We present a new framework for flexible testing of flood risk adaptation strategies in a variety
of urban development and climate scenarios. This framework couples the 1D-2D …

Green infrastructure strategies are often cited as best practice for urban water management;
however, limited research has been undertaken to compare intervention effectiveness …

Long term planning of urban water infrastructure requires acknowledgement that transitions
in the water system are driven by changes in the urban environment, as well as societal …

From a scientific point of view, it is unquestioned that numerical models for technical systems
need to be calibrated. However, in sufficiently calibrated models are still used in engineering …

Urban drainage networks are under constant pressure caused by a permanently changing
environment. For proactive planning, management, and adaptation of urban water …

Integrated urban drainage modelling combines different aspects of the urban water system
into a common framework. With increasing pressures of a changing climate, urban growth …

A framework for assessing economic flood damage for a large number of climate and urban
development scenarios with limited computational effort is presented. Response surfaces …

Urban drainage systems are designed to capture the runoff for a certain return period of a
design rainfall event. Typically, numerical models are used, which are calibrated by …

Cities increasingly face challenging regulatory requirements for their aging sewer systems.
Population density and can contribute to changes in impervious cover that limit infiltration …

Impact of climate change and urban development are considered as major impact to
influence the future performance of urban drainage systems. In order to reasonably adapt …