In this paper, a new four parameter lifetime distribution called the Topp Leone Weibull-Lomax distribution is introduced. Some mathematical properties of the new distribution are studied including the quantile function, ordinary and incomplete moments, probability weighted moment, conditional moments, order statistics, stocastic ordering and stress strength reliability parameter. The regression model and the residual analysis for the new model are also investigated. The model parameters are estimated by using the maximum likelihood criterion and the behavior of these estimates are examined by conducting a simulation study. We prove empirically the importance and flexibility of the new distribution in modeling four data sets
In this paper, a new four-parameter (i.e. called the transmuted Topp-Leone power function (TTLPF) di...
We propose a new four-parameter lifetime distribution obtained by compounding twouseful distribution...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...
In this paper, a new four parameter lifetime distribution called the Topp Leone Weibull-Lomax distri...
The paper introduces a new distribution called the Lomax-Weibull distribution using the competing ri...
A four-parameter lifetime model, named the Weibull inverse Lomax (WIL) is presented and studied. Som...
A new five parameter model is proposed and stutied. The new distribution generalizes the Weibull Lom...
Abstract We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, ...
We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, which acc...
In this paper, the exponentiated Lomax-Weibull distribution is constructed as a new lifetime model u...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
This paper introduces the four parameter new generalized inverse Weibull distribution and investigat...
We introduce a new lifetime distribution, called the alpha-power transformed Lomax (APTL) distributi...
In this paper we defined a new lifetime model called the the Exponentiated additive Weibull (EAW) di...
We introduce a new four-parameter distribution with constant, decreasing, increasing, bathtub and up...
In this paper, a new four-parameter (i.e. called the transmuted Topp-Leone power function (TTLPF) di...
We propose a new four-parameter lifetime distribution obtained by compounding twouseful distribution...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...
In this paper, a new four parameter lifetime distribution called the Topp Leone Weibull-Lomax distri...
The paper introduces a new distribution called the Lomax-Weibull distribution using the competing ri...
A four-parameter lifetime model, named the Weibull inverse Lomax (WIL) is presented and studied. Som...
A new five parameter model is proposed and stutied. The new distribution generalizes the Weibull Lom...
Abstract We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, ...
We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, which acc...
In this paper, the exponentiated Lomax-Weibull distribution is constructed as a new lifetime model u...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
This paper introduces the four parameter new generalized inverse Weibull distribution and investigat...
We introduce a new lifetime distribution, called the alpha-power transformed Lomax (APTL) distributi...
In this paper we defined a new lifetime model called the the Exponentiated additive Weibull (EAW) di...
We introduce a new four-parameter distribution with constant, decreasing, increasing, bathtub and up...
In this paper, a new four-parameter (i.e. called the transmuted Topp-Leone power function (TTLPF) di...
We propose a new four-parameter lifetime distribution obtained by compounding twouseful distribution...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...