Add to ORKGThe present paper is aimed at finding the best compromise to design a system k-out-of-n reliability configuration by means of the formulation of a multi-objective mathematical model. The Pareto front, which is the set of non-dominated solutions, is determined by considering the stationary availability and the achievable profit as objectives to be simultaneously optimized. The Pareto front represents a useful tool for the analyst to make the choice related to the analyzed design problem. In addition, the knowledge of the Pareto front permits to consider different design scenarios
The safety monitoring system in an underground mine consists of mainly methane sensors and smoke sen...
Summarization: The optimal size of k is specified for two-state k-out-of-n systems that may be funct...
The present paper provides a new mathematical formulation of a combined reliability and redundancy a...
The present paper is aimed at finding the best compromise to design a system k-out-of-n reliability ...
Reliability and availability analyses are recognized as essential for guiding decision makers in the...
[EN] Reliability and availability analyses are recognized as essential for guiding decision makers i...
Zuo, Mingjian, "Optimal system reliability design of consecutive-k-out-of-n systems " (198...
We want to build n components so as to form an n component system which will function if at least k ...
This paper presents a mathematical model for a redundancy allocation problem (RAP) with k-out-of-n s...
A reliability optimization model is proposed in this paper for multi-state weighted k-out-of-n syste...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
In a multi-state consecutive-k-out-of-n:F system, both the components and the system are allowed to ...
This study concentrates on optimizing a multi-state weighted k-out-of-n system consisting of differe...
This paper presents a mathematical model for a redundancy allocation problem (RAP) for the series-pa...
Nowadays, improving system reliability is becoming an important criterion for engineering industries...
The safety monitoring system in an underground mine consists of mainly methane sensors and smoke sen...
Summarization: The optimal size of k is specified for two-state k-out-of-n systems that may be funct...
The present paper provides a new mathematical formulation of a combined reliability and redundancy a...
The present paper is aimed at finding the best compromise to design a system k-out-of-n reliability ...
Reliability and availability analyses are recognized as essential for guiding decision makers in the...
[EN] Reliability and availability analyses are recognized as essential for guiding decision makers i...
Zuo, Mingjian, "Optimal system reliability design of consecutive-k-out-of-n systems " (198...
We want to build n components so as to form an n component system which will function if at least k ...
This paper presents a mathematical model for a redundancy allocation problem (RAP) with k-out-of-n s...
A reliability optimization model is proposed in this paper for multi-state weighted k-out-of-n syste...
The reliability literature offers an abundance of methods for the optimal design of systems under so...
In a multi-state consecutive-k-out-of-n:F system, both the components and the system are allowed to ...
This study concentrates on optimizing a multi-state weighted k-out-of-n system consisting of differe...
This paper presents a mathematical model for a redundancy allocation problem (RAP) for the series-pa...
Nowadays, improving system reliability is becoming an important criterion for engineering industries...
The safety monitoring system in an underground mine consists of mainly methane sensors and smoke sen...
Summarization: The optimal size of k is specified for two-state k-out-of-n systems that may be funct...
The present paper provides a new mathematical formulation of a combined reliability and redundancy a...