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 …

The loss function plays an important role in Bayesian analysis and decision theory. In this
paper, a new Bayesian approach is introduced for parameter estimation under the …

It often takes a lot of time to conduct life-testing studies on products or components. Units
can be tested under more severe circumstances than usual, known as accelerated life tests …

This study investigates, for the first time, the product of spacing estimation of the modified
Kies exponential distribution parameters as well as the acceleration factor using constant …

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) …

In this paper, we consider a simple step‐stress accelerated life test (SSALT) model under
the tampered random variable (TRV) model for the modified Weibull distribution (MWD) with …

Accelerated life testing (ALT) is a time-saving technique that has been used in a variety of
sectors to get failure time data for test units in a relatively short time it takes to test them …

The E-Bayesian estimation approach has been presented for estimating the parameter
and/or reliability characteristics of various models. Several investigations in the literature …

In this paper, we focus on the parametric inference based on the tampered random variable
model for simple step-stress life testing using Type-II censored data. The baseline lifetime of …

The hierarchical models have not only a major concern with develo** computational
schemes but also assist in inferring the multi-parameter problems. The E-Bayesian is the …