Modelling the failure process of a repairable system is vitally important in many industrial
sectors such as the offshore industry and the transport industry, in which properly …

In accelerated life testing researcher generally use a life stress relationship between life
characteristic and stress to estimate the parameters of failure time distributions at use …

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 …

The geometric process (GP) is used to conduct a statistical analysis of accelerated life
testing under constant stress using type-I censored data for the Generalized Exponential …

The geometric process (GP) has been applied to estimate constant stress accelerated life
testing for the Frechet failure item with time-censored data. A geometric process (GP) is …

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 …

The mixture of Type-I and Type-II censoring schemes, called the hybrid censoring scheme is
quite common in life-testing or reliability experiments. In this paper, we investigate the …

This paper proposes a step-stress partially accelerated life test model from Pareto lifetime
distribution under progressive type-I hybrid censoring. Maximum likelihood estimators …

This paper presents the process of the optimum test design for simple constant-stress and
step-stress accelerated life tests under the progressively Type-I hybrid censoring data …