2023
DOI: 10.3311/ppme.20694
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Isolation Valve Placement Optimization of Water Distribution Networks to Reduce Vulnerability

Abstract: Due to the growing pace of urbanization and the rapid expansion of the population, the utilities nowadays are facing a more challenging task than ever before, to maintain the functionality of their massive Water Distribution Networks. In this paper, three different techniques are presented for the maximization of network robustness against random pipe-bursts. This paper analyses the vulnerability of segments of WDNs from the viewpoint of the consumers that is the product of the failure rate and the relative de… Show more

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“…Building on segment identification algorithms, subsequent studies have delved into assessing the potential impacts of IVS design by using various performance indicators, such as reliability [12,13], vulnerability [14,15], robustness [16], and resilience [17,18]. Recent contributions by Yang et al [19] and Lee and Jung have introduced methodologies for the addition or removal of valves in pre-designed IVS or in a phased IVS design with network expansion considerations.…”
Section: Introductionmentioning
confidence: 99%
“…Building on segment identification algorithms, subsequent studies have delved into assessing the potential impacts of IVS design by using various performance indicators, such as reliability [12,13], vulnerability [14,15], robustness [16], and resilience [17,18]. Recent contributions by Yang et al [19] and Lee and Jung have introduced methodologies for the addition or removal of valves in pre-designed IVS or in a phased IVS design with network expansion considerations.…”
Section: Introductionmentioning
confidence: 99%