Reliability engineering handbook
著者
書誌事項
Reliability engineering handbook
Prentice-Hall, c1991-
- v. 1
- v. 2
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注記
Includes bibliographical references and index
内容説明・目次
- 巻冊次
-
v. 1 ISBN 9780137722945
内容説明
This volume, one of two devoted to the subject, covers the range of reliability engineering, from product and system design through manufacturing, implementation and maintenance. Illustrated with practical examples, the books show how to specify components, equipment and system reliability - and how to implement these requirements. Comprehensive and easy to understand, these books demonstrate how to analyze time-to-failure data from components, systems and equipment to obtain their distribution, reliability, failure rate and mean lifespan; provide theoretical and practical tools for designing, testing and implementing the probability and capacity of parts, components, equipment, products and systems performance; and include applications to purchasing, engineering, research, development, manufacturing and quality control.
目次
- Reliability engineering - its applications and benefits
- history, development and accomplishments
- reliability defined
- basic analytical and statistical functions in reliability engineering
- the exponential distribution
- the Wiebull distribution
- the normal distribution
- the lognormal distribution
- the extreme value distribution
- the Rayleigh distribution
- the uniform distribution
- early, chance and wearout reliability
- mixed population model
- reliability bath-tub curve models and their quantification.
- 巻冊次
-
v. 2 ISBN 9780137723027
内容説明
This volume, the second of two devoted to the subject, covers the range of reliability engineering, from product and system design through manufacturing, implementation and maintenance. Illustrated with practical examples, the books show how to specify components, equipment and system reliability - and how to implement these requirements. Comprehensive and easy to understand, these books demonstrate how to analyze time-to-failure data from components, systems and equipment to obtain their distribution, reliability, failure rate and mean lifespan; provide theoretical and practical tools for designing, testing and implementing the probability and capacity of parts, components, equipment, products and systems performance; and include applications to purchasing, engineering, research, development, manufacturing and quality control.
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