Reliability Engineering

Dilihat 943

Instructor by : Miftakhul Huda MATERI 1. Reliability Program Elements 2. RE Mathematics

Reliability Functions
Probability Theorems
Static Reliability Models
Probability Density Functions
Failure Rate, Hazard Function, Bathtub Curve

3. Normal Probability Distribution

Estimation of Parameters

4. Exponential Distribution

Mean, Failure Rate
Confidence Values
Estimation of Parameters

5. Weibull Distribution

Estimation of Parameters (Graphical Analysis)
Confidence Values

6. Binomial

Confidence Values
Success Testing (No Failures)
Conversion to Exponential Distribution

7. Demonstration Testing

Sequential Testing
Accelerated Testing

8. Reliability in Design

Reliability Allocation
Reliability Prediction ; MIL HDBK
FMEA and Fault Tree Analysis
Reliability Design Review

9. Mechanical System Reliability

Probabilistic Design
Shared Load Models
Correlation and Regression
Design of Experiments
Software Reliability

10. Repairable Systems

Availability and Maintainability ; Log Normal Distribution

11. Laplace’s Test 12. System Reliability Concepts 13. Reliability Growth Models

Duane Model

14. Dynamic Reliability Models Standby Redundancy PARTICIPANT Production Supervisors, Engineering Personnel, Maintenance Engineers, Reliability Engineers, Managers TRAINING METHODE Presentation Discussion Case Study Evaluation FACILITY Training Kit Handout Certificate Lunch + 2 X Coffee Break Souvenir