Reliability analysis of a two-unit general parallel system with (n-2) warm standbys
E Papageorgiou, G Kokolakis - European Journal of Operational Research, 2010 - Elsevier
European Journal of Operational Research, 2010•Elsevier
A parallel (2, n-2)-system is investigated here where two units start their operation
simultaneously and any one of them is replaced instantaneously upon its failure by one of
the (n-2) warm standbys. We assume availability of n non-identical, non-repairable units.
The unit-lifetimes in full operational mode and in partial operational mode have general
distribution functions Gi and Hi (i= 1,…, n) respectively. The system reliability is evaluated by
recursive relations.
simultaneously and any one of them is replaced instantaneously upon its failure by one of
the (n-2) warm standbys. We assume availability of n non-identical, non-repairable units.
The unit-lifetimes in full operational mode and in partial operational mode have general
distribution functions Gi and Hi (i= 1,…, n) respectively. The system reliability is evaluated by
recursive relations.
A parallel (2,n-2)-system is investigated here where two units start their operation simultaneously and any one of them is replaced instantaneously upon its failure by one of the (n-2) warm standbys. We assume availability of n non-identical, non-repairable units. The unit-lifetimes in full operational mode and in partial operational mode have general distribution functions Gi and Hi(i=1,…,n) respectively. The system reliability is evaluated by recursive relations.
Elsevier
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