Download Electromagnetic modeling of composite metallic and by Branko Kolundzija, Antonije Djordjevic PDF
By Branko Kolundzija, Antonije Djordjevic
This useful new source will give you a wider collection of analytical strategies to the standard difficulties you stumble upon in electromagnetic modeling. The publication helps you to use state-of-the-art method-of-moments techniques, with new theories and strategies that assist you optimize laptop functionality in numerical research of composite steel and dielectric buildings within the advanced frequency area.
For the 1st time, comparisons and distinct combos of concepts carry the weather of flexibleness, ease of implementation, accuracy, and potency into transparent view. a number of examples are given ï· from basic to advanced ï· together with scatterers, antennas and microwave circuits. You get an in-depth presentation of tricky versions, together with television UHF panels, horn, parabolic, microstrip patch antennas, etc. greater than 800 equations and one hundred fifty illustrations help key subject matters.
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Additional info for Electromagnetic modeling of composite metallic and dielectric structures
Example text
35) and corresponds to the Euclidean vector concepts of distance between two points. 36) ⍀ where the operation ⊕ is multiplication (dot product) when p and q are scalar (vector) functions. 29) is obtained in the general form N ∑ a i 〈 Lf j , Lf i 〉 = 〈 Lf j , g 〉 j = 1, . . 7 Rayleigh-Ritz Method The least-squares method is a particular case of the Rayleigh-Ritz variational method [16]. The Rayleigh-Ritz variational method enables solution of an arbitrary deterministic equation. 40) To be a variational formula, the functional must be stationary with respect to the exact solution.
Ponnapalli, ‘‘Electromagnetic Scattering from Dielectric Bodies,’’ IEEE Trans. , Vol. AP-37, May 1989, pp. 673–676. [78] Rao, S. , ‘‘Electromagnetic Scattering from Arbitrary Shaped Conducting Bodies Coated with Lossy Materials of Arbitrary Thickness,’’ IEEE Trans. , Vol. AP-39, May 1991, pp. 627–631. [79] Rao, S. , ‘‘Electromagnetic Radiation and Scattering from Finite Conducting and Dielectric Structures: Surface/Surface Formulation,’’ IEEE Trans. , Vol. AP-39, July 1991, pp. 1034–1037. [80] Kolundzija, B.
17–24. Kolundzija, B. , ‘‘Comparison of a Class of Sub-Domain and Entire-Domain Basis Functions Automatically Satisfying KCL,’’ IEEE Trans. , Vol. 44, No. 10, October 1996, pp. 1362–1366. Mautz, J. , and R. F. Harrington, ‘‘Radiation and Scattering from Bodies of Revolution,’’ J. Appl. Sci. , Vol. 20, 1969, pp. 405–413. Mautz, J. , and R. F. Harrington, ‘‘H-Field, E-Field and Combined-Field Solutions for Conducting Bodies of Revolution,’’ Arch. Elek. Ubertragung, Vol. 32, No. 4, 1978, pp. 157–164.