Product Reliability: Specification and PerformanceSpringer Science & Business Media, 2008. gada 23. maijs - 284 lappuses Currently, reliability issues are not addressed effectively in the development of new products, especially in the early stages of this process. Product reliability depends both on the technical decisions made in these early stages and also on the impact of commercial outcomes in the latter stages. By using an effective methodology for reliability performance and specification, one can make better decisions. Product Reliability develops a framework which links reliability specifications and product performance in the context of new product development. In order to address the product performance necessary to achieve the accomplishment of business objectives, this book: considers how customer needs and business objectives can be translated into product development so that desired performance is matched or exceeded in reality; discusses the data requirements and the tools and techniques needed to build the models which play an important role in the decision-making process; provides a structured approach that is applicable to many kinds of products. As an overview of reliability performance and specification in new product development, Product Reliability is suitable for managers responsible for new product development. The methodology for making decisions relating to reliability performance and specification will be of use to engineers involved in product design and development. This book can be used as a text for graduate courses on design, manufacturing, new product development and operations management and in various engineering disciplines. |
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Saturs
65 An Illustrative Case | 129 |
Two Designs | 132 |
66 Phase 3 for Standard and Custombuilt Products | 133 |
661 Subphase 1 | 134 |
662 Subphase j j 23J 1 | 136 |
67 Achieving the Allocated Reliability at Component Level | 137 |
671 Redundancy | 139 |
672 Preventive Maintenance | 140 |
10 | |
11 | |
12 | |
15 | |
16 | |
222 Newness of a New Product | 18 |
223 Product Decomposition | 19 |
23 Product Life and Product Life Cycles | 21 |
24 New Product Development | 22 |
242 A Brief Review of New Product Development Models | 23 |
Basic Concepts and Activities | 24 |
252 Design | 29 |
253 Development | 31 |
254 Production | 32 |
255 Postproduction | 33 |
26 A New Model for Product Performance and Specification | 34 |
Product Performance and Specification | 37 |
322 Preferences | 38 |
323 Constraints | 39 |
332 Types of Performance | 40 |
34 Product Specification | 42 |
35 Performance and Specification Relationships | 43 |
36 Performance and Specification in Stage I | 44 |
362 Phase 2 | 46 |
364 Some Comments | 48 |
37 Performance in Stage II | 49 |
372 Phase 5 | 50 |
381 Phase 6 | 51 |
383 Phase 8 | 52 |
310 Reliability Performance and Specification | 53 |
An Introduction to Reliability Theory | 54 |
42 Basic Concepts | 56 |
423 Different Notions of Product Reliability | 60 |
43 Reliability Science | 61 |
442 Physical Modelling | 66 |
443 System Modelling | 67 |
444 Modelling Environmental Effects | 70 |
45 Reliability Modelling II | 73 |
452 Modelling PM Actions | 74 |
453 Other Approaches | 77 |
462 Quantitative Analysis | 79 |
463 Simulation | 82 |
472 Reliability Improvement | 83 |
473 Root Cause Analysis | 85 |
482 Reliability Assessment | 86 |
49 Reliability Management | 87 |
Cellular Phone | 88 |
Performance and Specification in the Frontend Phase | 91 |
53 Data Collection and Analysis Subphase 1 | 93 |
532 Data Analysis | 94 |
533 Outcome of Subphase 1 | 95 |
54 Idea Generation and Screening Subphase 2 | 96 |
542 Idea Generation | 97 |
543 Screening of Ideas | 98 |
544 Outcome of Subphase 2 | 99 |
552 Deriving SPI | 103 |
553 Evaluating PPI | 104 |
554 Models | 105 |
555 Outcome of Subphase 3 | 110 |
562 Contract | 112 |
563 Reliability Improvement Warranty | 113 |
564 Idea Generation and Screening | 114 |
566 SPI | 115 |
567 PPI | 117 |
57 Implications for Product Reliability | 118 |
Performance and Specification during Design | 120 |
621 Defining DPII | 122 |
622 Deriving SPII | 123 |
623 Evaluating PPII | 126 |
63 Phase 2 for Custombuilt Products | 127 |
64 Models | 128 |
674 Modelling for Optimal Decisions | 141 |
68 Outcome of Phase 3 | 143 |
Performance During Development | 147 |
72 Phase 4 for Standard Products | 148 |
73 Reliability Development Testing | 149 |
732 Environmental Stress and Design Limit Testing | 150 |
74 Design of Experiments for Testing | 154 |
742 Relevant Issues | 155 |
75 Analysis ofTestData | 156 |
753 Graphical Analysis | 157 |
754 Statistical Analysis Single Stress Level | 158 |
755 Statistical Analysis Multiple Stress Levels | 164 |
76 Reliability Growth Models | 165 |
761 Discrete Reliability Growth Models | 166 |
77 Bayesian Approach | 167 |
78 Risks in Reliability Development Programmes | 168 |
79 Phase 5 for Standard Products | 169 |
Cellular Phone | 170 |
Product Performance and Production | 172 |
82 Phase 6 for Standard Products | 174 |
83 Production Process and Occurrence of Nonconforming Items | 175 |
831 Modelling Occurrence of Nonconforming Items | 176 |
84 Effect of Quality Variations on Reliability Performance | 177 |
841 Variation in Component Quality | 178 |
842 Variations in Assembly Operations | 179 |
86 Quality Control | 180 |
861 Offline Control of Production Process | 181 |
863 Weeding Out Nonconforming Components | 184 |
864 Acceptance Sampling | 185 |
865 Subset Selection | 186 |
87 Optimal Quality Control Effort | 187 |
Postsale Performance | 191 |
921 Field Performance | 192 |
922 Decision Process in Phase 7 | 193 |
924 Analysis of Data and Estimating APII | 195 |
925 Root Cause Analysis | 202 |
93 Assessing Inherent and Design Reliability | 204 |
942 Data Collection | 205 |
943 Analysis of Data and Estimating API | 206 |
95 Phases 7 and 8 for CustomBuilt Products | 209 |
952 Phase 8 | 210 |
Product Safety Requirements | 211 |
102 Safety Requirements | 212 |
1022 Essential Health and Safety Requirements | 216 |
103 EU Directives | 217 |
1032 The Machinery Directive | 218 |
1034 CE Marking | 219 |
1035 Harmonized Standards | 220 |
104 Risk Assessment | 221 |
105 Technical Construction File | 223 |
Cellular Phone | 224 |
Reliability Management System | 226 |
1122 Knowledge | 228 |
1123 Engineering Knowledge | 231 |
113 DIK in Phase 1 | 232 |
1131 Data and Information | 233 |
1141 Data and Information | 234 |
115 DIK in Phases 4 and 5 | 235 |
1151 Data and Information | 236 |
1162 Knowledge | 237 |
1171 Structure of the Reliability Management System | 238 |
1173 Reliability Databases | 244 |
1175 Interface Module | 247 |
118 Implementation Aspects | 248 |
1182 Reliability Management Department | 249 |
Symbols | 251 |
Acronyms | 253 |
Glossary | 256 |
References | 261 |
Index | 279 |
Citi izdevumi - Skatīt visu
Product Reliability: Specification and Performance D. N. Prabhakar Murthy,Marvin Rausand,Trond Østerås Priekšskatījums nav pieejams - 2010 |
Product Reliability: Specification and Performance D. N. Prabhakar Murthy,Marvin Rausand,Trond Østerås Priekšskatījums nav pieejams - 2009 |
Product Reliability: Specification and Performance D. N. Prabhakar Murthy,Marvin Rausand,Trond Østerås Priekšskatījums nav pieejams - 2008 |