An Introduction to Reliability and Maintainability Engineering
This practical and modern approach to reliability deals with core concepts, major models, and proven techniques. The computer software packaged in the Instructor's Manual allows students to focus on concepts and analysis instead of tedius numerical calculations. Relevant to all departments of engineering, particularly industrial, this text provides an introduction to probability and statistical techniques that is necessary to support the development of reliability and maintainability concepts.
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This practical and modern approach to reliability deals with core concepts, major models, and proven techniques. The computer software packaged in the Instructor's Manual allows students to focus on concepts and analysis instead of tedius numerical calculations. Relevant to all departments of engineering, particularly industrial, this text provides an introduction to probability and statistical techniques that is necessary to support the development of reliability and maintainability concepts.
1 IntroductionPt. 1 Basic Reliability Models2 The Failure Distribution3 Constant Failure Rate Model4 Time-Dependent Failure Models5 Reliability of Systems6 State-Dependent Systems7 Physical Reliability Models8 Design for Reliability9 Maintainability10 Design for Maintainability11 AvailabilityPt. 2 The Analysis of Failure Data12 Data Collection and Empirical Methods13 Reliability Testing14 Reliability Growth Testing15 Identifying Failure and Repair Distributions16 Statistical TestsPt. 3 Application17 Reliability Estimation and Application18 ImplementationReferencesAppendixIndex
