This paper introduces the interaction between an ensembleof cylinders and an inhomogeneous plane wave, which isdetermined through a rigorous theoretical approach. Thescattered electromagnetic field by an indefinite number ofinfinite circular cylinders is analyzed through an applica-tion of the generalized Vector Cylinder Harmonics (VCH)expansion. The scenario described above is represented byan exact mathematical model that considers the so-calledcomplex-angle formalism reaching a superposition of VCHand the Foldy-Lax Multiple Scattering Equations (FLMSE)to take into account the multi-scattering process betweenthe cylinders. The validation of the method was performedwith a comparison between the numerical results based onthe Finite Element Method (FEM) and a homemade Matlabcode.
Elliptically inhomogeneous plane wave impinging on an infinite number of parallel cylinders / Batool, S.; Dinia, L.; Frezza, F.; Mangini, F.; Nisar, M.. - (2020). (Intervento presentato al convegno URSI GASS 2020 tenutosi a Roma).
Elliptically inhomogeneous plane wave impinging on an infinite number of parallel cylinders
S. Batool;L. Dinia;F. Frezza;F. Mangini;M. Nisar
2020
Abstract
This paper introduces the interaction between an ensembleof cylinders and an inhomogeneous plane wave, which isdetermined through a rigorous theoretical approach. Thescattered electromagnetic field by an indefinite number ofinfinite circular cylinders is analyzed through an applica-tion of the generalized Vector Cylinder Harmonics (VCH)expansion. The scenario described above is represented byan exact mathematical model that considers the so-calledcomplex-angle formalism reaching a superposition of VCHand the Foldy-Lax Multiple Scattering Equations (FLMSE)to take into account the multi-scattering process betweenthe cylinders. The validation of the method was performedwith a comparison between the numerical results based onthe Finite Element Method (FEM) and a homemade Matlabcode.File | Dimensione | Formato | |
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