1998IEEE Transactions on MagneticsRequires access

Adaptive triangular mesh generation for boundary element method in three-dimensional electrostatic problems

H. Tsuboi, T. Asahara, Fujio Kobayashi, Toru Misaki

Open publisher page 9 citations

Abstract

An adaptive triangular mesh generation method for BEM is proposed. In this method, an estimated error is used as the criterion for refinement of triangular mesh. The error estimation is performed by using a smoothness of unknown variable distribution, which is an approximate equation of the Laplacian of the discrete unknown variables at the node on the triangular element. In this paper, the procedure of the adaptive triangular mesh generation and some examples are described.

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What this paper is about

An adaptive triangular mesh generation method for BEM is proposed. In this method, an estimated error is used as the criterion for refinement of triangular mesh. The error estimation is performed by using a smoothness of unknown variable distribution, which is an approximate equation of the Laplacian of the discrete unknown variables at the node on the triangular element. In this paper, the procedure of the adaptive triangular mesh generation and some examples are described.

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Available abstract

An adaptive triangular mesh generation method for BEM is proposed. In this method, an estimated error is used as the criterion for refinement of triangular mesh. The error estimation is performed by using a smoothness of unknown variable distribution, which is an approximate equation of the Laplacian of the discrete unknown variables at the node on the triangular element. In this paper, the procedure of the adaptive triangular mesh generation and some examples are described.

Key concepts: Triangle mesh, Mesh generation, Smoothness, Computer science, Finite element method, Laplacian smoothing, Node (physics), Laplace operator

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