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Manufacturing, Engineering and Technology

ISBN: 9780131489653 | 0131489658
Edition: 5th
Format: Hardcover
Publisher: Prentice Hall
Pub. Date: 1/1/2006

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SummaryTable of Contents
"Manufacturing, Engineering and Technology 5/e "is intended for students of manufacturing in manufacturing, mechanical, or industrial engineering programs at both the Associate Degree or Bachelor Degree level. The book emphasizes a mostly qualitative description of the science, mathematics and the technology and practice of manufacturing, including detailed descriptions of manufacturing processes and the manufacturing enterprise. The book has been completely updated, and addresses issues essential to modern manufacturing, ranging from tradition... MORE
Prefacexxi
About the Authorsxxiv
General Introduction1(1)
What is Manufacturing?
1(10)
... MOREThe Product Design Process and Concurrent Engineering
11(3)
Design for Manufacture, Assembly, Disassembly, and Service
14(2)
Selecting Materials
16(3)
Selecting Manufacturing Processes
19(13)
Environmentally Conscious Design and Manufacturing
32(1)
Computer-Integrated Manufacturing
33(4)
Lean Production and Agile Manufacturing
37(1)
Quality Assurance and Total Quality Management
38(1)
Global Competitiveness and Manufacturing Costs
39(2)
General Trends in Manufacturing
41(2)
Part I: Fundamentals of Materials: Behavior and Manufacturing Properties
43(216)
The Structure of Metals
46(18)
Introduction
46(1)
The Crystal Structure of Metals
47(3)
Deformation and Strength of Single Crystals
50(4)
Grains and Grain Boundaries
54(3)
Plastic Deformation of Polycrystalline Metals
57(1)
Recovery, Recrystallization, and Grain Growth
58(2)
Cold, Warm, and Hot Working
60(4)
Summary
61(1)
Key Terms
61(1)
Bibliography
62(1)
Review Questions
62(1)
Qualitative Problems
62(1)
Quantitative Problems
63(1)
Synthesis, Design, and Projects
63(1)
Mechanical Behavior, Testing, and Manufacturing Properties of Materials
64(38)
Introduction
64(1)
Tension
65(11)
Compression
76(2)
Torsion
78(1)
Bending
78(1)
Hardness
79(4)
Fatigue
83(3)
Creep
86(1)
Impact
87(1)
Failure and Fracture of Materials in Manufacturing and Service
87(7)
Residual Stresses
94(2)
Work, Heat, and Temperature
96(6)
Summary
97(1)
Key Terms
98(1)
Bibliography
98(1)
Review Questions
98(1)
Qualitative Problems
99(1)
Quantitative Problems
99(2)
Synthesis, Design, and Projects
101(1)
Physical Properties of Materials
102(12)
Introduction
102(1)
Density
103(3)
Melting Point
106(1)
Specific Heat
106(1)
Thermal Conductivity
107(1)
Thermal Expansion
107(1)
Electrical, Magnetic, and Optical Properties
108(1)
Corrosion Resistance
109(5)
Summary
111(1)
Key Terms
111(1)
Bibliography
112(1)
Review Questions
112(1)
Qualitative Problems
112(1)
Quantitative Problems
112(1)
Synthesis, Design, and Projects
113(1)
Metal Alloys: Structure and Strengthening by Heat Treatment
114(35)
Introduction
114(1)
Structure of Alloys
115(3)
Phase Diagrams
118(3)
The Iron-Carbon System
121(2)
The Iron-Iron Carbide Phase Diagram and the Development of Microstructures in Steels
123(2)
Cast Irons
125(2)
Heat Treatment of Ferrous Alloys
