Practitioners frequently model failure times in reliability analysis via the Weibull distribution.
Often risk managers must make decisions after only a few failures. Thus, an important …

The Weibull distribution, one of the most significant distributions with applications in
numerous fields, is associated with numerous distributions such as generalized gamma …

Reliability theory deals with the study of unreliable systems. Reliability models play an
important role in reliability theory. The failure of a complex system occurs due to more than …

This paper considers estimation of the stress–strength reliability when the stress and
strength follow two-parameter exponential distributions having different location parameters …

The Weibull distribution is the most widely applied model in reliability analysis. The main
objective of this paper is to present a simple method called the minimum discrepancy …

In this paper, we introduced a new three-parameter probability model called Poisson
generalized half logistic (PoiGHL). The new model possesses an increasing, decreasing …

Purpose–To present the bootstrap procedure to correct biases in maximum likelihood
estimator of mean time to failure (MTTF) and percentiles in a Weibull regression model …

We propose a new weighted integral goodness-of-fit statistic for exponentiality. The statistic
is motivated by a characterization of the exponential distribution via the mean residual life …

In this paper we consider the estimation of the stress–strength parameter R= P (Y< X), when
X and Y are independent and both are three-parameter Weibull distributions with the …

In this paper we study the reliability of a multicomponent stress-strength model assuming
that the components follow power Lindley model. The maximum likelihood estimate of the …