- Learn the definitions and life distribution models used for the statistical analysis of component reliability
- Practice plotting and analyzing high stress censored life test data and fitting acceleration models to project use condition failure rates
- Understand how to calculate a repairable system Mean Time Between Failure (MTBF) with confidence bounds and acceptance test criteria
- Learn how to make a Duane plot from reliability improvement test data and project the MTBF at the end of test
- Become familiar with the reliability analysis routines in SEMSTAT and the use of EXCEL lognormal and Weibull templates for data analysis
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- Basic reliability concepts, terminology and the “bath-tub” curve
- Censored data and probability data plotting
- Exponential life distribution model - properties and uses
- Weibull life distribution model - properties and uses
- Lognormal life distribution model - properties and uses
- Life testing and physical acceleration models
- Fitting reliability models
- Repairable system models and testing systems for Mean Time Between Failure (MTBF) requirements
- Testing for improvement or degradation trends
- Duane plots and the reliability improvement slope
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