127(5)
Hardenability of Ferrous Alloys
132(2)
Heat Treatment of Nonferrous Alloys and Stainless Steels
134(2)
Case Hardening
136(1)
Annealing
137(5)
Heat-Treating Furnaces and Equipment
142(2)
Design Considerations for Heat Treating
144(5)
Summary
145(1)
Key Terms
145(1)
Bibliography
146(1)
Review Questions
146(1)
Qualitative Problems
146(1)
Quantitative Problems
147(1)
Synthesis, Design, and Projects
147(2)
Ferrous Metals and Alloys: Production, General Properties, and Applications
149(20)
Introduction
149(1)
Production of Iron and Steel
150(3)
Casting of Ingots
153(1)
Continuous Casting
154(2)
Carbon and Alloy Steels
156(5)
Stainless Steels
161(2)
Tool and Die Steels
163(6)
Summary
165(1)
Key Terms
166(1)
Bibliography
166(1)
Review Questions
166(1)
Qualitative Problems
167(1)
Quantitative Problems
167(1)
Synthesis, Design, and Projects
168(1)
Nonferrous Metals and Alloys: Production, General Properties, and Applications
169(22)
Introduction
169(1)
Aluminum and Aluminum Alloys
170(4)
Magnesium and Magnesium Alloys
174(2)
Copper and Copper Alloys
176(2)
Nickel and Nickel Alloys
178(1)
Superalloys
179(1)
Titanium and Titanium Alloys
180(1)
Refractory Metals and Alloys
181(2)
Beryllium
183(1)
Zirconium
183(1)
Low-Melting Alloys
183(2)
Precious Metals
185(1)
Shape-Memory Alloys
185(1)
Amorphous Alloys (Metallic Glasses)
186(1)
Metal Foams
186(1)
Nanomaterials
186(5)
Summary
187(1)
Key Terms
188(1)
Bibliography
188(1)
Review Questions
188(1)
Qualitative Problems
189(1)
Qualitative Problems
189(1)
Synthesis, Design, and Projects
190(1)
Polymers: Structure, General Properties, and Applications
191(28)
Introduction
191(2)
The Structure of Polymers
193(9)
Thermoplastics
202(4)
Thermosetting Plastics
206(1)
Additives in Plastics
207(1)
General Properties and Applications of Thermoplastics
208(3)
General Properties and Applications of Thermosetting Plastics
211(1)
Biodegradable Plastics
212(2)
Elastomers (Rubbers)
214(5)
Summary
215(1)
Key Terms
216(1)
Bibliography
216(1)
Review Questions
217(1)
Qualitative Problems
217(1)
Quantitative Problems
218(1)
Synthesis, Design, and Projects
218(1)
Ceramics, Graphite, and Diamond: Structure, General Properties, and Applications
219(19)
Introduction
219(1)
The Structure of Ceramics
220(4)
General Properties and Applications of Ceramics
224(5)
Glasses
229(2)
Glass Ceramics
231(1)
Graphite
232(1)
Diamond
233(5)
Summary
234(1)
Key Terms
235(1)
Bibliography
235(1)
Review Questions
235(1)
Qualitative Problems
236(1)
Quantitative Problems
236(1)
Synthesis, Design, and Projects
237(1)
Composite Materials: Structure, General Properties, and Applications
238(21)
Introduction
238(1)
The Structure of Reinforced Plastics
239(5)
Properties of Reinforced Plastics
244(4)
Applications of Reinforced Plastics
248(3)
Metal-Matrix Composites
251(2)
Ceramic-Matrix Composites
253(1)
Other Composites
254(5)
Summary
254(1)
Key Terms
255(1)
Bibliography
255(1)
Review Questions
255(1)
Qualitative Problems
256(1)
Quantitative Problems
257(1)
Synthesis, Design, and Projects
257(2)
Part II: Metal-Casting Processes and Equipment
259(85)
Fundamentals of Metal Casting
261(24)
Introduction
261(1)
Solidification of Metals
262(5)
Fluid Flow
267(3)
