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Refinement of Hydraulic Calibration for Water Supply Networks with Genetic Algorithms

Gözütok, Sarper / Özdemir, Osman N.

This study uses genetic algorithms (GAs), a relatively new approach to optimization, to refine roughness values of pipes and demand values associated with nodes in a network. The approach is used to obtain more precise hydraulic calibration of an existing network. The methodology introduced here uses field measurements of fluoride of an existing network in the U.S. as the basis for calculation of network model parameters such as roughness of pipes and nodal demands.

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Refinement of Hydraulic Calibration for Water Supply Networks with Genetic Algorithms

Gözütok, Sarper / Özdemir, Osman N.

This study uses genetic algorithms (GAs), a relatively new approach to optimization, to refine roughness values of pipes and demand values associated with nodes in a network. The approach is used to obtain more precise hydraulic calibration of an existing network. The methodology introduced here uses field measurements of fluoride of an existing network in the U.S. as the basis for calculation of network model parameters such as roughness of pipes and nodal demands.

Refinement of Hydraulic Calibration for Water Supply Networks with Genetic Algorithms

Gözütok, Sarper / Özdemir, Osman N.

This study uses genetic algorithms (GAs), a relatively new approach to optimization, to refine roughness values of pipes and demand values associated with nodes in a network. The approach is used to obtain more precise hydraulic calibration of an existing network. The methodology introduced here uses field measurements of fluoride of an existing network in the U.S. as the basis for calculation of network model parameters such as roughness of pipes and nodal demands.

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Title:

Refinement of Hydraulic Calibration for Water Supply Networks with Genetic Algorithms

Contributors:

Gözütok, Sarper (author) / Özdemir, Osman N. (author)

Conference:

World Water and Environmental Resources Congress 2003 ; 2003 ; Philadelphia, Pennsylvania, United States

Published in:

World Water & Environmental Resources Congress 2003 ; 1-7

Publication date:

2003-06-17

ISBN:

DOI:

https://doi.org/10.1061/40685(2003)131

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Water resources , Drainage , Calibration , Security , Water supply , Algorithms , Infrastructure , Hydraulic roughness , Hydraulic networks , Models , Water quality

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