Problem of Calculation of Reliability of Hierarchical Complex Technical Systems

Author:

Kulakov P. A.,Galyautdinov D. D.,Afanasenko V. G.

Publisher

Springer International Publishing

Reference20 articles.

1. Grishko A, Yurkov N, Goryachev N (2017) Reliability analysis of complex systems based on the probability 13 dynamics of subsystem failures and deviation of parameters. CADSM, pp 179–182

2. Tanasijevic M, Ivezic D, Jovancic P et al (2013) Study of dependability evaluation for multi-hierarchical systems based on max-min composition. Qual Reliab Eng Int 29(3):317–326

3. Zhang F, Liu T, Liu J (2010) Research on bearing life prediction based on three parameters Weibull distribution. Adv Mater Res 136:162–166. https://doi.org/10.4028/www.scientific.net/AMR.136.162

4. Baikov I, Kitaev S, Fayrushin Sh (2016) Evaluation of reliability indicators of pumps of type NC, NCB and PS. Reliability 16:11–16

5. Zhadnov V, Iofin A (2015) Methodological aspects of the calculation of reliability indicators in the practice of designing radio altimeters and radio altimeter systems for rocket technology. Reliab Qual Complex Syst 2:42–46

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