Using the Monte-Carlo method for assessing the difference in the operation of the fuel protector depending on the difference in its thermal physical and geometric parameters

The article considers the Monte Carlo method, as one of the few methods for calculating the limit of the heating time of the furnace insert, which, using a fairly simple algorithm, allows to estimate with high accuracy the errors in the operation of the preventer depending on random discrepancies in its physical and geometric parameters. Due to its features, the method can be extended to modeling any process affected by random variables. The application of this method made it possible in this article to calculate the limits of the heating time of the furnace insert depending on the probability of the heating time falling within these limits, to calculate the limits of the heating time of the furnace insert depending on the multiplicity of the current of the furnace insert with a given 0.95 percent probability of the heating time falling within these limits and determine the parameters that have the greatest influence on the differences in heating time. This article substantiates the application of the Monte Carlo method.