This paper investigates the similarity in performance of designs with equal maximum entropy values. It is expected that equal entropy values should indicate similar network hydraulic performance. Comparable analysis of equal maximum entropy designs has been done in the past based on construction cost and reliability. This paper investigates the similarity as measured by the energy dissipation rates of designs that have equal maximum entropy values. The paper also assesses the effectiveness of the resilience index and surplus power factor as surrogate measures of hydraulic reliability along with statistical entropy
A modified entropy-based criterion for evaluating reliability of water distribution networks is pres...
Water distribution networks are known to be costly infrastructures. A few decades ago the research e...
Evolutionary algorithms are used widely in optimization studies on water distribution networks. The ...
There is ever increasing commercial and regulatory pressure to minimise the cost of water distributi...
An investigation into the effectiveness of surrogate measures for the hydraulic reliability and/or r...
Because of the large computational burden associated with the direct assessment of reliability, the ...
An unbiased investigation is presented of four surrogate reliability measures which are commonly use...
The replacement of existing pipes is a strategy for the rehabilitation of water distribution network...
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...
A study of the relationship between the statistical entropy and hydraulic reliability of water distr...
The aim of this paper is to investigate which between the entropy and resilience indices represents ...
A new approach to water network reliability is described that uses pipe flow entropy as a surrogate ...
A modified entropy-based criterion for evaluating reliability of water distribution networks is pres...
Water distribution networks are known to be costly infrastructures. A few decades ago the research e...
Evolutionary algorithms are used widely in optimization studies on water distribution networks. The ...
There is ever increasing commercial and regulatory pressure to minimise the cost of water distributi...
An investigation into the effectiveness of surrogate measures for the hydraulic reliability and/or r...
Because of the large computational burden associated with the direct assessment of reliability, the ...
An unbiased investigation is presented of four surrogate reliability measures which are commonly use...
The replacement of existing pipes is a strategy for the rehabilitation of water distribution network...
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...
A study of the relationship between the statistical entropy and hydraulic reliability of water distr...
The aim of this paper is to investigate which between the entropy and resilience indices represents ...
A new approach to water network reliability is described that uses pipe flow entropy as a surrogate ...
A modified entropy-based criterion for evaluating reliability of water distribution networks is pres...
Water distribution networks are known to be costly infrastructures. A few decades ago the research e...
Evolutionary algorithms are used widely in optimization studies on water distribution networks. The ...