2005Unpublished venueRequires access

Numerical computation of 3D singular potential integrals

M. Perelson, Alona Boag, Ben Z. Steinberg

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Abstract

We present an approach for numerically efficient and accurate computation of the singular integrals. In addition to elimination of the integrand singularity, the proposed technique often allows us to reduce analytically the volume integration to a two-dimensional numerical quadrature. Moreover, the method can be employed for solving singular (near-singular) surface integrals associated with a numerical solution of surface integral equations.

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What this paper is about

We present an approach for numerically efficient and accurate computation of the singular integrals. In addition to elimination of the integrand singularity, the proposed technique often allows us to reduce analytically the volume integration to a two-dimensional numerical quadrature. Moreover, the method can be employed for solving singular (near-singular) surface integrals associated with a numerical solution of surface integral equations.

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Available abstract

We present an approach for numerically efficient and accurate computation of the singular integrals. In addition to elimination of the integrand singularity, the proposed technique often allows us to reduce analytically the volume integration to a two-dimensional numerical quadrature. Moreover, the method can be employed for solving singular (near-singular) surface integrals associated with a numerical solution of surface integral equations.

Key concepts: Singular integral, Singularity, Numerical integration, Computation, Volume integral, Singular solution, Quadrature (astronomy), Numerical analysis

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