Semi-probabilistic design of rainwater tanks: A case study in Northern Italy
Urban Water Journal, 2018•Taylor & Francis
The paper proposes a semi-probabilistic approach for the design of rainwater tanks. In
particular, the cumulative distribution function of the active storage is derived as a function of
rainfall moments. The model is validated through continuous simulation of the hydraulic
behaviour of a hypothetical rainwater tank located in Milan (North Italy) using as input a
series of rainfall records.
particular, the cumulative distribution function of the active storage is derived as a function of
rainfall moments. The model is validated through continuous simulation of the hydraulic
behaviour of a hypothetical rainwater tank located in Milan (North Italy) using as input a
series of rainfall records.
Abstract
The paper proposes a semi-probabilistic approach for the design of rainwater tanks. In particular, the cumulative distribution function of the active storage is derived as a function of rainfall moments. The model is validated through continuous simulation of the hydraulic behaviour of a hypothetical rainwater tank located in Milan (North Italy) using as input a series of rainfall records.
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