Hydrologic-hydraulic modelling of urban catchment is an asset for land managers to
simulate Sustainable Urban Drainage Systems (SUDS) implementation to fulfil combined …

This paper presents a methodology for assessing the selection of stormwater control
measures (SCM) within an urban drainage system that combines hydrological-hydraulic …

Wet-weather discharges from urban areas with a combined wastewater system represent a
threat for surface waters. In fact, when the system capacity is reached during medium/big …

Observations of a hydrologic system response are needed to accurately model system
behaviour. Nevertheless, often very few monitoring stations are operated because collecting …

To evaluate the performance of Real Time Control (RTC) of urban drainage systems (UDS)
a comparison is made with the pre-RTC situation, making the RTC performance dependent …

The design rainfall intensity and its return period of the combined interceptor sewer is an
important factor affecting combined sewer overflow (CSO) occurrence. However, we often …

Discharges of untreated wastewater from combined sewer overflows (CSOs) can affect
hydraulic stress and have significant environmental impacts on receiving water bodies …

The overloading of the sewer network caused by unwarranted infiltration of stormwater may
lead to waterlogging and environmental pollution. The accurate identification of infiltration …

Effective protection of receiving waters on urbanized areas requires knowledge about the
amount of pollutants contained in discharged wastewater, inter alia by combined sewer …

Although calibration of a hydrodynamic model depends on the availability of measurement
data representing the system behavior, advice for the planning of necessary measurement …