Analytic Behaviour of a Parallel Redundant Complex System Involving Environmental Failure under Head of Line Repair Discipline
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Abstract
Reliability requirements is now more important than ever as electronic products become more reliable and customers become more sophisticated in their needs and demand. In a complex system, if the components are connected in such a way that if one component fails, there is the complete breakdown of the system. In this paper, we discussed the analytical behaviour of a complex system with parallel redundancy under different priority repairs incorporating the concept of reduced efficiency in the class of redundantly connected components under environmental failure. The present mathematical model considers a complex system, composed of two subsystems L1 and L2 where L1 consists of N non-identical components in series and L2 consists of M identical components in parallel redundancy.
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