Grid-Based SCT Approach for the Global Electromagnetic Simulation and Design of Finite-Size and Thick Dichroïc Plate
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Grid-Based SCT Approach for the Global Electromagnetic Simulation and Design of Finite-Size and Thick Dichroïc Plate摘要
In the work presented in this paper, a grid-enabled environment for the scale changing technique (SCT) simulations is proposed. This approach allows the fast design of a finite size and thick dichroïc metallic mirror based on global electromagnetic simulation. The computed transmission and reflection coefficients, as well as radiation pattern, satisfying to some predefined technical requirements in X and Ka frequency bands are presented. Simulation results are shown in order to demonstrate the validity of the approach.
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Ansoft HFSS Homepage. Copyri
http://www.ansoft.com/products/hf
Fadi Khalil was born
Lebanon, in March
received his B.S.
Electrical Engineering
Lebanese University
in 2005, and the M.S
Modeling, Informa
Systems, in 2006 from Toulouse U
France.
From November 2006 to Novem
Fadi was working toward the Ph.D.
Micro- and Nano-systems for
Communications Research Group
Laboratory of Analysis and Archi
Systems (LAAS-CNRS) in Toulouse, F
research interests include com
electromagnetics, modeling of compl
scale) structures and reconfigurable circ
and microwave applications, high pe
computing, and wireless sensors networ
is affiliated with the ACES applied soc
Aubert, and
controlled
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