An Analytic Approach to Scheduling Pipe Replacement
Uri Y. Shamir, Charles D. D. Howard
Abstract
Uri Y. Shamir, Charles D. D. Howard
Abstract
A procedure is described that uses the history of main breaks to forecast how the number of breaks would change with time if the pipe were not replaced; a separate analysis predicts the failure rate of newly installed pipes. These forecasts are combined with cost data and a discount rate that accounts for inflation to determine the optimal replacement date.
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A procedure is described that uses the history of main breaks to forecast how the number of breaks would change with time if the pipe were not replaced; a separate analysis predicts the failure rate of newly installed pipes. These forecasts are combined with cost data and a discount rate that accounts for inflation to determine the optimal replacement date.
Key concepts: Inflation (cosmology), Scheduling (production processes), Failure rate, Computer science, Operations research, Econometrics, Economics, Reliability engineering