Reliability Analysis Of Standby System Of Three Components

Reserve system is a system of great importance discussed in reliability theory, and is one of the main objects of the reliability of mathematics. The study tool of the main mathematical reliability is the theory of stochastic process. For the reserve system reliability analysis, most of the researched results now are the analysis of the system composed of two parts. But for a number of large and complex systems, the number of components is often more than two composed. And however there are few people who would give priority to certain parts in the system when doing maintenance and repairing work to maintain high-performance of the whole system, which is due to the complexity of the problem.Based on existing research, this paper has studied several in the following aspects of the reliability of the three parts for the reserve temperature:In the chapter 2, the paper discusses reserve non-repairable systems that composed of three parts for the temperature, respectively in the case of switch entirely reliable, and in the case of switch entirely unreliable that the switch-life exponentially distributed, establish the system model. When the components of working time and reserve life index are subjected to the distribution of different parameters, derived the system reliability and the average time of the analytic style before the first failure;In the chapter 3, the paper discusses a cold standby reserve repairable systems consist of three types of components with priority, established the system model in the case of switch entirely reliable, derived the system reliability and the average time of the analytic style before the first failure;In the chapter 4, the paper discusses a cold standby reserve repairable systems consist of three types of components with priority, established the system model, derived the system fuzzy reliability and the average time of the analytic style before the first fuzzy failure.