Course Description
This 2 day course covers the following subject areas:
- Reliability Definitions
- Availability
- Reliability Bathtub Curve
- Exponential Distribution
- Estimating MTBF
- Censoring & MTBF Calculations
- Reliability Prediction
- Confidence Intervals for MTBF
- Testing to a Predetermined Number of Failures
- Testing for a Predetermined Time
- Failure Free Testing
- System Reliability
- Series Systems
- Parallel Systems
- Standby Parallel Systems
- Shared Load Parallel Systems
- Beta Distribution
- Nonparametric & Related Test Designs
- Calculating Reliability in Zero Failure Situations
- Sample Size Determination
- Hazard Function
- Wear out Distribution
- Conditional Probability of Failures
- Weibull Distribution
- Maintenance
- Time Distributions
- Preventive Maintenance Strategy
- Preventive Replacement Optimization
- Log-Normal Distribution
- Stress-Strength Interference
- Arrhenius Model
Target Audience
- Reliability Engineers
- Product Development Design Engineers
- Manufacturing Process Engineers
- Quality Engineers
Prerequisite
Prior statistical training and industrial application would be an asset
