A method of evaluation of a tninsient electric
field due to the surge wave in a lossy medium is described
in the paper. Basic equations for the potential involve the
volume as well as the surface conductivity and
permittivity. A new universal both 3D and 2D
macroelement is proposed introducing the field equations
into the ANSYS program environment. The element
enables inserting both conductive and displacement
volume and surface currents into the stiffness matrix. The
material characteristics can be either linear or nonlinear.
Pre- and postprocessor as well as solvers are supplied by
the ANSYS program. The correctness of the method is
verified on an example of an RC-CR transmission line,
which is modeled by a chain of 3D elements.
%0 Journal Article
%1 dedek1998evaluation
%A Dédek, Libor
%A Bachorec, Tibor
%D 1998
%K ANSYS Electric-Field
%T Evaluation of Transient Electric Field in Lossy Media
by Means of ANSYS Dynamical Module
%X A method of evaluation of a tninsient electric
field due to the surge wave in a lossy medium is described
in the paper. Basic equations for the potential involve the
volume as well as the surface conductivity and
permittivity. A new universal both 3D and 2D
macroelement is proposed introducing the field equations
into the ANSYS program environment. The element
enables inserting both conductive and displacement
volume and surface currents into the stiffness matrix. The
material characteristics can be either linear or nonlinear.
Pre- and postprocessor as well as solvers are supplied by
the ANSYS program. The correctness of the method is
verified on an example of an RC-CR transmission line,
which is modeled by a chain of 3D elements.
@article{dedek1998evaluation,
abstract = {A method of evaluation of a tninsient electric
field due to the surge wave in a lossy medium is described
in the paper. Basic equations for the potential involve the
volume as well as the surface conductivity and
permittivity. A new universal both 3D and 2D
macroelement is proposed introducing the field equations
into the ANSYS program environment. The element
enables inserting both conductive and displacement
volume and surface currents into the stiffness matrix. The
material characteristics can be either linear or nonlinear.
Pre- and postprocessor as well as solvers are supplied by
the ANSYS program. The correctness of the method is
verified on an example of an RC-CR transmission line,
which is modeled by a chain of 3D elements.},
added-at = {2020-04-03T16:01:43.000+0200},
author = {Dédek, Libor and Bachorec, Tibor},
biburl = {https://www.bibsonomy.org/bibtex/22fcade6aeea75b7061f4aeb84c03c99d/ceps},
interhash = {a615d61eb133f10dedbe4a2196286f6e},
intrahash = {2fcade6aeea75b7061f4aeb84c03c99d},
keywords = {ANSYS Electric-Field},
timestamp = {2023-12-20T14:38:22.000+0100},
title = {Evaluation of Transient Electric Field in Lossy Media
by Means of ANSYS Dynamical Module},
year = 1998
}