Renewal redundant systems under the Marshall-Olkin failure model. A probability analysisIn this paper a two
component redundant renewable
system operating under the Marshall-Olkin
failure Dependent failure in multifunctional automatic control systemsDependent failure in multifunctional automatic control
systems Investigations of the potential application of k-out-of-n systems in oil and gas industry objects was analyzed. Calculations show that under “rare”
component failures, most
system reliability indices become
Reliability Analysis of a k-out-of-n System in Case of Full Repair After Its Failure failure. The reliability analysis, including the calculation of time-
dependent and steady-state
system Reliability function of renewable system under Marshall-Olkin failure modelIn this note we obtain reliability function of two-
component system under the Marshall
Mathematical Model for Reliability Analysis of a Heterogeneous Redundant Data Transmission System dependence of these characteristics on the DF types of the recovery time of
system's
components. However
Reliability Analysis of a Load-Sharing k-out-of-n System Due to Its Components’ Failure failure of one of the
system’s
components leads to increasing the load on others, resulting