Reliability Assessment of Consecutive K-Out Systems With Two Types of Dependent Components

Abstract

This paper is about the reliability modeling of a linear consecutive k-out-of-n system that consists of two types of dependent components. The survival function and mean time to failure of such a system are expressed using copulas. Extensive numerical findings are provided for Clayton and Gumbel-type copulas. The survival and mean time to failure behaviors are explored in connection with the value of Kendall's correlation coefficient.