AbstractThis paper presents a new approach for design of water distribution mains aimed at considering the phasing of construction. It makes it possible to identify, on prefixed time steps or intervals (for instance 25 years), the upgrade of the construction rendering the network able to satisfy, during the expected life of the system, growing nodal demands related to the increment in the population served. An optimization methodology was set-up and applied to a simple case-study, where two different scenarios were considered concerning the growth of the network. Results showed that this approach is able to yield better results when compared with the single flow design, because it enables short term construction upgrades to be performed whi...
Traditionally, the design and the rehabilitation of water distribution networks (WDNs) have been add...
Traditionally, the design and the rehabilitation of water distribution networks (WDNs) have been add...
This work is aimed at analyzing and comparing three different phased approaches for constrained mini...
This paper presents a new approach for design of water distribution mains aimed at considering the p...
This paper presents a new approach for design of water distribution mains aimed at considering the p...
The traditional optimization approach for water distribution mains is that of considering a single d...
The traditional optimization approach for water distribution mains is that of considering a single d...
The traditional optimization approach for water distribution mains is that of considering a single d...
AbstractThis paper presents a new approach for design of water distribution mains aimed at consideri...
Water distribution networks (WDNs) evolve continuously over time. Changes in water demands and pipe ...
Water distribution networks (WDNs) evolve continuously over time. Changes in water demands and pipe ...
Water distribution networks (WDNs) evolve continuously over time. Changes in water demands and pipe ...
As is well known, water systems grow gradually over long periods of time, and the life of piping ten...
As is well known, water systems grow gradually over long periods of time, and the life of piping ten...
As is well known, water systems grow gradually over long periods of time, and the life of piping ten...
Traditionally, the design and the rehabilitation of water distribution networks (WDNs) have been add...
Traditionally, the design and the rehabilitation of water distribution networks (WDNs) have been add...
This work is aimed at analyzing and comparing three different phased approaches for constrained mini...
This paper presents a new approach for design of water distribution mains aimed at considering the p...
This paper presents a new approach for design of water distribution mains aimed at considering the p...
The traditional optimization approach for water distribution mains is that of considering a single d...
The traditional optimization approach for water distribution mains is that of considering a single d...
The traditional optimization approach for water distribution mains is that of considering a single d...
AbstractThis paper presents a new approach for design of water distribution mains aimed at consideri...
Water distribution networks (WDNs) evolve continuously over time. Changes in water demands and pipe ...
Water distribution networks (WDNs) evolve continuously over time. Changes in water demands and pipe ...
Water distribution networks (WDNs) evolve continuously over time. Changes in water demands and pipe ...
As is well known, water systems grow gradually over long periods of time, and the life of piping ten...
As is well known, water systems grow gradually over long periods of time, and the life of piping ten...
As is well known, water systems grow gradually over long periods of time, and the life of piping ten...
Traditionally, the design and the rehabilitation of water distribution networks (WDNs) have been add...
Traditionally, the design and the rehabilitation of water distribution networks (WDNs) have been add...
This work is aimed at analyzing and comparing three different phased approaches for constrained mini...