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Reliability Analysis |
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1 day |
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- Course Description and Audience:
- This course is designed for those individuals who need to make reliability and life estimates on core product and process components and systems. It is assumed the course participants come from a variety of backgrounds and experiences.
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On-Site Course
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- Currently Available
- To request this course for on-site training, please click here.
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Public Course
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- Currently Available
- To view a list of available public courses, click here.
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- Course Objectives:
- A result of attending this course the participant will be able to:
- 1. Determine product reliability performance.
- 2. Select the appropriate theoretical distribution.
- 3. Make life estimates based on failure data.
- 4. Use confidence intervals in all estimates.
- 5. Add stress and other variables to reliability predictions.
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- Software:
- JMP or Minitab and Excel
- Prerequisites:
- ESDA is required.
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Section I |
- Introduction to Reliability Analysis
- Reliability and unreliability
- Distribution analysis uniform
- Distribution analysis normal
- Distribution analysis nonnormal
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| Section II |
Nonparametric Reliability Analysis (Kaplan-Meier) |
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| Section III |
- Parametric Reliability Analysis
- LogNormal
- Exponential
- Weibull
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| Section IV |
Multivariate Reliability Analysis (Parametric Survival) |
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| Section V |
Use and Application of the Arrhenius Transformation |
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| Section VI |
Recurrence Analysis |
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| Section VII |
Chi-Square Distribution Use and Application |
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| Section VIII |
Fault Tree Analysis (FTA) Method |
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