Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface

We solve the Dirichlet problem for acoustic scattering from a surface which has been perturbed by the addition of one or more bumps. We build the solution for the bumpy case using the Green's function for the unperturbed surface, and the solution of a local integral equation in which the integr...

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Main Authors: Maxim J. Goldberg, Seonja Kim
Format: Article
Language:English
Published: Wiley 2002-01-01
Series:International Journal of Mathematics and Mathematical Sciences
Online Access:http://dx.doi.org/10.1155/S0161171202110027
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author Maxim J. Goldberg
Seonja Kim
author_facet Maxim J. Goldberg
Seonja Kim
author_sort Maxim J. Goldberg
collection DOAJ
description We solve the Dirichlet problem for acoustic scattering from a surface which has been perturbed by the addition of one or more bumps. We build the solution for the bumpy case using the Green's function for the unperturbed surface, and the solution of a local integral equation in which the integration is carried out only over the added bumps. We conclude by giving an alternative formulation of our method for the special case of a bump on a plane.
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series International Journal of Mathematics and Mathematical Sciences
spelling doaj-art-702285cd6ecf461fb690ddd5d0895dc32025-08-20T02:06:46ZengWileyInternational Journal of Mathematics and Mathematical Sciences0161-17121687-04252002-01-01311168769410.1155/S0161171202110027Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surfaceMaxim J. Goldberg0Seonja Kim1Physical Sciences Department, York College of Pennsylvania, York 17405, PA, USASchool of Computer Science and Information Systems, Fairleigh Dickinson University, 1000 River Road, Mail Code T-BE2-01, Teaneck 07666, NJ, USAWe solve the Dirichlet problem for acoustic scattering from a surface which has been perturbed by the addition of one or more bumps. We build the solution for the bumpy case using the Green's function for the unperturbed surface, and the solution of a local integral equation in which the integration is carried out only over the added bumps. We conclude by giving an alternative formulation of our method for the special case of a bump on a plane.http://dx.doi.org/10.1155/S0161171202110027
spellingShingle Maxim J. Goldberg
Seonja Kim
Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface
International Journal of Mathematics and Mathematical Sciences
title Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface
title_full Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface
title_fullStr Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface
title_full_unstemmed Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface
title_short Solving the Dirichlet acoustic scattering problem for a surface with added bumps using the Green's function for the original surface
title_sort solving the dirichlet acoustic scattering problem for a surface with added bumps using the green s function for the original surface
url http://dx.doi.org/10.1155/S0161171202110027
work_keys_str_mv AT maximjgoldberg solvingthedirichletacousticscatteringproblemforasurfacewithaddedbumpsusingthegreensfunctionfortheoriginalsurface
AT seonjakim solvingthedirichletacousticscatteringproblemforasurfacewithaddedbumpsusingthegreensfunctionfortheoriginalsurface