After briefly reviewing key resilience engineering perspectives and summarising some
green infrastructure (GI) tools, we present the contributions that GI can make to enhancing …

Urban flooding has become a global issue due to climate change, urbanization and
limitation in the capacity of urban drainage infrastructures. To tackle the growing threats, it is …

Managing and reducing combined sewer overflow (CSO) discharges is crucial for
enhancing the resilience of combined sewer systems (CSS). However, the absence of a …

In this paper, a new framework is developed for evaluating the resilience of urban drainage
systems (UDSs) under floods by proposing and quantifying some technical and socio …

To mitigate the impacts of rapid urbanization and climate change on hydrology and water
quality, the new concept of urban stormwater management, sponge city, has been proposed …

To deal with the threat of urban flooding, it is necessary to assess the flood resilience of
urban drainage systems at the planning and design stage. This study proposes a system …

Rapid urbanization and increasing impervious surfaces in cities lead to a serious reduction
in infiltration rate of the surface and cause challenges in stormwater management. The Low …

This paper explores the spatial impact of green infrastructure (GI) location on the resilience
of urban drainage systems by the application of exploratory spatial data analysis (ESDA). A …

Water distribution systems (WDSs) are critical infrastructures that need to be resilient to cope
with and quickly recover from exceptional conditions in an uncertain and challenging future …

Urban stormwater systems consist of structural characteristics including topological
structure, pipe capacity, low impact developments and storage tanks, and these …