Measures of a Series System's Reliability for One or Two Decimal Random Data Points

Abstract

we talk about Weibull distribution for examination of real-world data and reliability. This distribution is regarded as a well-liked lifespan distribution that describes phenomena that have monotonic component failure rates. It can be used to model a range of real-life behaviors, depending on the values of the parameters. By taking Weibull failure laws into consideration, reliability metrics like reliability and mean time to system failure (MTSF) of a series system of “n” identical components are derived. By assuming Rayleigh and exponential failure distributions, the outcomes of these measures are also assessed for the particular case of the Weibull distribution. For any values of the parameters relating to the number of components, their failure rates, and operation time, the behavior of the MTSF and reliability have been graphically depicted.