| Contents: |
-
1 Introduction
Part I· Basic Reliability
Models
-
2 The Failure Distribution
-
3 Constant Failure Rate Model
-
4 Time-Dependent Failure Models
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5 Reliability of Systems
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6 State Dependent Systems
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7 Physical Reliability Models
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8 Design for Reliability
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9 Maintainability
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10 Design for Maintainability
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11 Availability
Part II· The Analysis
of Failure Data
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12 Data Collection and Empirical
Methods
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13 Reliability Testing
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14 Reliability Growth Testing
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15 Identifying Failure and Repair
Distributions
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16 Goodness-of-Fit Tests
Part III· Application
-
17 Reliability Estimation and
Application
18 Implementation
|
|
| An Introduction
to Reliability and Maintainability Engineering |
| by Charles E. Ebeling,
576pp., 1996, ISBN: 0070188521 |
|
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
tedious 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. |
|
| $93.75 |
An Introduction to
Reliability and Maintainability Engineering -
$93.75 each
|
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