Modern coupled power and water (CPW) systems exhibit increasing integration and
interdependence, which challenges system performance to disasters and makes service …

Introduction Enabling health care facilities to deal with impairments or outages of water
supply and sewage systems is essential and particularly important in the face of growing risk …

Water distribution networks (WDNs) are critical infrastructure for communities. The dramatic
expansion of the WDNs associated with urbanization makes them more vulnerable to high …

Threats to water supply systems have increased in number and intensity. Natural disasters
such as earthquakes have caused different types of damage to water distribution networks …

Enhancing the resilience of critical infrastructure systems requires substantial investment
and entails trade-offs between environmental and economic benefits. To this aim, we …

The resilience evaluation of infrastructures provides an essential basis for resilience
enhancement and disaster mitigation in urban communities. This study presents a seismic …

Water distribution systems (WDSs) need to be resilient against seismic hazards to ensure
rapid recovery of the community following an earthquake. Topology-based resilience metrics …

Large earthquakes often damage water pipelines and disrupt the functionality of water
distribution systems (WDS). This paper investigates the hydraulic performance of WDS …

This paper proposes a three-stage resilience concept that takes into account reliability,
vulnerability and recovery resilience of water distribution networks (WDNs) from three …

The present study proposes a new interactive methodology and an interactive tool for the
response to water network failure events facilitating near real-time decision-making. The …