In this paper an improved placement of the integration surface for the integral equation in the hybrid finite element method—Dirichletboundary condition iteration (FEM-DBCI) method is achieved by selecting it as lying in the middle of the tetrahedral or hexahedralfinite elements. A better accuracy is obtained with respect to the case in which the integration surface lies along the element faces. Somenumerical examples are provided
Improved Selection of the Integration Surface in the Hybrid FEM-DBCI Method
AIELLO, Giovanni;ALFONZETTI, Salvatore;SALERNO, Nunzio
2010-01-01
Abstract
In this paper an improved placement of the integration surface for the integral equation in the hybrid finite element method—Dirichletboundary condition iteration (FEM-DBCI) method is achieved by selecting it as lying in the middle of the tetrahedral or hexahedralfinite elements. A better accuracy is obtained with respect to the case in which the integration surface lies along the element faces. Somenumerical examples are providedFile in questo prodotto:
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