By Norman Pascoe
A certain ebook that describes the sensible methods essential to in achieving failure unfastened apparatus functionality, for caliber and reliability engineers, layout, production approach and environmental try engineers.
This publication experiences the fundamental standards for winning product lifestyles cycle administration. It identifies key participants to failure in product existence cycle administration and specific emphasis is positioned upon the significance of thorough production technique strength stories for either in-house and outsourced production thoughts. The readers awareness is usually attracted to the various dangers to which a brand new product is uncovered from the graduation of manufacture via to finish of lifestyles disposal.
- Revolutionary in concentration, because it describes the way to in achieving failure loose functionality instead of the way to are expecting a suitable functionality failure cost (reliability know-how instead of reliability engineering)
- Author has over forty years adventure within the box, and the textual content is predicated on lecture room verified notes from the reliability expertise direction he taught at Massachusetts Institute of expertise (MIT), united states
- Contains graphical interpretations of mathematical versions including diagrams, tables of actual constants, case reports and distinctive labored examples
Content:
Chapter 1 The Origins and Evolution of caliber and Reliability (pages 1–25):
Chapter 2 Product Lifecycle administration (pages 27–52):
Chapter three The Physics of Failure (pages 53–88):
Chapter four warmth move – idea and perform (pages 89–112):
Chapter five surprise and Vibration – thought and perform (pages 113–148):
Chapter 6 attaining Environmental?Test Realism (pages 149–183):
Chapter 7 crucial Reliability expertise Disciplines in layout (pages 185–216):
Chapter eight crucial Reliability know-how Disciplines in improvement (pages 217–249):
Chapter nine crucial Reliability know-how Disciplines in production (pages 251–290):
Chapter 10 Environmental?Stress Screening (pages 291–336):
Chapter eleven a few labored Examples (pages 337–365):
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Extra info for Reliability Technology: Principles and Practice of Failure Prevention in Electronic Systems
Example text
Htm 23. “An introduction to a better way of acquiring equipment for the UK’s Armed Forces”, Edition 2 – August 1999, MoD Abbey Wood 31837 24. Finn Jensen, “Electronic Component Reliability”, John Wiley & Sons, 1995 25. E. Ajith Amerasekera, Farid N. Najm, “Failure Mechanisms in Semiconductor Devices”, John Wiley & Sons, 1997 26. Michael Pecht, “Why The Traditional Reliability Prediction Models Do Not Work – Is There an Alternative”, CALCE Electronic Packaging Research Centre, University of Maryland, College Park, MD20742, December 11, 1998 27.
Population Reference Bureau, “Population, A Lively Introduction”, Population Bulletin, Vol. 53, No. 3, September 1998 12. Harold Goldberg, “Extending the Limits of Reliability Theory”, John Wiley & Sons, 1981 13. Pradeep Lall, Michael G. Pecht, Edward B. Hakim, “Influence of Temperature on Microelectronics”, CRC Press LLC, 1997 14. A. K. Pai,“COTS/ROTS for Mission-Critical Systems”, General Dynamics Information Systems 15. “Upgrading COTS Workshops”, CALCE, EPRC, University of Maryland, January 23 1997 16.
The failure rate of a system is the sum of the failure rate of its parts; all failures occur independently; all failures have a constant rate of occurrence; every component failure causes a system failure; all system failures are caused by component failures. Because failure rate is not a precise engineering parameter, it is important to be aware of the severe limitation of a reliability prediction based upon a ‘parts count’ model. Parts Count Analysis (PCA) is an estimator that relies on default values of most of the part and application specific parameters.