Saman Hesami
Multi-Duration Performance Assessment of LID Controls for Urban Hydraulic and Hydrological Invariance using SWMM.
Rel. Stefano Ferrari. Politecnico di Torino, Corso di laurea magistrale in Pianificazione Urbanistica E Territoriale, 2026
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Abstract
In the face of climate change in various parts of Italy, including Piedmont, the hydraulic and hydrological invariance (HHI) principle has been adopted as a measure to mitigate the adverse effects of new developments on hydraulic and hydrological-related risks caused by urban runoff. To satisfy the HHI principle, a new development should limit both peak discharge and total volume of runoff to under pre-development values. Low Impact Development (LID) controls, often categorized as green infrastructure, can be used to achieve HHI by mimicking natural processes of water, such as infiltration, evapotranspiration, and detention; however, their effectiveness to satisfy HHI just by themselves remains open to debate.
Many factors can affect the performance and effectiveness of LID controls, including the type of LID control, its properties and the design storm duration and frequency
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