3D-Printed sievenpiper metasurface using conductive filaments

Pablo Stuardo; FRANCISCO GUILLERMO PIZARRO TORRES; Eva Rajo-Iglesias

doi:10.3390/ma13112614

3D-Printed sievenpiper metasurface using conductive filaments

Pablo Stuardo, FRANCISCO GUILLERMO PIZARRO TORRES, Eva Rajo-Iglesias

Research output: Contribution to journal › Article › peer-review

2 Scopus citations

Abstract

This article presents the design, construction and measurement of different 3D-printed Sievenpiper metasurfaces. The structures were printed using a conductive filament combined with regular polylactic acid PLA. Measurement shows a good agreement on the electromagnetic behaviour of the stop-bands generated by the fully 3D-printed metasurface and the simulated ideal cases, but with higher transmission losses due to the characteristics of the conductive filament.

Original language	English
Article number	2614
Journal	Materials
Volume	13
Issue number	11
DOIs	https://doi.org/10.3390/ma13112614
State	Published - 1 Jun 2020
Externally published	Yes

Keywords

Conductive filaments
Electromagnetic metasurfaces; 3D-printing
Stop-band

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abstract = "This article presents the design, construction and measurement of different 3D-printed Sievenpiper metasurfaces. The structures were printed using a conductive filament combined with regular polylactic acid PLA. Measurement shows a good agreement on the electromagnetic behaviour of the stop-bands generated by the fully 3D-printed metasurface and the simulated ideal cases, but with higher transmission losses due to the characteristics of the conductive filament.",

keywords = "Conductive filaments, Electromagnetic metasurfaces; 3D-printing, Stop-band",

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PY - 2020/6/1

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N2 - This article presents the design, construction and measurement of different 3D-printed Sievenpiper metasurfaces. The structures were printed using a conductive filament combined with regular polylactic acid PLA. Measurement shows a good agreement on the electromagnetic behaviour of the stop-bands generated by the fully 3D-printed metasurface and the simulated ideal cases, but with higher transmission losses due to the characteristics of the conductive filament.

AB - This article presents the design, construction and measurement of different 3D-printed Sievenpiper metasurfaces. The structures were printed using a conductive filament combined with regular polylactic acid PLA. Measurement shows a good agreement on the electromagnetic behaviour of the stop-bands generated by the fully 3D-printed metasurface and the simulated ideal cases, but with higher transmission losses due to the characteristics of the conductive filament.

KW - Conductive filaments

KW - Electromagnetic metasurfaces; 3D-printing

KW - Stop-band

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3D-Printed sievenpiper metasurface using conductive filaments

Abstract

Keywords

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