Accession Number : ADA182414
Title : A Three-Dimensional, Vector, Boundary Element Formulation for Multiport Scattering.
Descriptive Note : Final technical rept. Sep 82-Oct 86,
Corporate Author : UTAH UNIV SALT LAKE CITY DEPT OF ELECTRICAL ENGINEERING
Personal Author(s) : Tracy,Michael L
PDF Url : ADA182414
Report Date : Feb 1987
Pagination or Media Count : 103
Abstract : Recent work by S. Kagami and I. Fukai and also work by E. Tonye and H. Baudrand has demonstrated the application of the boundary element method for solving planar (two-dimensional) electromagnetic multiport scattering problems. The boundary element method is shown by these workers to be computationally more efficient than using finite element methods for two-dimensional cases. This report extends application of the boundary element method to the three-dimensional case, requiring a field vector integral equation formulation as opposed to the scalar field equation formulation used by the workers above. Computational details are discussed and numerical results are presented for a few simple test cases. The computational storage costs are shown to be proportional to the discontinuity volume raised to the four-thirds power.
Descriptors : *ELECTROMAGNETIC SCATTERING, FINITE ELEMENT ANALYSIS, FORMULATIONS, PARTIAL DIFFERENTIAL EQUATIONS, SCALAR FUNCTIONS, THREE DIMENSIONAL, TWO DIMENSIONAL, BOUNDARIES, COMPUTATIONS, COSTS, DISCONTINUITIES, PORTS(OPENINGS), COMPUTER PROGRAMS, DATA STORAGE SYSTEMS
Subject Categories : Electricity and Magnetism
Distribution Statement : APPROVED FOR PUBLIC RELEASE