A new numerical method is proposed to analyze transient induced effects in thin wires excited by external fields. Maxwell's curl equations and transmission line equations are solved by the point-matching finite element-time domain (FE-TD) method. The method is based on a finite element discretization of space and a finite difference discretization of time. The leap-frog scheme is adopted and an explicit solution scheme is obtained.
FIELD-TO-WIRE COUPLING USING THE FINITE ELEMENT-TIME DOMAIN (FE-TD) METHOD
FELIZIANI, MAURO;
1995-01-01
Abstract
A new numerical method is proposed to analyze transient induced effects in thin wires excited by external fields. Maxwell's curl equations and transmission line equations are solved by the point-matching finite element-time domain (FE-TD) method. The method is based on a finite element discretization of space and a finite difference discretization of time. The leap-frog scheme is adopted and an explicit solution scheme is obtained.File in questo prodotto:
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