In life-testing investigations, accelerated life testing is crucial since it reduces both time and
costs. In this study, constant-stress partially accelerated life tests using adaptive …

In this article, we investigate the problem of point and interval estimations under constant-
stress partially accelerated life tests. The lifetime of items under use condition is assumed to …

The issue of various estimation techniques in constant partially accelerated life tests with
complete data is the main subject of this research. The Chen distribution is regarded as an …

The generalized G distributions (GGdistns) package is a new R package that employs the
power of the maximum goodness-of-fit estimation technique in estimating the parameters of …

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 …

In this paper, an extension of the power half-normal (PHN) distribution is introduced. This
new model is built on the application of slash methodology for positive random variables …

In life testing and reliability studies, most researchers have used the maximum likelihood
estimation method to estimate unknown parameters, even though it has been proven that …

In this study, constant-stress accelerated life testing has been investigated using type-II
censoring of failure data from a truncated normal distribution. Various classical estimation …

The novelty of this article is estimating the parameters of Weibull inverted exponential (WIE)
distribution with a constant stress partially accelerated life test (PALT) under adaptive type-II …

Triple modular redundancy system (TMR) is repetition of important components or functions
of the system. It aims to increase the reliability and reducing the failure rate. This study is …