This is the second of two articles presenting a Genetic Algorithm (GA) to obtain an optimal design, from an economical and operational point of view, of a pipeline system for the distribution of liquids, based on criteria such as complying with the laws of preservation of mass and energy, volume of flow requirements in the points of consumption where pressure is known, restriction in pressure value in those points of the system where it is unknown as well as in the velocity which must be under the erosion limit. In this article the traditional techniques for designing a GA in this type of problems are combined with some ideas that have not been applied to this field previously. The proposed GA allows for the sizing of liquid distribution sy...
A genetic algorithm has been applied to the optimal design and rehabilitation of a water distributio...
This study gives a description about the development of a computer model, RealPipe, which relates ge...
A genetic algorithm (GA) model for the optimum layout and optimum hydraulic design of a branched pip...
This is the first of two articles in which a Genetic Algorithm (GA) is presented to obtain an optima...
Optimal design problem of liquid distribution systems has been viewed as the selection of pipe sizes...
This research proposes a genetic algorithm that provides a solution to the problem of deficient dist...
grantor: University of TorontoWater distributions systems generally do not operate at or t...
A computer model for least-cost design of water distribution network was developed in two modules: h...
grantor: University of TorontoMillions of dollars are spent each year on water distributio...
AbstractIn the present paper, Evolutionary Algorithms (EAs) computing techniques have been used for ...
Abstract- We has presented a methodology for the application of genetic algorithm technique to pipel...
Genetic Algorithm (GA) is a powerful technique for solving optimization problems. It follows the ide...
Genetic algorithms (GAs) have become the preferred water system design optimisation technique for ma...
Water is the most essential commodity required to maintain life. Water supplies in general and water...
This paper is focused on applying genetic algorithms to the problem of pipeline sizing in distributi...
A genetic algorithm has been applied to the optimal design and rehabilitation of a water distributio...
This study gives a description about the development of a computer model, RealPipe, which relates ge...
A genetic algorithm (GA) model for the optimum layout and optimum hydraulic design of a branched pip...
This is the first of two articles in which a Genetic Algorithm (GA) is presented to obtain an optima...
Optimal design problem of liquid distribution systems has been viewed as the selection of pipe sizes...
This research proposes a genetic algorithm that provides a solution to the problem of deficient dist...
grantor: University of TorontoWater distributions systems generally do not operate at or t...
A computer model for least-cost design of water distribution network was developed in two modules: h...
grantor: University of TorontoMillions of dollars are spent each year on water distributio...
AbstractIn the present paper, Evolutionary Algorithms (EAs) computing techniques have been used for ...
Abstract- We has presented a methodology for the application of genetic algorithm technique to pipel...
Genetic Algorithm (GA) is a powerful technique for solving optimization problems. It follows the ide...
Genetic algorithms (GAs) have become the preferred water system design optimisation technique for ma...
Water is the most essential commodity required to maintain life. Water supplies in general and water...
This paper is focused on applying genetic algorithms to the problem of pipeline sizing in distributi...
A genetic algorithm has been applied to the optimal design and rehabilitation of a water distributio...
This study gives a description about the development of a computer model, RealPipe, which relates ge...
A genetic algorithm (GA) model for the optimum layout and optimum hydraulic design of a branched pip...