
Abstract: Manufacturing Engineering Handbook is divided into twenty-three topical sections, giving readers ready access to information on specific subjects in manufacturing engineering. The handbook will cover such topics as: Machining Processing, Press Work, Manufacturing Estimating, Business Management and Material Management. With this handbook, the reader will have access to information on conventional and modern manufacturing processes and operations management.
Full details
Table of Contents
- A. PREFACE
- B. ACKNOWLEDGMENTS
- 1. E-MANUFACTURING
- 2. DESIGN FOR MANUFACTURE AND ASSEMBLY
- 3. VALUE ENGINEERING AND MANAGEMENT
- 4. QUALITY FUNCTION DEPLOYMENT AND DESIGN OF EXPERIMENTS
- 5. RAPID PROTOTYPING, TOOLING, AND MANUFACTURING
- 6. DIMENSIONING AND TOLERANCING
- 7. BASIC TOOLS FOR TOLERANCE ANALYSIS OF MECHANICAL ASSEMBLIES
- 8. DESIGN AND MANUFACTURING COLLABORATION
- 9. CAD/CAM/CAE
- 10. MANUFACTURING SIMULATION
- 11. INDUSTRIAL AUTOMATION TECHNOLOGIES
- 12. FLEXIBLE MANUFACTURING SYSTEMS
- 13. OPTIMIZATION AND DESIGN FOR SYSTEM RELIABILITY
- 14. ADAPTIVE CONTROL
- 15. OPERATIONS RESEARCH IN MANUFACTURING
- 16. TOOL MANAGEMENT SYSTEMS
- 17. GROUP TECHNOLOGY FUNDAMENTALS AND MANUFACTURING APPLICATIONS
- 18. HEAT TREATMENT
- 19. METALCASTING PROCESSES
- 20. POWDER METALLURGY
- 21. WELDING, FABRICATION, AND ARC CUTTING
- 22. ROLLING PROCESS
- 23. PRESSWORKING
- 24. STRAIGHTENING FUNDAMENTALS
- 25. BRAZING
- 26. TUBE BENDING
- 27. METAL CUTTING AND TURNING THEORY
- 28. HOLE MAKING
- 29. TAPPING
- 30. BROACHING
- 31. GRINDING
- 32. METAL SAWING
- 33. FLUIDS FOR METAL REMOVAL PROCESSES
- 34. LASER MATERIALS PROCESSING
- 35. LASER WELDING
- 36. DIODE LASER FOR PLASTIC WELDING
- 37. ELECTRICAL DISCHARGE MACHINING
- 38. ABRASIVE JET MACHINING
- 39. TOOLING MATERIALS FOR PLASTICS MOLDING APPLICATIONS
- 40. INJECTION MOLDS FOR THERMOPLASTICS
- 41. MACHINE TOOL DESIGN ON FLEXIBLE MACHINING CENTERS
- 42. LUBRICATION DEVICES AND SYSTEMS
- 43. CHIP PROCESSING AND FILTRATION
- 44. DIRECT NUMERICAL CONTROL
- 45. FUNDAMENTALS AND TRENDS IN ROBOTIC AUTOMATION
- 46. MACHINE VISION
- 47. AUTOMATED ASSEMBLY SYSTEMS
- 48. FINISHING METAL SURFACES
- 49. COATING PROCESSES
- 50. ADHESIVE BONDING AND SEALING
- 51. LEAN MANUFACTURING
- 52. WORK CELL DESIGN
- 53. WORK MEASUREMENT
- 54. ENGINEERING ECONOMICS
- 55. MRP AND ERP
- 56. SIX SIGMA AND LEAN MANUFACTURING
- 57. STATISTICAL PROCESS CONTROL
- 58. ERGONOMICS
- 59. TOTAL PRODUCTIVE MAINTENANCE
- 60. PROJECT MANAGEMENT IN MANUFACTURING
- 61. POLLUTION PREVENTION AND THE ENVIRONMENTAL PROTECTION SYSTEM
- A. ABOUT THE EDITOR
Tools & Media
Expanded Table of Contents
-
A.
