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Failure Emergence Probability (Barlow-Proschan)
DT
Failure Emergence Probability models, drawing on Barlow-Proschan reliability theory (notably the Barlow-Proschan importance measure for ranking which components most drive system failure), quantify the likelihood and location of the next failure across a building or portfolio. In ATH they convert the deterministic Time-to-Failure outputs into a probabilistic ranking of where intervention yields the greatest reduction in risk, prioritising the surfaces and assets whose degradation most threatens the whole system.
Failure Emergence Probability models, drawing on Barlow-Proschan reliability theory (notably the Barlow-Proschan importance measure for ranking which components most drive system failure), quantify the likelihood and location of the next failure across a building or portfolio. In ATH they convert the deterministic Time-to-Failure outputs into a probabilistic ranking of where intervention yields the greatest reduction in risk, prioritising the surfaces and assets whose degradation most threatens the whole system.
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