Urban flooding has become an increasingly frequent and fatal natural hazard and numerical
modeling techniques play a vital role in its prediction and management. We review urban …

Modelling urban inundation and its associated health implications is numerous in its many
applications. Flood modelling research contains a broad wealth of material, and microbial …

The linkage between sewer pipe flow and floodplain flow is recognised to induce an
important source of uncertainty within two-dimensional (2D) urban flood models. This …

In coupled sewer and surface flood modelling approaches, the flow process in gullies is
often ignored although the overland flow is drained to sewer network via inlets and gullies …

Accurately quantifying the capacity of sewer inlets (such as manhole lids and gullies) to
transfer water is important for many hydraulic flood modelling tools. The large range of inlet …

Modelling floods in urban areas generally requires the modelling of both surface and
subsurface flows, along with the exchange discharges between these flows. These latter …

This paper presents the results of a calibrated 1D/2D coupled model simulating surface and
sewer flows in Barcelona. The model covers 44 km2 of the city land involving 241 km of …

In urban areas, overloaded sewers may result in surcharge that causes surface flooding.
The overflow from sewer systems mainly starts at the inlets until the pressure head in the …

The accurate characterization of flow from urban surfaces to sewer/stormwater systems is
important for urban drainage design and flood modeling/risk identification. However, the …

Inlet efficiency is a requirement for characterizing the flow transfers between surface and
sewer flow during rain events. The dual drainage approach is based on the joint analysis of …