Fluidity of Molten Metal
270(2)
Heat Transfer
272(3)
Defects
275(10)
Summary
281(1)
Key Terms
281(1)
Bibliography
282(1)
Review Questions
282(1)
Qualitative Problems
282(1)
Quantitative Problems
283(1)
Synthesis, Design, and Projects
284(1)
Metal-Casting Processes
285(38)
Introduction
285(2)
Expendable-Mold Casting Processes
287(16)
Permanent-Mold Casting Processes
303(9)
Casting Techniques for Single-Crystal Components
312(2)
Rapid Solidification
314(1)
Inspection of Castings
314(1)
Melting Practice and Furnaces
315(1)
Foundries and Foundry Automation
316(7)
Summary
317(1)
Key Terms
318(1)
Bibliography
318(1)
Review Questions
319(1)
Qualitative Problems
319(1)
Quantitative Problems
320(1)
Synthesis, Design, and Projects
321(2)
Metal Casting: Design, Materials, and Economics
323(21)
Introduction
323(1)
Design Considerations in Casting
323(9)
Casting Alloys
332(5)
Economics of Casting
337(7)
Summary
339(1)
Key Terms
339(1)
Bibliography
339(1)
Review Questions
340(1)
Qualitative Problems
340(1)
Quantitative Problems
341(1)
Synthesis, Design, and Projects
341(3)
Part III: Forming and Shaping Processes and Equipment
344(259)
Rolling of Metals
347(24)
Introduction
347(2)
The Flat-Rolling Process
349(5)
Flat-Rolling Practice
354(4)
Rolling Mills
358(2)
Various Rolling Processes and Mills
360(11)
Summary
368(1)
Key Terms
368(1)
Bibliography
369(1)
Review Questions
369(1)
Qualitative Problems
369(1)
Quantitative Problems
370(1)
Synthesis, Design, and Projects
370(1)
Forging of Metals
371(29)
Introduction
371(2)
Open-Die Forging
373(3)
Impression-Die and Closed-Die Forging
376(4)
Various Forging Operations
380(4)
Forgeability of Metals---Forging Defects
384(3)
Die Design, Die Materials, and Lubrication
387(1)
Die Manufacturing Methods---Die Failures
388(2)
Forging Machines
390(2)
Economics of Forging
392(8)
Summary
396(1)
Bibliography
396(1)
Key Terms
396(1)
Review Questions
397(1)
Qualitative Problems
397(1)
Quantitative Problems
398(1)
Synthesis, Design, and Projects
398(2)
Extrusion and Drawing of Metals
400(24)
Introduction
400(2)
The Extrusion Process
402(3)
Hot Extrusion
405(4)
Cold Extrusion
409(4)
Extrusion Defects
413(1)
Extrusion Equipment
414(1)
The Drawing Process
415(1)
Drawing Practice
416(3)
Drawing Defects and Residual Stresses
419(1)
Drawing Equipment
419(5)
Summary
420(1)
Key Terms
421(1)
Bibliography
421(1)
Review Questions
421(1)
Qualitative Problems
422(1)
Quantitative Problems
422(1)
Synthesis, Design, and Projects
423(1)
Sheet-Metal Forming Processes
424(59)
Introduction
424(2)
Shearing
426(9)
Sheet-Metal Characteristics and Formability
435(2)
Formability Tests for Sheet Metals
437(3)
Bending Sheets, Plates, and Tubes
440(5)
Miscellaneous Bending and Related Operations
445(6)
Deep Drawing
451(9)
Rubber Forming
460(1)
Spinning
461(2)
Superplastic Forming
463(2)
Specialized Forming Processes
465(5)
Manufacturing of Metal Honeycomb Structures
470(1)
Design Considerations in Sheet-Metal Forming
471(3)
Equipment for Sheet-Metal Forming
474(2)
Economics of Sheet-Forming Operations
476(7)
Summary
477(1)
Key Terms
478(1)
Bibliography
478(1)
Review Questions
479(1)
Qualitative Problems
479(1)
Quantitative Problems
480(1)
Synthesis, Design, and Projects
