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The risk and uncertainty assessment associated with hydraulic overloading of sewer/urban drainage networks is an imperative requirement in the EU countries, which reflected in some regulations in Bulgaria, as well. General overview of the contemporary approaches and models for the risk and uncertainty assessment, applied in the world practice, is made herein in relevance with adaptation of the most suitable of them for the risk assessment, associated with hydraulic overloading of sewer/urban drainage networks and facilities in Bulgaria. In this connection the usage of the Bayes Theory and the Fuzzy Set Theory is reasonable. Under the circumstances of lack of reliable and sufficient information about the model of urban drainage system the Fuzzy Set Theory is especially well applicable for modeling the risk of the overloading of the system. Special attention is paid to the problems, associated with the input data quality and its impact on the outputs obtained in a result of using of the risk and uncertainty assessment approaches, being discussed.
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