Using measured data for reducing precipitation distribution uncertainty

M. K. Nielsen, M. Lindstr\303\270m, K. V. Gernaey & H. Madsen
The analysis of on-line sewer system data, for example obtained from pumping stations, confirms that rainfall is far from being uniformly distributed. As a consequence, CSO estimates from deterministic sewer models using a few rain gauges as a source for input rain series data, and thus assuming a uniform distribution of the rain over a catchment, was found to be very unreliable. It is thus questionable if evaluations based on sewer models are useful when...

1 Related Work

Using measured data for reducing precipitation distribution uncertainty

M. K. Nielsen, M. Lindstr\303\270m, K. V. Gernaey & H. Madsen
The analysis of on-line sewer system data, for example obtained from pumping stations, confirms that rainfall is far from being uniformly distributed. As a consequence, CSO estimates from deterministic sewer models using a few rain gauges as a source for input rain series data, and thus assuming a uniform distribution of the rain over a catchment, was found to be very unreliable. It is thus questionable if evaluations based on sewer models are useful when...

Resource Types

  • Event
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Publication Year

  • 2005
    1

Data Centers

  • DTIC Datacenter
    1