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Bivariate analysis and synthesis of flood events for the design of hydraulic structures – a case study for Argentina
A bibliographic review of the state of art of flood estimation techniques shows the importance of studying floods as multivariate events. The aim of this work is to discuss whether a multivariate analysis is necessary for designing dams or for assessing the adequacy of spillways belonging to existing dams. A multivariate approach offers a range of possible events associated to a joint return period, which can be used in a design stage. The multivariate criterion includes information related with the dependence structure linking the flood variables. This dependence is involved in the generation ...
Bivariate analysis and synthesis of flood events for the design of hydraulic structures – a case study for Argentina
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Published by: Leibniz Universität ; 2012
A bibliographic review of the state of art of flood estimation techniques shows the importance of studying floods as multivariate events. The aim of this work is to discuss whether a multivariate analysis is necessary for designing dams or for assessing the adequacy of spillways belonging to existing dams. A multivariate approach offers a range of possible events associated to a joint return period, which can be used in a design stage. The multivariate criterion includes information related with the dependence structure linking the flood variables. This dependence is involved in the generation of random flood samples, which are used for risk assessment of existing dams.
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Language(s): English
Format: Digital (Available online for logged-in users) (ill., charts, maps)Tags: Capacity development ; Hazard risk assessment or analysis ; Flood ; Hydraulic ; Case/ Case study ; Argentina ; Thesis - WMO Fellowship Division
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