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ECTS:
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4
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Lecturers in charge:
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Prof. dr. sc.
Vladimir Mikuličić
Prof. dr. sc.
Zdenko Šimić
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Take exam:
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Studomat
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English level:
1,1,0
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In agreement with the students enrolled in the course, the lecturer will provide as many teaching elements in English as possible, or in both English and Croatian for mixed groups (i.e., bilingual teaching materials and bilingual exams). Level 2 also includes additional individual consultations with foreign students (as in Level 1) for the teaching elements which will be held in Croatian.
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Load:
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| Lecture type | Total |
| Lectures |
30 |
* Load is given in academic hour (1 academic hour = 45 minutes)
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Description:
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Introduction: deterministic and probabilistic analyses. Fundamental postulates and concepts of reliability theory. Reliability, availability, safety, and risk. Mathematical models of component reliability. Reliability of a system with independent, nonrepairable and nonreplaceable components. Reliability of a system with dependent components. Complications due to standby operation, dependent failures, and repairs. Reliability of a system with standby operation. Markov models - general approach to the reliability and availability assessment. Mathematical model of component availability. Reliability and availability of a system with dependent, nonrepairable and nonreplaceable components. Reliability and availability of a system with repairable and replaceable components. Calculations of a steady-state availability of a system. Frequency and duration techniques. Reliability and availability assessment of a system using Monte Carlo simulation. Reliability and availability improvement.
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Literature:
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- Modeli pouzdanosti, raspoloživosti i rizika u elektroenergetsko sustavu, 1. dio Analitičke metode proračuna pouzdanosti i raspoloživosti; Mikuličić, V.; Šimić, Z.; Kigen, Zagreb; 2008; ISBN: 978-953-6970-54-4
- Reliability Evaluation of Engineering Systems: Concepts and Techniques; Billinton, R.; Allan, R.N; Pitman Advanced Publishing Program; 1992; ISBN: 0-273-0848-4
- Reliability Modeling in Electric Power Systems; Endrenyi, J.; John Wiley & Sons; 1978; ISBN: 0 471 99664 5
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2. semester
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course for
profile
Electrical Power Engineering
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