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Fundamentals of Modern Manufacturing: Materials, Processes, And Systems
Most introductory books on manufacturing processes focus almost exclusively on metals. Although metals are certainly important, ceramics, polymers, composites, and silicon are increasingly important as engineering and manufacturing materials today.
The second edition of 'Fundamentals of Modern Manufacturing' provides a comprehensive treatment of these other materials and their processing, without sacrificing its solid coverage of metals and metal processing. In addition, new chapters have been include on Rapid Prototyping and Microfabrication. And new sections have been added on a variety of other topics, including High Speed Machining and Nanofabrication.
Other features of 'Fundamentals of Modern Manufacturing' : Materials, Processes, and Systems include:
1) Emphasis on how material properties relate to the process
variables in a given process.
2) Emphasis on manufacturing science and quantitative engineering
analysis of manufacturing processes.
3) More than 500 quantitative problems are include as end of
chapter exercises.
4) Multiple choice quizzes in all but one chapter (approximately
500 questions).
5) Coverage of electronics manufacturing, one of the most
commercially important areas in today's technology oriented
economy.
6) Historical notes are included to introduce manufacturing from
the earliest materials and processes, like woodworking, to the
most recent.
1 Introduction , 1-23.
PART I MATERIAL PROPERTIES & PRODUCT ATTRIBUTES (24-87):
2 The Nature of Materials , 24-38
3 Mechanical Properties of Materials , 39-65
4 Physical Properties of Materials , 66-76
5 Dimensions, Tolerances, and Surface , 77-87.
PART II ENGINEERING MATERIALS (88-192):
6 Metals , 88-124
7 Ceramics , 125-142
8 Polymers , 143-174
9 Composite Materials , 175-192.
PART III SOLIDIFICATION PROCESSES (193-333):
10 Fundamentals of Metal Casting , 193-212
11 Metal Casting Processes , 213-245
12 Glassworking , 246-255
13 Shaping Processes for Plastics , 256-305
14 Rubber Processing Technology , 306-316
15 Shaping Processes for Polymer Matrix Composites , 317-333.
PART IV PARTICULATE PROCESSING OF METALS & CERAMICS (334-373):
16 Powder Metallurgy , 334-357
17 Processing of Ceramics & Cermets , 358-373.
PART V METAL FORMING & SHEET METALWORKING (374-474):
18 Fundamentals of Metal Forming , 374-385
19 Bulk Deformation Processes in Metal Working , 386-434
20 Sheet Metal Working , 435-474.
PART VI MATERIAL REMOVAL PROCESSES (475-638):
21 Theory of Metal Machining , 475-498
22 Machining Operations & Machine Tools , 499-533
23 Cutting Tool Technology , 534-564
24 Economic & Product Design Considerations in Machining
, 565-584
25 Grinding & Other Abrasive Processes , 585-609
26 Nontraditional Machining & Thermal Cutting Processes,610-638
PART VII PROPERTY ENHANCING&SURFACE PROCESSING OPERATIONS(639-678)
27 Heat Treatment of Metals , 639-650
28 Cleaning & Surface Treatments , 651-658
29 Coating & Deposition Processes , 659-678
PART VIII JOINING & ASSEMBLY PROCESSES (679-771):
30 Fundamentals of Welding , 679-693
31 Welding Processes , 694-733
32 Brazing, Soldering, & Adhesive Bonding , 734-751
33 Mechanical Assembly , 752-771
PART IX SPECIAL PROCESSING & ASSEMBLY TECHNOLOGIES (772-859):
34 Rapid Prototyping , 772-785
35 Processing of Integrated Circuits , 786-818
36 Electronics Assembly & Packaging , 819-844
37 Microfabrication Technologies , 845-859
PART X MANUFACTURING SYSTEMS (860-911) :
38 Numerical Control & Industrial Robotics , 860-883
39 Group Technology & Flexible Manufacturing Systems , 884-895
40 Production Lines , 896-911
PART XI MANUFACTURING SUPPORT SYSTEMS (912-988) :
41 Manufacturing Engineering , 912-927
42 Production Planning & Control , 928-946
43 Quality Control , 947-964
44 Measurement & Inspection , 965-988.
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