PREFACE
-
B.
ACKNOWLEDGMENTS
- 1. E-MANUFACTURING
- 2. DESIGN FOR MANUFACTURE AND ASSEMBLY
- 3. VALUE ENGINEERING AND MANAGEMENT
- 4. QUALITY FUNCTION DEPLOYMENT AND DESIGN OF EXPERIMENTS
- 5. RAPID PROTOTYPING, TOOLING, AND MANUFACTURING
- 6. DIMENSIONING AND TOLERANCING
- 7. BASIC TOOLS FOR TOLERANCE ANALYSIS OF MECHANICAL ASSEMBLIES
- 8. DESIGN AND MANUFACTURING COLLABORATION
- 9. CAD/CAM/CAE
- 10. MANUFACTURING SIMULATION
- 11. INDUSTRIAL AUTOMATION TECHNOLOGIES
- 12. FLEXIBLE MANUFACTURING SYSTEMS
- 13. OPTIMIZATION AND DESIGN FOR SYSTEM RELIABILITY
- 14. ADAPTIVE CONTROL
- 15. OPERATIONS RESEARCH IN MANUFACTURING
- 16. TOOL MANAGEMENT SYSTEMS
- 17. GROUP TECHNOLOGY FUNDAMENTALS AND MANUFACTURING APPLICATIONS
- 18. HEAT TREATMENT
- 19. METALCASTING PROCESSES
- 20. POWDER METALLURGY
-
21.
WELDING, FABRICATION, AND ARC CUTTING
- INTRODUCTION
- FUNDAMENTAL PRINCIPLES OF FUSION
- PROCESS SELECTION
- RESISTANCE WELDING
- SOLID-STATE WELDING
- OXYFUEL GAS WELDING
- THERMAL CUTTING
- HIGH ENERGY DENSITY WELDING AND CUTTING PROCESSES
- WELDING PROCEDURES
- BASIC METALLURGY FOR THE MANUFACTURING ENGINEER
- DESIGN OF WELDED CONNECTIONS
- THERMAL CONSIDERATIONS
- QUALITY
- TESTING
- WELDING COSTS
- SAFETY
-
22.
ROLLING PROCESS
- ROLLING PROCESS BACKGROUND
- GENERAL CHARACTERISTICS OF THE ROLLING PROCESS
- ROLLING SYSTEM GEOMETRICS AND CHARACTERISTICS
- ROLLING EQUIPMENT
- OPERATIONAL USES OF ROLLING
- ROLLABLE FORMS
- ROLLING MATERIALS
- ROLLING BLANK REQUIREMENTS AND RELATED EFFECTS
- DIE AND TOOL WEAR
- PROCESS CONTROL AND GAGING
- PROCESS ECONOMIC AND QUALITY BENEFITS
- FUTURE DIRECTIONS
- 23. PRESSWORKING
- 24. STRAIGHTENING FUNDAMENTALS
- 25. BRAZING
- 26. TUBE BENDING
- 27. METAL CUTTING AND TURNING THEORY
- 28. HOLE MAKING
- 29. TAPPING
- 30. BROACHING
- 31. GRINDING
- 32. METAL SAWING
- 33. FLUIDS FOR METAL REMOVAL PROCESSES
- 34. LASER MATERIALS PROCESSING
- 35. LASER WELDING
- 36. DIODE LASER FOR PLASTIC WELDING
- 37. ELECTRICAL DISCHARGE MACHINING
- 38. ABRASIVE JET MACHINING
-
39.
