Many bioretention models still incorporate simplifications and lumped parameters that do not
fully account for fundamental physical processes. This review summarizes the …

The amount of transported sediment load by streams is a vital but high nonlinear dynamic
process in water resources management. In the current paper, two optimum predictive …

Sustainable urban drainage systems (SuDS) help in stormwater management by reducing
runoff volume, increasing runoff concentration time and thereby improving the drainage …

A novel methodological framework for urban drainage adaptation to climate change is
introduced and tested in a small urban basin. The impact of climate change on Intensity …

With the rapid progress in urbanization, frequent urban waterlogging and non-point source
pollution are threatening the living and health of human beings. Sponge city construction …

Bioretention cell (BC) design variation significantly changes its hydrological dynamics at unit-
scale leading to major changes in its target design goals when designed unit replicated at …

Green stormwater infrastructure (GSI) is growing in popularity to reduce combined sewer
overflows (CSOs) and hydrologic simulation models are a tool to assess their reduction …

Limited documentation exists regarding parameterization of SWMM's permeable pavement
module and whether the output is realistic, particularly for long-term simulations. In this …

Abstract The Storm Water Management Model (SWMM), widely used by engineers to design
or analyse stormwater networks, allows to model the so-called Low Impact Development …

The development of computational tools based on urban drainage models is fundamental
for the correct selection of SUDS. The present study proposes a systematic approach based …