"The use of entropy and resilience indices for measuring robustness of water distribution networks. has been investigated. The effects on network performance, caused by the failure of one or two. links, have been evaluated by means of several indices for two existing medium sized water. distribution networks serving two towns in southern Italy. All the possible network configurations. obtained by suppressing one or two links have been studied, excluding only the cases in which. disconnection of some nodes from the remaining part of the network occurred. The hydraulic. simulations, carried out with a demand-driven approach by means of the EPANET2 software, have. shown that, unlike entropy, resilience may represent a useful index of network r...
Abstract Water Distribution Networks (WDN) are complex and highly interconnected systems. To maintai...
Water Distribution Networks (WDN) are complex and highly interconnected systems. To maintain operati...
A new approach to water network reliability is described that uses pipe flow entropy as a surrogate ...
Entropy and resilience have been evaluated as indices for measuring robustness of water distribution...
The aim of this paper is to investigate which between the entropy and resilience indices represents ...
The aim of this paper is to investigate which between the entropy and resilience indices represents ...
AbstractThe aim of this paper is to investigate which between the entropy and resilience indices rep...
The replacement of existing pipes is a strategy for the rehabilitation of water distribution network...
The following thesis work focuses on the use and implementation of advanced models for measuring the...
There is ever increasing commercial and regulatory pressure to minimise the cost of water distributi...
The aim of this paper is to show that energy surplus indices, such as resilience index, besides prov...
The aim of this paper is to show that energy surplus indices, such as resilience index, besides prov...
There is an emerging realisation in the water industry that improving resilience enhances the sustai...
Resilience is widely interpreted as the capacity of a system to resist (preparation phase), absorb a...
A modified entropy-based criterion for evaluating reliability of water distribution networks is pres...
Abstract Water Distribution Networks (WDN) are complex and highly interconnected systems. To maintai...
Water Distribution Networks (WDN) are complex and highly interconnected systems. To maintain operati...
A new approach to water network reliability is described that uses pipe flow entropy as a surrogate ...
Entropy and resilience have been evaluated as indices for measuring robustness of water distribution...
The aim of this paper is to investigate which between the entropy and resilience indices represents ...
The aim of this paper is to investigate which between the entropy and resilience indices represents ...
AbstractThe aim of this paper is to investigate which between the entropy and resilience indices rep...
The replacement of existing pipes is a strategy for the rehabilitation of water distribution network...
The following thesis work focuses on the use and implementation of advanced models for measuring the...
There is ever increasing commercial and regulatory pressure to minimise the cost of water distributi...
The aim of this paper is to show that energy surplus indices, such as resilience index, besides prov...
The aim of this paper is to show that energy surplus indices, such as resilience index, besides prov...
There is an emerging realisation in the water industry that improving resilience enhances the sustai...
Resilience is widely interpreted as the capacity of a system to resist (preparation phase), absorb a...
A modified entropy-based criterion for evaluating reliability of water distribution networks is pres...
Abstract Water Distribution Networks (WDN) are complex and highly interconnected systems. To maintai...
Water Distribution Networks (WDN) are complex and highly interconnected systems. To maintain operati...
A new approach to water network reliability is described that uses pipe flow entropy as a surrogate ...