This paper presents a fast new method for the identification of the segments formed after the installation and closure of isolation valves in water distribution systems. The reduced computing times of the method make it suitable for the analysis of real networks, which always comprise a large number of nodes and pipes. Unlike other methods based on the use of topological matrices, in which the structure of the original network is modified by inserting fictitious pipes in order to represent the presence of the valves, the method presented in this paper uses the original topological structure of the network and two auxiliary matrices to contain valve-related information. This makes it possible to limit significantly the size of topological ma...
This paper shows how pipe replacements and control valve installations can be optimized in water dis...
This paper presents a novel algorithm driven by the minimization of the transport function for the p...
The correct management of Water Distribution Networks (WDNs) allows to obtain a reliable system. Whe...
This paper presents a fast new method for the identification of the segments formed after the instal...
This paper presents a new method for identifying the segments that are formed after the installation...
Water distribution networks are complex systems whose task is to deliver to the consumer a sufficien...
In this paper a method for optimal placement of isolation valves in water distribution systems is pr...
In this paper a method for optimal placement of isolation valves in water distribution systems is pr...
This paper proposes the use of two iterative algorithms, namely those of Jacobi and Gauss-Seidel, to...
To ensure adequate performance of water distribution networks, utilities must identify critical segm...
The mechanical reliability of Water Distribution Networks (WDNs) is a relevant technical and scienti...
One of the basic infrastructures of every settlement is the water distribution system, which provide...
Due to the growing pace of urbanization and the rapid expansion of the population, the utilities now...
The article discusses an example of the use of graph search algorithms with trace of water analysis ...
This paper presents an automatic algorithm for the identification of the minimum loops in a multi-so...
This paper shows how pipe replacements and control valve installations can be optimized in water dis...
This paper presents a novel algorithm driven by the minimization of the transport function for the p...
The correct management of Water Distribution Networks (WDNs) allows to obtain a reliable system. Whe...
This paper presents a fast new method for the identification of the segments formed after the instal...
This paper presents a new method for identifying the segments that are formed after the installation...
Water distribution networks are complex systems whose task is to deliver to the consumer a sufficien...
In this paper a method for optimal placement of isolation valves in water distribution systems is pr...
In this paper a method for optimal placement of isolation valves in water distribution systems is pr...
This paper proposes the use of two iterative algorithms, namely those of Jacobi and Gauss-Seidel, to...
To ensure adequate performance of water distribution networks, utilities must identify critical segm...
The mechanical reliability of Water Distribution Networks (WDNs) is a relevant technical and scienti...
One of the basic infrastructures of every settlement is the water distribution system, which provide...
Due to the growing pace of urbanization and the rapid expansion of the population, the utilities now...
The article discusses an example of the use of graph search algorithms with trace of water analysis ...
This paper presents an automatic algorithm for the identification of the minimum loops in a multi-so...
This paper shows how pipe replacements and control valve installations can be optimized in water dis...
This paper presents a novel algorithm driven by the minimization of the transport function for the p...
The correct management of Water Distribution Networks (WDNs) allows to obtain a reliable system. Whe...