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. We provide a comprehensive account of some of its mathematical properties including ordinary and incomplete moments, quantile and generating functions and order statistics. The new density function can be expressed as a linear combination of exponentiated Weibull densities. The maximum likelihood method is used to estimate the model parameters. We present simulation results to assess the performance of the maximum likelihood estimation. We prove empirically the importance and flexibility of the new distribution in modeling two data sets.WoSScopu
Abstract A new generalized class of Lindley distribution is introduced in this paper. This new class...
A two-parameter Quasi Lindley distribution (QLD), of which the Lindley distribution (LD) is a partic...
We introduce a new four-parameter distribution with constant, decreasing, increasing, bathtub and up...
Abstract We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, ...
Abstract We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, ...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
A new class of distribution called the generalized Lindley-Weibull distribution for modeling lifetim...
In this paper we introduce an extension of the Lindley distribution which offers a more flexible mod...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...
A new distribution called the log generalized Lindley-Weibull (LGLW) distribution for modeling lifet...
A new distribution called the log generalized Lindley-Weibull (LGLW) distribution for modeling lifet...
A new distribution called the log generalized Lindley-Weibull (LGLW) distribution for modeling lifet...
In this manuscript, we have derived a new lifetime distribution named generalized Weibull–Lindley (G...
Abstract A new generalized class of Lindley distribution is introduced in this paper. This new class...
A two-parameter Quasi Lindley distribution (QLD), of which the Lindley distribution (LD) is a partic...
We introduce a new four-parameter distribution with constant, decreasing, increasing, bathtub and up...
Abstract We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, ...
Abstract We introduce a new three-parameter lifetime model called the Lindley Weibull distribution, ...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
A four parameter generalization of the Weibull distribution capable of modeling a bathtub-shaped haz...
A new class of distribution called the generalized Lindley-Weibull distribution for modeling lifetim...
In this paper we introduce an extension of the Lindley distribution which offers a more flexible mod...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...
A new distribution called the log generalized Lindley-Weibull (LGLW) distribution for modeling lifet...
A new distribution called the log generalized Lindley-Weibull (LGLW) distribution for modeling lifet...
A new distribution called the log generalized Lindley-Weibull (LGLW) distribution for modeling lifet...
In this manuscript, we have derived a new lifetime distribution named generalized Weibull–Lindley (G...
Abstract A new generalized class of Lindley distribution is introduced in this paper. This new class...
A two-parameter Quasi Lindley distribution (QLD), of which the Lindley distribution (LD) is a partic...
We introduce a new four-parameter distribution with constant, decreasing, increasing, bathtub and up...