A new model for simulation of scattered EM fields from a conducting cylinder in rotation and translation using static data

Simulation of the rotation and translation of a very good conducting cylinder upon the backscattered field of an incident plane wave (H-wave) is investigated using the Franklin transformation and the Lorentz transformation. It is seen that both phase and magnitude of the backscattered field are affe...

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Bibliographic Details
Main Authors: Abuhdima, Esmail M. M., Penno, Robert P.
Format: Conference Proceeding
Language:English
Subjects:
amplitude of the backscattered fields
Backscatter
Computational modeling
Data models
Electromagnetic fields
moving conducting cylinder
phase of backscattering
Radar
Radar scattering
Online Access:Request full text
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Summary:Simulation of the rotation and translation of a very good conducting cylinder upon the backscattered field of an incident plane wave (H-wave) is investigated using the Franklin transformation and the Lorentz transformation. It is seen that both phase and magnitude of the backscattered field are affected during the movement (rotation and translation) of the very good conducting cylinder. FEKO is used to generate static backscattered field data of the complex object, and then this data is inserted into the proposed model to demonstrate simulation of rotation and translation. Also, this result is compared with the analytical method.
ISSN:2379-2027
DOI:10.1109/NAECON.2017.8268775