481(2)
Processing of Metal Powders
483(30)
Introduction
483(1)
Production of Metal Powders
484(6)
Compaction of Metal Powders
490(9)
Sintering
499(4)
Secondary and Finishing Operations
503(2)
Design Considerations
505(3)
Process Capabilities
508(1)
Economics of Powder Metallurgy
508(5)
Summary
509(1)
Key Terms
510(1)
Bibliography
510(1)
Review Questions
510(1)
Qualitative Problems
511(1)
Quantitative Problems
511(1)
Synthesis, Design, and Projects
512(1)
Processing of Ceramics, Glass, and Superconductors
513(21)
Introduction
513(1)
Shaping Ceramics
514(7)
Forming and Shaping of Glass
521(4)
Techniques for Strengthening and Annealing Glass
525(3)
Design Considerations for Ceramics and Glasses
528(1)
Processing of Superconductors
529(5)
Summary
530(1)
Key Terms
531(1)
Bibliography
531(1)
Review Questions
532(1)
Qualitative Problems
532(1)
Quantitative Problems
533(1)
Synthesis, Design, and Projects
533(1)
Forming and Shaping Plastics and Composite Materials
534(46)
Introduction
534(2)
Extrusion
536(8)
Injection Molding
544(8)
Blow Molding
552(2)
Rotational Molding
554(1)
Thermoforming
555(1)
Compression Molding
556(1)
Transfer Molding
557(1)
Casting
558(1)
Foam Molding
559(1)
Cold Forming and Solid-Phase Forming
560(1)
Processing Elastomers
561(1)
Processing Polymer-Matrix Composites
562(8)
Processing Metal-Matrix and Ceramic-Matrix Composites
570(2)
Design Considerations
572(2)
Economics of Processing Plastics and Composite Materials
574(6)
Summary
575(1)
Key Terms
575(1)
Bibliography
576(1)
Review Questions
577(1)
Qualitative Problems
577(1)
Quantitative Problems
578(1)
Synthesis, Design, and Projects
578(2)
Rapid-Prototyping Operations
580(23)
Introduction
580(2)
Subtractive Processes
582(1)
Additive Processes
583(11)
Virtual Prototyping
594(1)
Direct Manufacturing and Rapid Tooling
594(9)
Summary
599(1)
Key Terms
600(1)
Bibliography
600(1)
Review Questions
600(1)
Qualitative Problems
601(1)
Quantitative Problems
601(1)
Synthesis, Design, and Projects
601(2)
Part IV: Machining Processes and Machine Tools
603(262)
Fundamentals of Machining
607(40)
Introduction
607(2)
Mechanics of Cutting
609(11)
Cutting Forces and Power
620(3)
Temperatures in Cutting
623(3)
Tool Life: Wear and Failure
626(9)
Surface Finish and Integrity
635(3)
Machinability
638(9)
Summary
642(1)
Key Terms
642(1)
Bibliography
643(1)
Review Questions
643(1)
Qualitative Problems
644(1)
Quantitative Problems
644(1)
Synthesis, Design, and Projects
645(2)
Cutting-Tool Materials and Cutting Fluids
647(27)
Introduction
647(5)
High-Speed Steels
652(1)
Cast-Cobalt Alloys
653(1)
Carbides
653(3)
Coated Tools
656(5)
Alumina-Based Ceramics
661(1)
Cubic Boron Nitride
662(1)
Silicon-Nitride-Based Ceramics
663(1)
Diamond
663(1)
Whisker-Reinforced Tool Materials
664(1)
Tool Costs and Reconditioning of Tools
664(1)
Cutting Fluids
665(9)
Summary
670(1)
Key Terms
670(1)
Bibliography
671(1)
Review Questions
671(1)
Qualitative Problems
671(1)
Quantitative Problems
672(1)
Synthesis, Design, and Projects
673(1)
Machining Processes Used to Produce Round Shapes: Turning and Hole Making
674(49)
Introduction
674(2)
The Turning Process
676(10)
Lathes and Lathe Operations
686(17)
Boring and Boring Machines
703(1)
