In parametric statistical modeling, it is important to construct new extensions of existing
probability distributions (PDs) that can make modeling data more flexible and help …

In this paper, we present a new family of continuous distributions known as the type I half
logistic Burr X‐G. The proposed family's essential mathematical properties, such as quantile …

This article proposes a new lifetime-generated family of distributions called the sine-
exponentiated Weibull-H (SEW-H) family, which is derived from two well-established …

In this paper, we introduce a new family of continuous distributions that is called the modified
Kies family of distributions. The main mathematical properties of the new family are derived …

In this work, we propose a new class of lifetime distributions calledthe generalized odd
Weibull generatedfamily. It can provide better fits than some of the well known lifetime …

A new family of continuous distributions which ensure model flexiblity, is introduced based
on the Fréchet distribution and Topp Leone-G family. Two special sub-models of the new …

In this article, a new family of distribution called the alpha power Marshall-Olkin-G (APMO-G)
family of distributions was proposed. The new family of distribution provides a better fit for …

This article proposes the Gompertz-Alpha power inverted exponential distribution for lifetime
processes. The statistical properties of the distribution such as survival, hazard, reversed …

A new class of statistical distributions called the Type II half-Logistic odd Fréchet-G class is
proposed. The new class is a continuation of the unusual Fréchet class. This class is …

This paper proposes the new three‐parameter type I half‐logistic inverse Weibull (TIHLIW)
distribution which generalizes the inverse Weibull model. The density function of the TIHLIW …