In this article, we consider the classical and Bayesian estimation of the multicomponent
stress–strength reliability (MSSR) for the Burr XII distribution based on progressively first …

In this paper, the inference of multicomponent stress-strength reliability has been derived
using progressively censored samples from Topp-Leone distribution. Both stress and …

In the stress-strength reliability literature, although identical components assumption may
not be realistic due to the structure of a system, independent and identically distributed …

In this study, we consider point and interval estimations of stress–strength reliability in a
consecutive k-out of-n system when the stress and strength variables follow the proportional …

The problem reliability estimation of multicomponent stress–strength system is studied in this
paper, when the strength components and stress component follow generalized inverted …

In this paper, the reliability-redundancy allocation problem with the mixed redundancy
strategy is revisited to develop a new model that can be beneficially exploited to estimate …

This article considers the non-Bayesian and Bayesian estimation procedures for
multicomponent stress-strength reliability (MSSR) from generalized inverted exponential …

The reliability-redundancy allocation problem (RRAP) is usually formulated based on two
main assumptions,(1) using homogeneous components, and (2) having a predetermined …

The evaluation of the information entropy content in the data analysis is an effective role in
the assessment of fatigue damage. Due to the connection between the generalized half …

In engineering applications and reliability literature, stress-strength models play a crucial
role. The goal of this study is to develop more accurate stress-strength models by …