Boundary Element Methods – An Overview

Author(s)Hsiao, George C.
Date Accessioned2004-12-22T02:31:53Z
Date Available2004-12-22T02:31:53Z
Publication Date2004
DescriptionDedicated to Professor Dr. Wolfgang L.Wendland in Friendship and Admiration. This paper is based on a plenary lecture entitled Boundary Element Methods – past, present and the future, delivered by the author at the First Chilean Workshop on Numerical Analysis of Partial Differential Equations, Universidal de Concepcion, Chile, January 13-16, 2004.en
AbstractVariational methods for boundary integral equations deal with the weak formulations of boundary integral equations. Their numerical discretizations are known as the boundary element methods. This paper gives an overview of the method from both theoretical and numerical point of view. It summaries the main results obtained by the author and his collaborators over the last 30 years. Fundamental theory and various applications will be illustrated through simple examples. Some numerical experiments in elasticity as well as in fluid mechanics will be included to demonstrate the efficiency of the methods.en
Extent1249288 bytes
MIME typeapplication/pdf
URLhttp://udspace.udel.edu/handle/19716/209
Languageen_US
PublisherDepartment of Mathematical Sciencesen
Part of SeriesTechnical Report: 2004-08
KeywordsBoundary integral equationsen
Keywordsfundamental solutionsen
Keywordsvariational formulationsen
KeywordsSobolev spacesen
Keywordsweak solutionsen
KeywordsGarding’s inequalityen
KeywordsGalerkin’s methoden
Keywordsboundary elementsen
Keywordsstabilityen
Keywordsill-posednessen
Keywordsasymptotic error estimatesen
dc.subject.classificationAMS: 35J20, 45B05, 65N30
TitleBoundary Element Methods – An Overviewen
TypeTechnical Reporten
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