Add to ORKGA research paper written by Lloyd R. Jaisingh of the Department of Mathematical Sciences at Morehead State University on November 24, 1987
this paper, the problem was formulated in a more general framework than has previously been accompli...
The different component failure modes that can cause a breakdown represent competing risks for a sys...
In this article, the failure rates of the system's components are functions of time t. We study...
We consider systems having many independent components connected in a parallel or series configurati...
The rapid growth of engineering technology and the emergence of systemized and large-scale engineeri...
Correlations in the failures of subsystems or components may arise when they share a common, random ...
AbstractThis paper deals with the reliability function and the failure rate of the k out of n system...
The paper discusses some common reliability architectures, such as "parallel" and "k-out-of-n" syste...
Abstract: A non-homogeneous Markov model is used to obtain closed form solutions of the state probab...
This paper presents a method for the analysis of a series-parallel safety-critical system where the ...
This paper proposes a competing risks model for the reliability analysis of units subject both to d...
In the competing risks model, a unit is exposed to several risks at the same time, but it is assumed...
Reliability allocation has an essential connection to design for reliability and is an important act...
It is shown that each of three approaches: 1. Markov analysis, 2. Joint-density-function, 3. Compoun...
This research deals with the failure rate of the components of a complex system. The failure of a co...
this paper, the problem was formulated in a more general framework than has previously been accompli...
The different component failure modes that can cause a breakdown represent competing risks for a sys...
In this article, the failure rates of the system's components are functions of time t. We study...
We consider systems having many independent components connected in a parallel or series configurati...
The rapid growth of engineering technology and the emergence of systemized and large-scale engineeri...
Correlations in the failures of subsystems or components may arise when they share a common, random ...
AbstractThis paper deals with the reliability function and the failure rate of the k out of n system...
The paper discusses some common reliability architectures, such as "parallel" and "k-out-of-n" syste...
Abstract: A non-homogeneous Markov model is used to obtain closed form solutions of the state probab...
This paper presents a method for the analysis of a series-parallel safety-critical system where the ...
This paper proposes a competing risks model for the reliability analysis of units subject both to d...
In the competing risks model, a unit is exposed to several risks at the same time, but it is assumed...
Reliability allocation has an essential connection to design for reliability and is an important act...
It is shown that each of three approaches: 1. Markov analysis, 2. Joint-density-function, 3. Compoun...
This research deals with the failure rate of the components of a complex system. The failure of a co...
this paper, the problem was formulated in a more general framework than has previously been accompli...
The different component failure modes that can cause a breakdown represent competing risks for a sys...
In this article, the failure rates of the system's components are functions of time t. We study...