1. Basic terms: time to failure, failure rates, backup, architecture.
2. Probabilistic distribution in reliability theory: exponential, Weibull, normal, logarithmic-normal, gamma distribution, Poisson distribution, binomial distribution. Estimation of reliability characteristics for complete and incomplete random samplings: sampling schedules, MLE and MM methods.
3. Analysis and reliability of the system: Boolean algebra, coherent systems, reliability of coherent systems.
4. Multi-track systems: non-repairable parallel, serial systems, etc., comparison of different models.
5. Availability of repairable systems: Fault Tree Analysis (FTA), definitions and symbols for FTA, structural functions and coherence, FTA and coherent structure, qualitative and quantitative analysis using analytical approach, modularization of fault tree.
6. Simulation approach for FTA analysis: Monte Carlo simulation for repairable systems, scattering methods.
7. Software tools for quantitative risk assessment: Demonstration of reliability calculations using advanced software applications.
8.The importance of functional safety, risk analysis, means of risks reduction, safety proof types.
2. Probabilistic distribution in reliability theory: exponential, Weibull, normal, logarithmic-normal, gamma distribution, Poisson distribution, binomial distribution. Estimation of reliability characteristics for complete and incomplete random samplings: sampling schedules, MLE and MM methods.
3. Analysis and reliability of the system: Boolean algebra, coherent systems, reliability of coherent systems.
4. Multi-track systems: non-repairable parallel, serial systems, etc., comparison of different models.
5. Availability of repairable systems: Fault Tree Analysis (FTA), definitions and symbols for FTA, structural functions and coherence, FTA and coherent structure, qualitative and quantitative analysis using analytical approach, modularization of fault tree.
6. Simulation approach for FTA analysis: Monte Carlo simulation for repairable systems, scattering methods.
7. Software tools for quantitative risk assessment: Demonstration of reliability calculations using advanced software applications.
8.The importance of functional safety, risk analysis, means of risks reduction, safety proof types.