the Method Of Lines (mol) Is A Versatile Approach To Obtaining Numerical Solutions To Partial Differential Equations (pdes) As They Appear In Dynamic And Static Problems. This Method, Popular In Science And Engineering, Essentially Reduces Pdes To A Set Of Ordinary Differential Equations That Can Be
Analysis of rectangular-groove guides by using the method of lines
โ Scribed by K. F. Tsang; W. M. Shi; W. X. Zhang
- Publisher
- John Wiley and Sons
- Year
- 1996
- Tongue
- English
- Weight
- 414 KB
- Volume
- 12
- Category
- Article
- ISSN
- 0895-2477
No coin nor oath required. For personal study only.
โฆ Synopsis
The dominant mode of the rectangular-groove guide has been analyzed by using the method of lines. The field distribution, current distribution, and power density distribution have been calculated and presented. Comparison with the attenuation figures in the literature [l] shows that the present method is efficient and promising.
๐ SIMILAR VOLUMES
The dierential quadrature (DQ) element method proposed by Wang and Gu in 1997 has been extended to analyse rectangular plate problems. The methodology is worked out in detail and some numerical examples are given.
We discuss a numerical method for solving non-linear transmission lines in the frequency domain. Such transmission lines are widely used for communications such as in GaAs integrated circuits and varactor diode circuits. The circuit equations are described by non-linear partial di erential equations
The method of lines is used to solยจe electromagnetic waยจe scattering from a cylinder with arbitrary shapes. The computational efficiency and accuracy are much better than finite difference method and finite element method.
This paper describes the application of the complex image concept to the ( ) quasi-TEM analysis of multiconductor coplanar waveguides CPW . Some troubles that arise when this technique is applied to conductor backed structures are addressed and solved. A Galerkin scheme is used to solve the integral