$Hybrid2 combining the three-dimensional hybrid finite element-boundary integral technique for planar multilayered media with the uniform geometrical theory of diffraction.$
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Hybrid2 combining the three-dimensional hybrid finite element-boundary integral technique for planar multilayered media with the uniform geometrical theory of diffraction.

The fully three-dimensional (3-D) hybrid finite element (FE)-boundary integral (BI) technique is extended by further hybridization with the uniform geometrical theory of diffraction (UTD) resulting in a so-called hybrid2 FE-BI-UTD approach. The formulation is capable of modeling arbitrarily shaped s...

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Bibliographic Details
Published in:	IEEE Transactions on antennas and propagation 50, 1 (2002).
Main Author:	Alaydrus, M.
Format:	Article
Language:	English
Subjects:	3D hybrid2 technique. Green's functions. Sommerfeld integral representations. Bounding surfaces. Computer code. Electrically large obstacles. Electrically-large obstacles. Electromagnetic coupling. Equivalence principle. Equivalent surface current densities. Hybrid2 FE-BI-UTD approach. Inhomogeneous objects. Integral equation. Microcell environments. Mixed potentials. Planar-multilayered media. Planar-multilayered medium. Three-dimensional hybrid finite element-boundary integral. Uniform geometrical theory of diffraction. Wireless base station antenna.