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FEM Modeling in Robust Design for Graphene-Based Electromagnetic Shielding
Published in 2015
Electromagnetic shielding design is usually approached referring to nominal values of the main parameters. This could lead to malfunctioning devices and its performance differ widely from what was really aimed at or, worse, the final design product could even be physically unrealizable. This work presents a robust approach to the design of EM Shielding based on Graphene (Gph) layers. It is a two-dimensional sheet of carbon atoms, discovered in 2004. Since then, high-quality Gph proved to be surprisingly easy to isolate, giving birth to an exponentially increasing interest spreading from basic science to applications.
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