PREFACE 1
MANUFACTURING:ART,TECHNOLOGY,SCIENCE,AND BUSINESS 1 1
1 Introduction:What Is“Manufacturing”? 1 1
2 The Art of Manufacturing(from 20,000 B.C.to 1770 A.D.) 2 1
3 The Technology of Manufacturing:From the 1770s to the 1970s 5 1
4 A Science of Manufacturing:The 1980s to the Present 8 1
5 The Business of Manufacturing 13 1
6 Summary 15 1
7 References 17 1
8 Bibliography 18 1
9 Case Study:“The Next Bench Syndrome” 19 1
10 Review Material 19 1
Contents 1
10 Case Study 71 2
8 References 67 2
9 Bibliography 70 2
7 Management of Technology 65 2
11 Interactive Further Work 79 2
12 Review Material 80 2
1 Introduction:www.start-up.com 21 2
6 Question 5:How Much Flexibility(F)? 62 2
5 Question 4:How Fast Can the Product Be Delivered(D)? 57 2
4 Question 3:How Much Quality(Q)? 44 2
3 Question 2:How Much Will the Product Cost to Manufacture(C)? 26 2
2 Question 1:Who Is the Customer? 22 2
MANUFACTURING ANALYSIS:SOME BASIC QUESTIONS FOR A START-UP COMPANY 21 2
11 Third Tutorial:Solid Modeling Using Destructive Solid Geometry(DSG) 109 3
12 Management of Technology 113 3
13 Glossary 117 3
14 References 119 3
10 Second Tutorial:Solid Modeling Using Constructive Solid Geometry(CSG) 104 3
15 Bibliography 121 3
16 URLs of Interest:Commercial CAD/CAM Systems and Design Advisers 122 3
17 Case Study 122 3
18 Question for Review 128 3
4 The High-Level Engineering Phase of Design 83 3
8 First Tutorial:Wire-Frame Construction 91 3
7 Three Tutorials:An Overview 90 3
6 The Detailed Phase of Design 90 3
5 The Analytical Phase of Design 86 3
3 The Artistic,Creative,or Conceptual Phase of Design 82 3
2 Is There a Definition of Design? 82 3
1 Introduction 81 3
PRODUCT DESIGN,COMPUTER AIDED DESIGN(CAD),AND SOLID MODELING 81 3
9 Solid Modeling Overview 98 3
6 Management of Technology 161 4
11 Interactive Further Work 169 4
10 URLs of Interest 168 4
9 Bibliography 168 4
8 References 165 4
7 Glossary 163 4
3 Comparisons Between Prototyping Processes 149 4
5 Machining Methods for Rapid Prototyping 158 4
4 Casting Methods for Rapid Prototyping 154 4
2 Stereolithography:A General Overview 133 4
1 Solid Freeform Fabrication(SFF)Methods 130 4
SOLID FREEFORM FABRICATION(SFF)AND RAPID-PROTOTYPING 130 4
11 Back-End Processing Methods 205 5
12 Cost of Chip Making 208 5
13 Management of Technology 213 5
15 References 228 5
10 More Details on Front-End Processing 192 5
16 Bibliography 230 5
17 URLs of Interest 230 5
18 Appendix 1:Worldwide Semiconductor Market Share 231 5
19 Appendix 2:Cost Model Variables in Year 2000—Example for a 64-MB Dram(Courtesy Dataquest) 231 5
20 Review Material 232 5
14 Glossary 223 5
8 Semiconductor Manufacturing Ⅱ:NMOS 185 5
7 Semiconductor Manufacturing Ⅰ:Summary 184 5
6 Design 182 5
5 Transistors 176 5
4 The Microelectronics Revolution 174 5
3 Market Adoption 172 5
2 Semiconductors 171 5
1 Introduction 171 5
SEMICONDUCTOR MANUFACTURING 171 5
9 Layout Rules 189 5
4 Hard Drive Manufacturing 248 6
8 Case Study on Computer Manufacturing 267 6
6 Glossary 262 6
5 Management of Technology 255 6
7 References 264 6
2 Printed Circuit Board Manufacturing 235 6
1 Introduction 233 6
COMPUTER MANUFACTURING 233 6
3 Printed Circuit Board Assembly 239 6
7 Glossary 318 7
13 Review Questions 327 7
12 Interactive Further Work 2:“Fixturenet” 325 7
11 Interactive Further Work 1:The Shear Plane Angle 324 7
10 URLs of Interest 324 7
9 Bibliography 324 7
8 References 322 7
6 Management of Technology 315 7
5 Sheet Metal Forming 306 7
4 The Economics of Machining 302 7
3 Controlling the Machining Process 289 7
2 Basic Machining Operations 280 7
1 Introduction 277 7
METAL-PRODUCTS MANUFACTURING 277 7
9 Glossary 358 8
10 References 361 8
11 Bibliography 362 8
8 Management of Technology 456 8
12 URLs of Interest 362 8
13 Case Study on Assembly 362 8
14 Interactive Further Work 364 8
15 Review Material 364 8
4 Processing of Plastics Ⅱ:Polymer Extrusion 345 8
6 Processing of Plastics Ⅳ:Thermoforming of Thin Sheets 346 8
5 Processing of Plastics Ⅲ:Blow Molding 346 8
3 Processing of Plastics Ⅰ:The Injection Molding Method 334 8
2 Properties of Plastics 331 8
1 Introduction 330 8
PLASTIC-PRODUCTS MANUFACTURING AND FINAL ASSEMBLY 330 8
7 The Computer as a Commodity:Design for Assembly and Manufacturing 348 8
7 Genetic Engineering Ⅰ:Overview 384 9
13 Bibliography 405 9
12 References 404 9
11 Glossary 402 9
10 Management of Technology 398 9
8 Genetic Engineering Ⅱ:Case Study on Gene Cloning of Hemoglobin 390 9
9 Bioprocess Engineering 395 9
5 A Bioscience Review 371 9
4 Milestones in Biotechnology History 369 9
3 Capturing Interest 368 9
2 Modern Practice of an Ancient Art 367 9
1 Introduction 366 9
BIOTECHNOLOGY 366 9
6 Bioprocesses 379 9
7 Layer Ⅱ:Compressing Time-to-Market 413 10
12 Bibliography 421 10
11 References 420 10
10 Conclusions to the Layering Principle 420 10
9 Layer Ⅳ:Bridging Cultures to Create Leading Edge Products 415 10
8 Layer Ⅲ:Aesthetics in Design 414 10
2 Management of Technology 407 10
6 Layer Ⅰ:The Learning Organization 411 10
5 Principles of Organizational“Layering” 410 10
4 From the Present to the Future 409 10
3 From the Past to the Present 408 10
1 Restatement of Goals and Context 406 10
FUTURE ASPECTS OF MANUFACTURING 406 10