A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Risk assessment methodology for pipeline systems
Abstract The population increases along 8 km of a hypothetical 40 km pipeline system thereby necessitating the replacement of 8 km of pipe with thicker walled material. The effectiveness of replacing the old pipe is evaluated by comparing the risk between two gas pipeline systems; one wherein replacement has been effected and the other wherein the existing pipe is maintained. A Monte Carlo simulation is carried out to determine the relative probability of an occurrence of an ignited rupture for each scenario.
Risk assessment methodology for pipeline systems
Abstract The population increases along 8 km of a hypothetical 40 km pipeline system thereby necessitating the replacement of 8 km of pipe with thicker walled material. The effectiveness of replacing the old pipe is evaluated by comparing the risk between two gas pipeline systems; one wherein replacement has been effected and the other wherein the existing pipe is maintained. A Monte Carlo simulation is carried out to determine the relative probability of an occurrence of an ignited rupture for each scenario.
Risk assessment methodology for pipeline systems
Jake Abes, A. (author) / Salinas, Juan J. (author) / Rogers, J.T. (author)
Structural Safety ; 2 ; 225-237
1984-10-07
13 pages
Article (Journal)
Electronic Resource
English
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