This article deals with the Bayesian and non Bayesian estimation of multicomponent stress–
strength reliability by assuming the Kumaraswamy distribution. Both stress and strength are …

In this paper, we consider a system which has k s-independent and identically distributed
strength components, and each component is constructed by a pair of s-dependent …

Multi-state system models are more practical and valuable when describing complex
engineering structures than binary-state system models. Modelling of linear consecutive-(k …

In reliability analysis of the stress–strength models, it is generally assumed that an individual
only has one type of strength. However, in some situation, an individual, which has several …

Multi-state systems are widely used in engineering field, which usually contain complex
internal structures and variable external environmental stresses. Discussing the reliability of …

The stress–strength model has been widely used in reliability design of system. In the
traditional stress–strength reliability theory, the system and each component are assumed to …

The present study focuses on the multi-component stress-strength (MCSS) model based on
inverse Weibull distribution (IWD). Both stress and strength are assumed to follow IWD with …

In this paper, a new multi-state stress-strength model is introduced, where the system
consists of multi-type multi-state components. Each type of components has two dependent …

In this paper, we consider four different kinds of multistate consecutive-k systems, namely a
multistate linear m-consecutive-k-out-of-n: G system, a multistate linear consecutive-k-out-of …

In this paper, we study the estimation for stress–strength reliability of the system with multiple
types of components based on survival signature. In the situation that different types of …