Reliability 2e
Using an interdisciplinary perspective, this outstanding book provides an introduction to the theory and practice of reliability engineering. This revised edition contains a number of improvements: new material on quality-related methodologies, inclusion of spreadsheet solutions for certain examples, a more detailed treatment which ties the load-capacity approach to reliability to failure rate methodology; a new section dealing with safety hazards of products and equipment.
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Using an interdisciplinary perspective, this outstanding book provides an introduction to the theory and practice of reliability engineering. This revised edition contains a number of improvements: new material on quality-related methodologies, inclusion of spreadsheet solutions for certain examples, a more detailed treatment which ties the load-capacity approach to reliability to failure rate methodology; a new section dealing with safety hazards of products and equipment. Booknews A text for a one-semester upper-level undergraduate or first- year graduate student in any branch of engineering. Reflecting the interdisciplinary nature of reliability engineering, draws examples from many branches of the field, but assumes no specialized knowledge or previous exposure to probability or statistics. Does require the standard physics and chemistry, lower-level engineering, and mathematics through ordinary differential equations. Each chapter is provided with a specific bibliography. Annotation c. Book News, Inc., Portland, OR (booknews.com)
1Introduction12Probability and Sampling103Continuous Random Variables404Quality and Its Measures685Data and Distributions1026Reliability and Rates of Failure1387Loads, Capacity, and Reliability1758Reliability Testing2089Redundancy25210Maintained Systems29011Failure Interactions32612System Safety Analysis361App. A: Useful Mathematical Relationships408App. B: Binomial Sampling Charts411App. C: Standard Normal CDF415App. D: Probability Graph Papers417Answers to Odd-Numbered Exercises425Index429
\ BooknewsA text for a one-semester upper-level undergraduate or first- year graduate student in any branch of engineering. Reflecting the interdisciplinary nature of reliability engineering, draws examples from many branches of the field, but assumes no specialized knowledge or previous exposure to probability or statistics. Does require the standard physics and chemistry, lower-level engineering, and mathematics through ordinary differential equations. Each chapter is provided with a specific bibliography. Annotation c. Book News, Inc., Portland, OR (booknews.com)\ \
