Reliability Engineering and Risk Analysis: A Practical Guide
CRC Press, Aug 24, 1999 - Technology & Engineering - 564 pages
An introduction and explanation of pragmatic methods and techniques for reliability and risk studies, and a discussion of their uses and limitations. It features computer software that illustrates numerous examples found in the book, offering to help engineers and students solve problems. There is a module on Bayesian estimation. The computer disk is written in Visual Basic and is compatible with Microsoft Excel spreadsheets.
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Other editions - View all
actions analysis applications approach assessment associated Assume availability basic block calculate called cause Chapter combination complex component considered constant corresponding cut sets defined dependent described determine device discussed distribution effect electrical engineering equations error estimate evaluation event example expected exponential distribution expression factors fails failure mode failure rate fault tree Figure frequency function given hazard human identified important increasing independent initiating interval known likelihood limit logic lognormal mean measure mechanisms method normal nuclear observed obtained occur operation parameter performance plant plot possible prior probability problem procedure pumps random referred reliability repair represents respective risk sample selected shown shows similar Solution standard Statistical step stress success system reliability Table time-to-failure unavailability uncertainty units variable
Page v - Human Resources Management, edited by Jill P Kern, John J. Riley, and Louis N. Jones 13. The Good and the Bad News About Quality, Edward M Schrock and Henry L. Lefevre 14. Engineering Design for Producibility and Reliability, John W Priest 15.
Page x - The modern approach to quality and reliability concerns excellence: excellence when the product is designed, excellence when the product is made, excellence as the product is used, and excellence throughout its lifetime. But excellence does not result without effort, and products and services of superior quality and reliability require an appropriate combination of statistical, engineering, management, and motivational effort. This effort can be directed for maximum benefit only in light of timely...
Page ix - It is a forum in which the subject matter of these various areas can be brought together to allow for effective integration of appropriate techniques. This will promote the true benefit of each, which can be achieved only through their interaction. In this sense, the whole of quality and reliability is greater than the sum of its parts, as each element augments the others. The contributors to this series have been encouraged to discuss fundamental concepts as well as methodology, technology, and...
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Page v - Defect Prevention: Use of Simple Statistical Tools, Victor E. Kane 18. Defect Prevention: Use of Simple Statistical Tools, Solutions Manual, Victor E. Kane 19. Purchasing and Quality, Max McRobb 20. Specification Writing and Management, Max McRobb 21 . Quality Function Deployment: A Practitioner's Approach, James L. Bossert 22. The Quality Promise, Lester Jay Wollschlaeger 23.
Page v - Rochester Institute of Technology Rochester, New York 1. Designing for Minimal Maintenance Expense: The Practical Application of Reliability and Maintainability, Marvin A. Moss 2. Quality Control for Profit, Second Edition, Revised and Expanded, Ronald H. Lester, Norbert L. Enrick, and Harry E. Mottley, Jr. 3. QCPAC: Statistical Quality Control on the IBM PC, Steven M.
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