A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution

This paper discusses a possible generalization of the transport model describing the chlorine concentration decay in pipes. The proposed generalized model is governed by a second-order fractional partial differential equation. The exact solution of the generalized model is obtained via the Laplace t...

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Main Author: Yussri M. Mahrous
Format: Article
Language:English
Published: Etamaths Publishing 2021-05-01
Series:International Journal of Analysis and Applications
Online Access:http://etamaths.com/index.php/ijaa/article/view/2376
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author Yussri M. Mahrous
author_facet Yussri M. Mahrous
author_sort Yussri M. Mahrous
collection DOAJ
description This paper discusses a possible generalization of the transport model describing the chlorine concentration decay in pipes. The proposed generalized model is governed by a second-order fractional partial differential equation. The exact solution of the generalized model is obtained via the Laplace transform method and the method of residues. The exact solution reduces to the corresponding published one as the fractional order α tends to one. Analytical expression for the dimensionless cup-mixing average concentration is deduced. Influences of various parameters on the behavior of the dimensionless cup-mixing average concentration are discussed. It is shown that the physical interpretation of the dimensionless cup-mixing average concentration in view of the fractional calculus is completely different than its interpretation in the classical calculus.
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spelling doaj.art-444012e54bae4f988c691f4c47a67e582022-12-21T21:29:26ZengEtamaths PublishingInternational Journal of Analysis and Applications2291-86392021-05-01194604618542A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact SolutionYussri M. Mahrous0University of TabukThis paper discusses a possible generalization of the transport model describing the chlorine concentration decay in pipes. The proposed generalized model is governed by a second-order fractional partial differential equation. The exact solution of the generalized model is obtained via the Laplace transform method and the method of residues. The exact solution reduces to the corresponding published one as the fractional order α tends to one. Analytical expression for the dimensionless cup-mixing average concentration is deduced. Influences of various parameters on the behavior of the dimensionless cup-mixing average concentration are discussed. It is shown that the physical interpretation of the dimensionless cup-mixing average concentration in view of the fractional calculus is completely different than its interpretation in the classical calculus.http://etamaths.com/index.php/ijaa/article/view/2376
spellingShingle Yussri M. Mahrous
A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution
International Journal of Analysis and Applications
title A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution
title_full A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution
title_fullStr A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution
title_full_unstemmed A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution
title_short A Possible Generalized Model of the Chlorine Concentration Decay in Pipes: Exact Solution
title_sort possible generalized model of the chlorine concentration decay in pipes exact solution
url http://etamaths.com/index.php/ijaa/article/view/2376
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