Drilling, Drills, and Drilling Machines
704(10)
Reaming and Reamers
714(2)
Tapping and Taps
716(7)
Summary
718(1)
Key Terms
719(1)
Bibliography
719(1)
Review Questions
720(1)
Qualitative Problems
720(1)
Quantitative Problems
721(1)
Synthesis, Design, and Projects
721(2)
Machining Processes Used to Produce Various Shapes: Milling, Broaching, Sawing, and Filing; Gear Manufacturing
723(37)
Introduction
723(1)
Milling and Milling Machines
724(17)
Planing and Shaping
741(1)
Broaching and Broaching Machines
742(3)
Sawing
745(3)
Filing
748(1)
Gear Manufacturing by Machining
749(11)
Summary
756(1)
Key Terms
756(1)
Bibliography
756(1)
Review Questions
757(1)
Qualitative Problems
757(1)
Quantitative Problems
758(1)
Synthesis, Design, and Projects
758(2)
Machining Centers, Advanced Machining Concepts and Structures, and Machining Economics
760(30)
Introduction
760(1)
Machining Centers
761(9)
Machine-Tool Structures
770(5)
Vibration and Chatter in Machining Operations
775(3)
High-Speed Machining
778(3)
Hard Machining
781(1)
Ultraprecision Machining
782(1)
Machining Economics
783(7)
Summary
786(1)
Key Terms
787(1)
Bibliography
787(1)
Review Questions
787(1)
Qualitative Problems
787(1)
Quantitative Problems
788(1)
Synthesis, Design, and Projects
789(1)
Abrasive Machining and Finishing Operations
790(45)
Introduction
790(2)
Abrasives and Bonded Abrasives
792(6)
The Grinding Process
798(10)
Grinding Operations and Machines
808(10)
Design Considerations for Grinding
818(1)
Ultrasonic Machining
818(2)
Finishing Operations
820(5)
Deburring Operations
825(3)
Economics of Abrasive Machining and Finishing Operations
828(7)
Summary
829(1)
Key Terms
830(1)
Bibliography
830(1)
Review Questions
831(1)
Qualitative Problems
831(1)
Quantitative Problems
832(1)
Synthesis, Design, and Projects
833(2)
Advanced Machining Processes
835(30)
Introduction
835(1)
Chemical Machining
836(5)
Electrochemical Machining
841(4)
Electrochemical Grinding
845(1)
Electrical-Discharge Machining
846(5)
Laser-Beam Machining
851(3)
Electron-Beam Machining
854(1)
Water-Jet Machining
855(3)
Abrasive-Jet Machining
858(1)
Economics of Advanced Machining Processes
858(7)
Summary
861(1)
Key Terms
861(1)
Bibliography
862(1)
Review Questions
862(1)
Qualitative Problems
862(1)
Quantitative Problems
863(1)
Synthesis, Design, and Projects
863(2)
Part V: Fabrication of Microelectronic Devices and Micromanufacturing
865(71)
Fabrication of Microelectronic Devices
868(40)
Introduction
868(3)
Clean Rooms
871(1)
Semiconductors and Silicon
872(2)
Crystal Growing and Wafer Preparation
874(1)
Film Deposition
875(2)
Oxidation
877(1)
Lithography
878(7)
Etching
885(8)
Diffusion and Ion Implantation
893(2)
Metallization and Testing
895(2)
Wire Bonding and Packaging
897(3)
Yield and Reliability
900(1)
Printed Circuit Boards
901(7)
Summary
903(1)
Key Terms
903(1)
Bibliography
904(1)
Review Questions
905(1)
Qualitative Problems
905(1)
Quantitative Problems
905(2)
Synthesis Design and Projects
907(1)
Fabrication of Microelectromechanical Devices and Systems (MEMS)
908(28)
Introduction
908(1)
Micromachining of MEMS Devices
909(11)
The LIGA Microfabrication Process
920(7)
Solid Free-Form Fabrication of Devices
927(9)
Summary
932(1)
