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1. #Reliability workbench fault tree batch analysis full#
2. #Reliability workbench fault tree batch analysis series#

#Reliability workbench fault tree batch analysis series#

Multi blocks can help you to save time (and space in the diagram) by using a single block to represent multiple identical components configured in series or parallel.These blocks can be used, for example, to simulate bi-directional paths in a communications network. Mirrored blocks allow you to put the exact same component in more than one location within the diagram.BlockSim can model hot, warm or cold standby configurations. Standby redundancy is available to become active under specified circumstances.Load sharing for each block that supports a percentage of the total load.k-out-of-n can be used to define k-out-of-nredundancy, where a specified number of paths leading to the node must succeed in order for the system to succeed.Complex will require a more advanced analytical treatment than a simple combination of series and parallel blocks.

#Reliability workbench fault tree batch analysis full#

Simple series and parallel configuration assume that the failure of any one component causes the system to fail, while simple parallel configuration assumes full redundancy in the system.Easy drag-and-drop techniques allow you to build reliability block diagrams (RBDs) for the simplest to the most complex systems.