The reliability of a system is the probability that its strength exceeds its stress. This reliability
is called as the stress-strength reliability. The inferences of the stress-strength reliability R …

We focus on estimating the stress‐strength reliability model when the strength variable is
subjected to the step‐stress partially accelerated life test. Based on the assumption that both …

In a life testing experiments, accelerated life tests (ALTs) model has provided a significant
decrease for the cost and time. Recently, progressively hybrid censoring schemes have …

Purpose In this paper, the authors design accelerated life test and provide its application in
the field of accelerated life test. The authors use maximum likelihood estimation method as a …

A long testing period is usually required for the life testing of high‐reliability products or
materials. It is possible to shorten the testing process by using ALTs (accelerated life tests) …

The traditional reliability inference based on the metric of mean life between failures for
validating suppliers imposes insufficient deliberations on their supplied variability of unit-to …

Accelerated life testing is very important in life testing experiments because it saves time and
cost. In this paper, assuming that the lifetime of items under use condition follows the …

In this paper, the maximum likelihood, Bayes, and parametric bootstrap methods are used
for estimating the unknown parameters, as well as some lifetime parameters reliability and …

This paper is concerned with applying the Bayesian and E-Bayesian approaches to
estimating the unknown parameters of the modified Topp–Leone–Chen distribution under a …

Monitoring life-testing trials for a product or substance often demands significant time and
effort. To expedite this process, sometimes units are subjected to more severe conditions in …