Key Terms
933(1)
Bibliography
933(1)
Review Questions
934(1)
Qualitative Problems
934(1)
Quantitative Problems
935(1)
Synthesis, Design, and Projects
935(1)
Part VI Joining Processes and Equipment
936(98)
Fusion-Welding Processes
940(40)
Introduction
940(1)
Oxyfuel-Gas Welding
941(3)
Arc-Welding Processes: Nonconsumable Electrode
944(4)
Arc-Welding Processes: Consumable Electrode
948(6)
Electrodes for Arc Welding
954(2)
Electron-Beam Welding
956(1)
Laser-Beam Welding
956(2)
Cutting
958(2)
The Weld Joint, Quality, and Testing
960(11)
Joint Design and Process Selection
971(9)
Summary
975(1)
Key Terms
975(1)
Bibliography
976(1)
Review Questions
976(1)
Qualitative Problems
977(1)
Quantitative Problems
978(1)
Synthesis, Design, and Projects
978(2)
Solid-State Welding Processes
980(23)
Introduction
980(1)
Cold Welding and Roll Bonding
981(1)
Ultrasonic Welding
982(1)
Friction Welding
983(3)
Resistance Welding
986(9)
Explosion Welding
995(1)
Diffusion Bonding
996(2)
Economics of Welding Operations
998(5)
Summary
999(1)
Key Terms
1000(1)
Bibliography
1000(1)
Review Questions
1000(1)
Qualitative Problems
1001(1)
Quantitative Problems
1001(1)
Synthesis, Design, and Projects
1002(1)
Brazing, Soldering, Adhesive-Bonding, and Mechanical-Fastening Processes
1003(31)
Introduction
1003(1)
Brazing
1004(5)
Soldering
1009(5)
Adhesive Bonding
1014(9)
Mechanical Fastening
1023(4)
Joining Plastics, Ceramics, and Glasses
1027(3)
Economics of Joining Operations
1030(4)
Summary
1031(1)
Key Terms
1031(1)
Bibliography
1031(1)
Review Questions
1032(1)
Qualitative Problems
1032(1)
Quantitative Problems
1033(1)
Synthesis, Design, and Projects
1033(1)
Part VII: Surface Technology
1034(50)
Surface Roughness and Measurement; Friction, Wear, and Lubrication
1036(23)
Introduction
1036(1)
Surface Structure and Integrity
1037(1)
Surface Texture and Roughness
1038(5)
Friction
1043(3)
Wear
1046(4)
Lubrication
1050(2)
Metalworking Fluids and Their Selection
1052(7)
Summary
1055(1)
Key Terms
1056(1)
Bibliography
1057(1)
Review Questions
1057(1)
Qualitative Problems
1057(1)
Quantitative Problems
1058(1)
Synthesis, Design, and Projects
1058(1)
Surface Treatments, Coatings, and Cleaning
1059(25)
Introduction
1059(1)
Mechanical Surface Treatments
1060(2)
Mechanical Plating and Cladding
1062(1)
Case Hardening and Hard Facing
1062(1)
Thermal Spraying
1063(2)
Vapor Deposition
1065(3)
Ion Implantation and Diffusion Coating
1068(1)
Laser Treatments
1069(1)
Electroplating, Electroless Plating, and Electroforming
1069(4)
Conversion Coatings
1073(1)
Hot Dipping
1074(1)
Porcelain Enameling; Ceramic and Organic Coatings
1075(1)
Diamond Coating and Diamond-Like Carbon
1076(1)
Surface Texturing
1077(1)
Painting
1077(1)
Cleaning of Surfaces
1078(6)
Summary
1080(1)
Key Terms
1080(1)
Bibliography
1080(1)
Review Questions
1081(1)
Qualitative Problems
1081(1)
Quantitative Problems
1082(1)
Synthesis, Design, and Projects
1082(2)
Part VIII: Common Aspects of Manufacturing
1084(58)
Engineering Metrology and Instrumentation
1085(25)
Introduction
1085(1)
Measurement Standards
1086(1)
Geometric Features of Parts; Analog and Digital Measurements
1087(2)
Traditional Measuring Methods and Instruments
1089(7)
