In this paper, we produced a new family of distribution called Gull Alpha Power Family of distributions (GAPF). A Special case of GAPF is derived by considering the Weibull distribution as a baseline distribution called Gull Alpha Power Weibull distribution (GAPW). The suitability of the proposed distribution derives from its ability to model both the monotonic and non-monotonic hazard rate functions which are a common practice in survival analysis and reliability engineering. Various statistical properties were derived in addition to their special cases. The unknown parameters of the model are estimated using the maximum likelihood method. Moreover, the usefulness of the proposed distribution is supported by using two real lifetime data se...
In this manuscript, we have derived a new lifetime distribution named generalized Weibull–Lindley (G...
This study developed the Nadarajah Haghighi generalised power Weibull (NHGPW) distribution by compou...
In this paper, we introduce the exponentiated power generalized Weibull power series (EPGWPS) family...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
This paper considers three special cases: Exponential, Rayleigh and Lindley of a family of generaliz...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
In this article, a new family of lifetime distributions by adding an additional parameter to the exi...
Mahdavi A. and Kundu D. (2017) introduced a family for generating univariate distributions called th...
Abstract We propose a new lifetime model called the exponentiated power generalized Weibull (EPGW) d...
Abstract We propose a new lifetime model called the exponentiated power generalized Weibull (EPGW) d...
We introduce the Kumaraswamy alpha power-G (KAP-G) family which extends the alpha power family (Mahd...
In this manuscript, we have derived a new lifetime distribution named generalized Weibull–Lindley (G...
This study developed the Nadarajah Haghighi generalised power Weibull (NHGPW) distribution by compou...
In this paper, we introduce the exponentiated power generalized Weibull power series (EPGWPS) family...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
This paper considers three special cases: Exponential, Rayleigh and Lindley of a family of generaliz...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
The Gull Alpha Power Lomax distribution is a new extension of the Lomax distribution that we develop...
In this article, a new family of lifetime distributions by adding an additional parameter to the exi...
Mahdavi A. and Kundu D. (2017) introduced a family for generating univariate distributions called th...
Abstract We propose a new lifetime model called the exponentiated power generalized Weibull (EPGW) d...
Abstract We propose a new lifetime model called the exponentiated power generalized Weibull (EPGW) d...
We introduce the Kumaraswamy alpha power-G (KAP-G) family which extends the alpha power family (Mahd...
In this manuscript, we have derived a new lifetime distribution named generalized Weibull–Lindley (G...
This study developed the Nadarajah Haghighi generalised power Weibull (NHGPW) distribution by compou...
In this paper, we introduce the exponentiated power generalized Weibull power series (EPGWPS) family...