[[abstract]]The concept of Equivalent time is introduced to find the hazard rates of elements in a parallel redundant systems which is subject to dependent failures. True acceleration is defined as an adjunct to this concept.[[notice]]補正完
An estimator for the load-share parameters in an equal load-share model is derived based on observin...
Considered system consists of three renewable components that are connected in parallel. The compone...
A research paper written by Lloyd R. Jaisingh of the Department of Mathematical Sciences at Morehead...
The paper discusses some common reliability architectures, such as "parallel" and "k-out-of-n" syste...
We consider systems having many independent components connected in a parallel or series configurati...
The reliability equivalence factors of a parallel system with n independent and identical components...
This article discusses the stochastic behaviour of a two-unit parallel redundant repairable system w...
Abstract—Based on some practical problems in industrial engineering, a species of two-unit parallel ...
Reliability allocation has an essential connection to design for reliability and is an important act...
This paper proposes the study of modelling and analysis of a two unit parallel system. A constant fa...
Abstract—Speedup models are powerful analytical tools for evaluating and predicting the performance ...
As for load-sharing parallel system like multi-engine system and wire cable, dependence-failure must...
Presents the lower and upper bound for the steady-state availability of a parallel-redundant system....
For complex systems that experience Multiple Dependent Competing Failure Processes (MDCFP), the depe...
This study is concerned with the reliability analysis of commonly used repairable and non-repairable...
An estimator for the load-share parameters in an equal load-share model is derived based on observin...
Considered system consists of three renewable components that are connected in parallel. The compone...
A research paper written by Lloyd R. Jaisingh of the Department of Mathematical Sciences at Morehead...
The paper discusses some common reliability architectures, such as "parallel" and "k-out-of-n" syste...
We consider systems having many independent components connected in a parallel or series configurati...
The reliability equivalence factors of a parallel system with n independent and identical components...
This article discusses the stochastic behaviour of a two-unit parallel redundant repairable system w...
Abstract—Based on some practical problems in industrial engineering, a species of two-unit parallel ...
Reliability allocation has an essential connection to design for reliability and is an important act...
This paper proposes the study of modelling and analysis of a two unit parallel system. A constant fa...
Abstract—Speedup models are powerful analytical tools for evaluating and predicting the performance ...
As for load-sharing parallel system like multi-engine system and wire cable, dependence-failure must...
Presents the lower and upper bound for the steady-state availability of a parallel-redundant system....
For complex systems that experience Multiple Dependent Competing Failure Processes (MDCFP), the depe...
This study is concerned with the reliability analysis of commonly used repairable and non-repairable...
An estimator for the load-share parameters in an equal load-share model is derived based on observin...
Considered system consists of three renewable components that are connected in parallel. The compone...
A research paper written by Lloyd R. Jaisingh of the Department of Mathematical Sciences at Morehead...
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