A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Absorptive Resilience Phase Assessment Based on Criticality Performance Indicators for Water Distribution Networks
Water distributions networks (WDNs) are exposed to multiple hazards, leading the network to operate under a range of critical conditions. This paper explored the relationship between the impact of anomalous events (AEs) of WDNs and the consequent palliative actions (PAs) to be implemented in the network to minimize such impact. Both AEs and PAs were assessed through a network resilience criticality index adapted to WDNs. The results were compared with those obtained from normal operating conditions with respect to the satisfaction rate of nodal demands. The proposal was evaluated by two case studies. The first corresponded to a small synthetic network and the second to a medium-size utility network. After a pipe burst event analysis, two different isolation actions were scrutinized in each of the two WDNs. The results quantify system resilience and support water utility managers in further decision-making processes. This is done through critical resilience indicators that provide information and support for better crisis preparedness (planning) and management (mitigation).
Absorptive Resilience Phase Assessment Based on Criticality Performance Indicators for Water Distribution Networks
Water distributions networks (WDNs) are exposed to multiple hazards, leading the network to operate under a range of critical conditions. This paper explored the relationship between the impact of anomalous events (AEs) of WDNs and the consequent palliative actions (PAs) to be implemented in the network to minimize such impact. Both AEs and PAs were assessed through a network resilience criticality index adapted to WDNs. The results were compared with those obtained from normal operating conditions with respect to the satisfaction rate of nodal demands. The proposal was evaluated by two case studies. The first corresponded to a small synthetic network and the second to a medium-size utility network. After a pipe burst event analysis, two different isolation actions were scrutinized in each of the two WDNs. The results quantify system resilience and support water utility managers in further decision-making processes. This is done through critical resilience indicators that provide information and support for better crisis preparedness (planning) and management (mitigation).
Absorptive Resilience Phase Assessment Based on Criticality Performance Indicators for Water Distribution Networks
Ayala-Cabrera, David (author) / Piller, Olivier (author) / Herrera, Manuel (author) / Gilbert, Denis (author) / Deuerlein, Jochen (author)
2019-07-09
Article (Journal)
Electronic Resource
Unknown
Comprehensive Resilience Assessment Framework for Water Distribution Networks
| DOAJ | 2024
Resilience assessment of water distribution networks exposed to substance intrusion
| Taylor & Francis Verlag | 2023
Determining Criticality of Performance Indicators for a Construction Company
| Springer Verlag | 2019
Water distribution system performance indicators
| British Library Conference Proceedings | 1994
Water distribution system performance indicators
| Online Contents | 1994