Numerical analysis of travelling wave structureusing hybrid basis functions in the method ofmoments
David K. Y. Yau, L.O. McMillan, N.V. Shuley
Abstract
David K. Y. Yau, L.O. McMillan, N.V. Shuley
Abstract
A new model is presented to improve the computational efficiency of analysing large travelling wave antennas, such as leaky wave antennas using the method of moments (MoM). The method uses a new type of travelling wave basis function which interfaces seamlessly with the rooftop sub-domain basis function. The computation time and resources are significantly economised by reducing the size of the matrix.
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A new model is presented to improve the computational efficiency of analysing large travelling wave antennas, such as leaky wave antennas using the method of moments (MoM). The method uses a new type of travelling wave basis function which interfaces seamlessly with the rooftop sub-domain basis function. The computation time and resources are significantly economised by reducing the size of the matrix.
Key concepts: Method of moments (probability theory), Basis function, Basis (linear algebra), Computation, Function (biology), Matrix (chemical analysis), Mathematics, Traveling wave