The aim of the course is to provide fundamental terms and procedures from theory of reliability and introduced students with basic approach to theory of reliability.
Requirements on student
Pass before exam: test
Exam: written exam from theory and examples
Content
1. Fundamental terms of theory of reliability, failure differentiation
2. Failure model, reliability characteristics and his calculation
3. Continuous reliability distribution of failure
4. Discrete reliability failures distribution; Estimation of parameters distribution of failure
5. Reliability non-renewable systems ? serious and parallel systems
6. Reliability non-renewable systems ? method of decomposition, paths and sections
7. Redundancy; Probability of renewable systems ? renewal theory
8. Markov?s chain
9. Markov?s process
10. FMEA
11. Fault tree - theory, constructs
12. Fault tree - qualitative a quantitative analysis
13. Basic concept and methods of statistics data analysis
Prerequisites - other information about course preconditions
No particular prerequisites specified.
Competences acquired
The students are able to discuss of fundamental terms of theory of reliability, failure differentiation, reliability characteristics and his calculation from experiments and reliability tests. The students are able to apply methods for reliability determination of elementary and complicated systems. The students are able to describe (in one's own words) principle of renewal theory, stress models and degradation models. They acquaint oneself with application mathematical statistics and date analysis in reliability.