Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method

In this study, we discuss the approximate solution of the Harry Dym nonlinear partial differential equation and its integrodifferential version. We first construct the Picard successive approximation for the equations under consideration. Then, we give a detailed calculation of the approximate solut...

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Main Author: Rabeea Mohammed Hani Darghoth
Format: Article
Language:English
Published: Wiley 2024-01-01
Series:Computational and Mathematical Methods
Online Access:http://dx.doi.org/10.1155/cmm4/7393931
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author Rabeea Mohammed Hani Darghoth
author_facet Rabeea Mohammed Hani Darghoth
author_sort Rabeea Mohammed Hani Darghoth
collection DOAJ
description In this study, we discuss the approximate solution of the Harry Dym nonlinear partial differential equation and its integrodifferential version. We first construct the Picard successive approximation for the equations under consideration. Then, we give a detailed calculation of the approximate solution for two cases of the partial Harry Dym integrodifferential equation. The approximate solutions are illustrated for some chosen values of the arbitrary constants. The efficiency of this semianalytical method is demonstrated through discussing the regions of the domain with small errors as well as by extracting the exact solution from the limit of the approximation.
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institution Kabale University
issn 2577-7408
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publishDate 2024-01-01
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series Computational and Mathematical Methods
spelling doaj-art-5667b56a4b0b40e28fc16e8dbc97e6542024-12-05T00:00:02ZengWileyComputational and Mathematical Methods2577-74082024-01-01202410.1155/cmm4/7393931Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive MethodRabeea Mohammed Hani Darghoth0Department of MathematicsIn this study, we discuss the approximate solution of the Harry Dym nonlinear partial differential equation and its integrodifferential version. We first construct the Picard successive approximation for the equations under consideration. Then, we give a detailed calculation of the approximate solution for two cases of the partial Harry Dym integrodifferential equation. The approximate solutions are illustrated for some chosen values of the arbitrary constants. The efficiency of this semianalytical method is demonstrated through discussing the regions of the domain with small errors as well as by extracting the exact solution from the limit of the approximation.http://dx.doi.org/10.1155/cmm4/7393931
spellingShingle Rabeea Mohammed Hani Darghoth
Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method
Computational and Mathematical Methods
title Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method
title_full Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method
title_fullStr Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method
title_full_unstemmed Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method
title_short Approximate Solution of an Integrodifferential Equation Generalized by Harry Dym Equation Using the Picard Successive Method
title_sort approximate solution of an integrodifferential equation generalized by harry dym equation using the picard successive method
url http://dx.doi.org/10.1155/cmm4/7393931
work_keys_str_mv AT rabeeamohammedhanidarghoth approximatesolutionofanintegrodifferentialequationgeneralizedbyharrydymequationusingthepicardsuccessivemethod