The Accelerated Life Testing (ALT) has been used for a long time in several fields to obtain
information on the reliability of product components and materials under operating …

In this paper, the geometric process is introduced as a constant-stress accelerated model to
analyze a series of life data that obtained from several increasing stress levels. The …

Numerous studies have already been attempted to explore the reliability of systems
considering mask data, though the mass of them has largely focused on basic series or …

The geometric process is one of the important simple monotonic processes with a positive
ratio parameter in the theory of stochastic processes. Simply, it can be thought of as a …

In Accelerated life testing (ALT), generally, the estimates of original parameters of the life
distribution are obtained by using the log linear function between life and stress which is just …

In this paper, the geometric process model is used for analyzing constant stress accelerated
life testing. The generalized half logistic lifetime distribution is considered under progressive …

The log-linear function between life and stress which is just a simple re-parameterization of
the original parameter of the life distribution is used to obtain the estimates of original …

In this paper the geometric process is used for the analysis of accelerated life testing for
Marshall-Olkin Extended Exponential (MOEE) distribution using Type II censored data …

Numerous studies have already been attempted to explore the reliability of systems
considering mask data, though the mass of them has largely focused on basic series or …

In Accelerated life testing (ALT), a log-linear relationship between life and stress is used.
However instead of original parameters, transformed parameters are used for estimation …