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A platform for research: civil engineering, architecture and urbanism
Uncertainty Assessment in Urban Storm Water Drainage Modelling
The object of this paper is to make an overall description of the author's PhD study, concerning uncertainties in numerical urban storm water drainage models. Initially an uncertainty localization and assessment of model inputs and parameters as well as uncertainties caused by different model complexities are investigated. It is the main purpose to make an overall uncertainty estimation of the model output. This is accomplished by implementation of stochastic methods when operating the numerical urban drainage models. ; The object of this paper is to make an overall description of the author's PhD study, concerning uncertainties in numerical urban storm water drainage models. Initially an uncertainty localization and assessment of model inputs and parameters as well as uncertainties caused by different model complexities are investigated. It is the main purpose to make an overall uncertainty estimation of the model output. This is accomplished by implementation of stochastic methods when operating the numerical urban drainage models.
Uncertainty Assessment in Urban Storm Water Drainage Modelling
The object of this paper is to make an overall description of the author's PhD study, concerning uncertainties in numerical urban storm water drainage models. Initially an uncertainty localization and assessment of model inputs and parameters as well as uncertainties caused by different model complexities are investigated. It is the main purpose to make an overall uncertainty estimation of the model output. This is accomplished by implementation of stochastic methods when operating the numerical urban drainage models. ; The object of this paper is to make an overall description of the author's PhD study, concerning uncertainties in numerical urban storm water drainage models. Initially an uncertainty localization and assessment of model inputs and parameters as well as uncertainties caused by different model complexities are investigated. It is the main purpose to make an overall uncertainty estimation of the model output. This is accomplished by implementation of stochastic methods when operating the numerical urban drainage models.
Uncertainty Assessment in Urban Storm Water Drainage Modelling
Thorndahl, Søren (author)
2007-01-01
Thorndahl , S 2007 , Uncertainty Assessment in Urban Storm Water Drainage Modelling . DCE Latest News , no. 1 , Department of Civil Engineering, Aalborg University , Aalborg .
Book
Electronic Resource
English
DDC:
690
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