The article provides mathematical modeling of the basic system of product reliability indicators by evaluation methods: the distribution of requirements for the reliability of the product as a whole and the distribution of the reliability of the components of the product. Based on the a priori data and the presented product reliability schemes for each block, the missing data is searched. Two interdependent methods for calculating reliability are used. Blocks for which there is no a priori and reference data are isolated. The equivalence approach is chosen - the distribution of reliability requirements between the components according to the principle of equivalence (equivalence). The mathematical modeling of the basic system of indicators with one common value of the coefficient of the average recovery time of the product for a period of time equal to half an hour is proposed.

Topics
General relativity, Mathematical modeling
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