Modern Measuring Instruments and Machines
1096(4)
Automated Measurement
1100(1)
General Characteristics and Selection of Measuring Instruments
1101(1)
Geometric Dimensioning and Tolerancing
1101(9)
Summary
1107(1)
Key Terms
1107(1)
Bibliography
1108(1)
Review Questions
1108(1)
Qualitative Problems
1108(1)
Quantitative Problems
1109(1)
Synthesis, Design, and Projects
1109(1)
Quality Assurance, Testing, and Inspection
1110(32)
Introduction
1110(1)
Product Quality
1111(1)
Quality Assurance
1112(1)
Total Quality Management
1113(1)
Taguchi Methods
1114(5)
The ISO and QS Standards
1119(2)
Statistical Methods of Quality Control
1121(3)
Statistical Process Control
1124(7)
Reliability of Products and Processes
1131(1)
Nondestructive Testing
1132(4)
Destructive Testing
1136(1)
Automated Inspection
1137(5)
Summary
1137(1)
Key Terms
1138(1)
Bibliography
1138(1)
Review Questions
1139(1)
Qualitative Problems
1140(1)
Quantitative Problems
1140(1)
Synthesis, Design, and Projects
1141(1)
Part IX: Manufacturing in a Competitive Environment
1142(136)
Automation of Manufacturing Processes
1144(47)
Introduction
1144(2)
Automation
1146(7)
Numerical Control
1153(8)
Adaptive Control
1161(2)
Material Handling and Movement
1163(2)
Industrial Robots
1165(6)
Sensor Technology
1171(5)
Flexible Fixturing
1176(4)
Assembly Systems
1180(3)
Design Considerations for Fixturing, Assembly, Disassembly, and Servicing
1183(3)
Economic Considerations
1186(5)
Summary
1187(1)
Key Terms
1187(1)
Bibliography
1188(1)
Review Questions
1189(1)
Qualitative Problems
1189(1)
Synthesis, Design, and Projects
1189(2)
Computer-Aided Manufacturing
1191(27)
Introduction
1191(1)
Manufacturing Systems
1191(1)
Computer-Integrated Manufacturing
1192(3)
Computer-Aided Design and Engineering
1195(8)
Computer-Aided Manufacturing
1203(1)
Computer-Aided Process Planning
1204(2)
Computer Simulation of Manufacturing Processes and Systems
1206(2)
Group Technology
1208(10)
Summary
1215(1)
Key Terms
1215(1)
Bibliography
1216(1)
Review Questions
1216(1)
Qualitative Problems
1216(1)
Synthesis, Design, and Projects
1217(1)
Computer-Integrated Manufacturing Systems
1218(20)
Introduction
1218(1)
Cellular Manufacturing
1219(2)
Flexible Manufacturing Systems
1221(3)
Holonic Manufacturing
1224(1)
Just-in-Time Production
1225(2)
Lean Manufacturing
1227(1)
Communications Networks in Manufacturing
1228(2)
Artificial Intelligence
1230(3)
Economic Considerations
1233(5)
Summary
1234(1)
Key Terms
1234(1)
Bibliography
1235(1)
Review Questions
1236(1)
Qualitative Problems
1236(1)
Synthesis, Design, and Projects
1236(2)
Product Design and Process Selection in a Competitive Environment
1238(40)
Introduction
1238(1)
Product Design
1239(3)
Product Quality and Life Expectancy
1242(2)
Life-Cycle Assessment and Engineering; Sustainable Manufacturing
1244(2)
Material Selection for Products
1246(4)
Material Substitution
1250(3)
Manufacturing Process Capabilities
1253(4)
Process Selection
1257(4)
Manufacturing Costs and Cost Reduction
1261(17)
Summary
1269(1)
Key Terms
1269(1)
Bibliography
1269(2)
Review Questions
1271(1)
Qualitative Problems
1271(1)
Synthesis, Design, and Projects
1272(6)
Index1278

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