Reliability Analysis of Production in an Engineering System

This study aims to compare different reliability indices in order to enhance industry production processes. In this case, we are looking at a system with three parallel units. This study centers on reliability analysis, taking into account the availability, estimated busy period, Mean Time to System Failure (MTSF), and expected number of repairman visits. There is a backup unit for the primary unit. Semi-Markov and regenerative point methods have been used to assess the system’s performance. In the beginning, all three units will be functional, and a single repair facility will handle all required repairs. The repair time distribution is thought to be universal, but the unit failure time distribution is found to be exponential with variable parameters. Mean residence time, MTSF, system utilization time, steady state availability, and other critical reliability characteristics are examined. Graphs were used in the investigation process to further increase the study’s adaptability.