Numerical solution for a 3D rectangular waveguide using the Finite ...
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In this paper, a modified Finite Volume Control (FVC) method is introduced and used to solve for the fields in a 3D rectangular waveguide.
In this thesis, a numerical method is introduced to solve a 3D rectangular waveg uide using the Finite Volume Control Method. Essentially, this numerical ...
In this paper, a modified Finite Volume Control (FVC) method is introduced and used to solve for the fields in a. 3D rectangular waveguide.
Jul 5, 2022 · Mode analysis is an essential tool in radiofrequency and wave optics calculations. Learn how to carry out this type of study here.
A set of points (called the calculation points) is defined in time and space by the modeler. The solution is calculated at these points.
In this thesis, a numerical method is introduced to solve a 3D rectangular waveg uide using the Finite Volume Control Method.
This paper discusses numerical analysis methods for different geometrical features that have limited interval values for typically used sensor wavelengths.
In this paper, the analysis of resonant frequency for a rectangular waveguide which is loaded with anisotropic dielectric material is numerically investigated ...
In this paper, examples of current electromagnetic (EM) problems and available numerical modeling techniques are reviewed. These techniques include the Finite- ...
Many areas require a very high-order accurate numerical solution of conservation laws for complex shapes. This paper deals with the extension.
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