The power XLindley (PXL) distribution is introduced in this study. It is a two‐parameter
distribution that extends the XLindley distribution established in this paper. Numerous …

Lifetime distributions that have bathtub-shaped failure rates with low and long constant
region at the mid-time period are more realistic for modelling failure time datasets with …

Numerous classical distributions have been extensively used over the past decades for
modeling data in several areas such as engineering, actuarial, environmental and medical …

We obtain some properties of the Weibull Marshall–Olkin Lindley distribution. Its hazard rate
function can be increasing, decreasing, bathtub-shaped, decreasing-increasing-decreasing …

We introduce a new three-parameter lifetime model called the Lindley Weibull distribution,
which accommodates unimodal and bathtub, and a broad variety of monotone failure rates …

This work proposes a new extension to the XLindley model called an inverse XLindley
distribution (IXLD). Its probability density function and hazard rate function shapes were …

On The Product and Ratio of Pareto and Erlang Random Variables Page 1 International Journal
of Mathematics, Statistics, and Computer Science Vol. 1, 2023 ISSN: XXXX-XXXX, DOI …

The Lindley distribution has been generalized by many authors in recent years. Here, we
introduce a new generalization that provides better fits than the Lindley distribution and all of …

In this paper, we try to supplement the distribution theory literature by introducing a new
distribution, called the logarithmic transformed Weibull (LTW) distribution by logarithm …

This article aims to introduce the inverse new XLindley distribution, a further extension of the
new XLindley distribution. The article explores various properties of the proposed model …