Finite formulation of the electromagnetic field
E Tonti - Progress in electromagnetics research, 2001 - jpier.org
Progress in electromagnetics research, 2001•jpier.org
The objective of this paper is to present an approach to electromagnetic field simulation
based on the systematic use of the global (ie integral) quantities. In this approach, the
equations of electromagnetism are obtained directly in a finite form starting from
experimental laws without resortingto the differential formulation. This finite formulation is the
natural extension of the network theory to electromagnetic field and it is suitable for
computational electromagnetics.
based on the systematic use of the global (ie integral) quantities. In this approach, the
equations of electromagnetism are obtained directly in a finite form starting from
experimental laws without resortingto the differential formulation. This finite formulation is the
natural extension of the network theory to electromagnetic field and it is suitable for
computational electromagnetics.
Abstract
The objective of this paper is to present an approach to electromagnetic field simulation based on the systematic use of the global (ie integral) quantities. In this approach, the equations of electromagnetism are obtained directly in a finite form starting from experimental laws without resortingto the differential formulation. This finite formulation is the natural extension of the network theory to electromagnetic field and it is suitable for computational electromagnetics.
jpier.org
以上显示的是最相近的搜索结果。 查看全部搜索结果