Add to ORKGIn this paper, we estimate the reliability of a component subjected to two dif-ferent stresses which are independent of the strength of a component. We assume that the distribution of stresses follow a bivariate exponential(BVE) distribution. If X is the strength of a component subjected to two stresses ( Y1, Y2), then the reliability of a component is given by R = P [Max(Y1, Y2) < X]. R is estimated when (Y1, Y2) follow different BVE models as proposed by Marshall-Olkin, Block-Basu, Freund and Proschan-Sullo.
A stress-strength model is formulated for a multi-component system consisting of k identical compo...
AbstractIn this paper, we estimate the reliability of some parallel and series multi-component stres...
In this paper some procedures for building confidence intervals for the reliability in stress-streng...
In this paper, we estimate the reliability of a component subjected to two different stresses which ...
In this paper, we estimate the reliability of a parallel system with two com-ponents. We assume stre...
In this paper, we discuss the problem of estimating reliabil-ity (R) of a component based on maximum...
In this paper, we estimate the reliability of a parallel system with two compo-nents. We assume that...
An expression for the stress-strength reliability R=P(X1<X2) is obtained when the vector (X1, X2) fo...
In this paper, we estimate the reliability of a parallel system with two com-ponents. We assume the ...
Abstract: This paper deals with the estimation of reliability of either parallel or series systems w...
In this paper, we propose an estimator based on maximum likelihood estimates(MLEs) for reliability w...
In the area of stress-strength models, there has been a large amount of work as regards estimation o...
In this paper, we consider the mean remaining strength at the system level of two-component parallel...
In this paper, we estimate the reliability of some parallel and series multi-component stress–streng...
In the area of stress-strength models there has been a large amount of work as regards estimation of...
A stress-strength model is formulated for a multi-component system consisting of k identical compo...
AbstractIn this paper, we estimate the reliability of some parallel and series multi-component stres...
In this paper some procedures for building confidence intervals for the reliability in stress-streng...
In this paper, we estimate the reliability of a component subjected to two different stresses which ...
In this paper, we estimate the reliability of a parallel system with two com-ponents. We assume stre...
In this paper, we discuss the problem of estimating reliabil-ity (R) of a component based on maximum...
In this paper, we estimate the reliability of a parallel system with two compo-nents. We assume that...
An expression for the stress-strength reliability R=P(X1<X2) is obtained when the vector (X1, X2) fo...
In this paper, we estimate the reliability of a parallel system with two com-ponents. We assume the ...
Abstract: This paper deals with the estimation of reliability of either parallel or series systems w...
In this paper, we propose an estimator based on maximum likelihood estimates(MLEs) for reliability w...
In the area of stress-strength models, there has been a large amount of work as regards estimation o...
In this paper, we consider the mean remaining strength at the system level of two-component parallel...
In this paper, we estimate the reliability of some parallel and series multi-component stress–streng...
In the area of stress-strength models there has been a large amount of work as regards estimation of...
A stress-strength model is formulated for a multi-component system consisting of k identical compo...
AbstractIn this paper, we estimate the reliability of some parallel and series multi-component stres...
In this paper some procedures for building confidence intervals for the reliability in stress-streng...