Stochastic Modelling of Groundwater Flow at the WIPP Siteby K. A. Cliffe, Harwell Lab, Oxon, United Kingdom,
C. P. Jackson, Harwell Lab, Oxon, United Kingdom,
Document Type: Proceeding Paper
Part of: High Level Radioactive Waste Management 1993
Abstract: A stochastic approach to modelling the groundwater flow in the vicinity of the WIPP site in New Mexico is described. A geostatistical model of the transmissivity of the Culebra dolomite was constructed on the basis of experimental measurements. The uncertainty in various quantities of interest in a repository performance assessment, such as the time to travel to the boundary of the model domain, were studied using a Monte-Carlo technique. The results indicate that conditioning the transmissivity on the measured values can lead to a significant reduction in uncertainty. The issue of validation of statistical models is also addressed. Several statistical tests were applied to the models and it is suggested that hypothesis testing can be a useful technique for validation.
Subject Headings: Groundwater flow | Hydrologic models | Model tests | Stochastic processes | Mathematical models | Statistics | Uncertainty principles | Travel time | North America | Europe | Monaco | United States | New Mexico | Monte Carlo
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