Marshall and Olkin (1997) proposed a new method to establish more flexible new families of
distributions by adding a parameter to a distribution. In this article, Marshall-Olkin extended …

In parametric statistical modeling, it is essential to create generalizations of current statistical
distributions that are more flexible when modeling actual data sets. Therefore, this study …

This article introduces the odds exponential-Pareto IV distribution, which belongs to the odds
family of distributions. We studied the statistical properties of this new distribution. The odds …

In this paper, a new five-parameter model called alpha power exponentiated new Weibull-Pareto
distribution is introduced based on a new developing technique. We derived some …

The beta generalized inverse Weibull distribution (BGIW) is suggested in this paper. The
mathematical properties of the BGIW distribution are provided and the expression for the …

In this article, we introduce the exponentiated Fréchet-G family of distributions. Several models
of the introduced exponentiated Fréchet-G family are presented. The proposed family is …

The four-parameter Exponentiated Modified Weibull (EMW) is considered as an important
lifetime distribution. Based on progressive Type-II censored sample, maximum likelihood and …

Data analysis in real life often relies mainly on statistical probability distributions. However,
data arising from different fields such as environmental, financial, biomedical sciences and …

This article presents a new method for generating distributions. This method combines two
techniques—the transformed—transformer and alpha power transformation approaches—…

Statistical probability distributions are commonly used by data analysts and statisticians to
describe and analyze their data. It is possible in many situations that data would not fit the …