TOOLING MATERIALS FOR PLASTICS MOLDING APPLICATIONS
- INTRODUCTION
- SURFACE FINISH OF MOLDED COMPONENT AND MOLD STEEL “POLISHABILITY”
- COMPLEXITY OF DESIGN
- WEAR RESISTANCE OF THE MOLD CAVITY/CORE
- SIZE OF THE MOLD
- CORROSION-RESISTANT MOLD MATERIALS
- THERMALLY CONDUCTIVE MOLD MATERIALS
- ALUMINUM MOLD MATERIALS
- COPPER-BASE ALLOYS FOR MOLD APPLICATIONS
- STANDARD MOLD STEEL PRODUCTION METHODS
- POWDER METALLURGICAL PROCESS FOR MOLD STEEL PRODUCTION
- SUMMARY
- 40. INJECTION MOLDS FOR THERMOPLASTICS
- 41. MACHINE TOOL DESIGN ON FLEXIBLE MACHINING CENTERS
- 42. LUBRICATION DEVICES AND SYSTEMS
- 43. CHIP PROCESSING AND FILTRATION
- 44. DIRECT NUMERICAL CONTROL
- 45. FUNDAMENTALS AND TRENDS IN ROBOTIC AUTOMATION
- 46. MACHINE VISION
- 47. AUTOMATED ASSEMBLY SYSTEMS
- 48. FINISHING METAL SURFACES
- 49. COATING PROCESSES
- 50. ADHESIVE BONDING AND SEALING
- 51. LEAN MANUFACTURING
- 52. WORK CELL DESIGN
- 53. WORK MEASUREMENT
-
54.
ENGINEERING ECONOMICS
- FUNDAMENTAL PRINCIPLES
- EQUIVALENCE AND THE MATHEMATICS OF COMPOUND INTERESTS
- METHODS FOR SELECTING AMONG ALTERNATIVES
- AFTER-TAX ECONOMY STUDIES
- INCORPORATING PRICE LEVEL CHANGES INTO THE ANALYSIS
- TREATING RISK AND UNCERTAINTY IN THE ANALYSIS
- COMPOUND INTEREST TABLES (10 PERCENT)
- FURTHER READING
- Journals
- 55. MRP AND ERP
-
56.
SIX SIGMA AND LEAN MANUFACTURING
- OVERVIEW
- CONCEPT AND PHILOSOPHY OF SIX SIGMA
- THE HISTORY OF SIX SIGMA
- THE STRATEGIC CONCEPT FOR SUCCESSFUL SIX SIGMA
- ROLES AND ACCOUNTABILITIES IN A SIX SIGMA ORGANIZATION
- THE TACTICAL APPROACH FOR SIX SIGMA
- SIX SIGMA AND LEAN MANUFACTURING
- OBSTACLES IN SIX SIGMA IMPLEMENTATION
- OPPORTUNITIES WITH SUCCESSFUL SIX SIGMA
- 57. STATISTICAL PROCESS CONTROL
- 58. ERGONOMICS
- 59. TOTAL PRODUCTIVE MAINTENANCE
- 60. PROJECT MANAGEMENT IN MANUFACTURING
- 61. POLLUTION PREVENTION AND THE ENVIRONMENTAL PROTECTION SYSTEM
-
A.
ABOUT THE EDITOR
Book Details
Title: Manufacturing Engineering Handbook
Publisher: McGRAW-HILL: New York, Chicago, San Francisco, Lisbon, London, Madrid, Mexico City, Milan, New Delhi, San Juan, Seoul, Singapore, Sydney, Toronto
Copyright / Pub. Date: 2004 The McGraw-Hill Companies, Inc.
ISBN: 9780071398251
Authors:
Hwaiyu Geng is the author of this McGraw-Hill Professional publication.
Description: Manufacturing Engineering Handbook is divided into twenty-three topical sections, giving readers ready access to information on specific subjects in manufacturing engineering. The handbook will cover such topics as: Machining Processing, Press Work, Manufacturing Estimating, Business Management and Material Management. With this handbook, the reader will have access to information on conventional and modern manufacturing processes and operations management.
Required field
