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== References == | == References == |
This paper shows the technical aspects and the progress of manufacturing a winglet concept with integrated VHF antenna.
[1] “Advanced Concepts for Aero Structures with Integrated Antennas and Sensors”, http://www.acasias-project.eu/
[2] J. Verpoorte, “Requirements and Specification Document”, ACASIAS Deliverable 1.1, [online].
[3] Z. Reznicek , Towards Multi-objective Design of EV55 Winglet with integrated VHF antenna, EMUS2019, Barcelona
[4] Marta Martinez-Vásquez, Jord Balcells-Ventura, „VHF notch antenna integrated in an aircraft winglet”, EMUS2019, Barcelona
[5] P. Vrchota, S. Steeger, M. Martinez-Vazquez, M. Svetlik, Z. Reznicek, “Aerodynamic and structural design of winglet with integrated VHF antenna”, 8th EASN-CEAS Int. Workshop on Manufacturing for Growth & Innovation, 2018, Available: https://doi.org/10.1051/matecconf/201823300018
[6] R.A. Burberry, “VHF and UHF antennas”, IEE Electromagnetic series 36, Peter Peregrinus, 1992.
[7] Empire XPU Manual, 2016, [online].
[8] CST, “Electromagnetic Simulation of Composite Materials and Cable Harnesses in Aircraft”, [online].
[9] Elliot J. Riley, Erik H. Lenzing, Ram M. Narayanan, “Characterisation of carbon fiber composite materials for RF applications”, Proc. Of SPIE, May 2014, DOI: 10.1117/12.2050132.
[10] Dieter Scholz, “Definition and discussion of the intrinsic efficiency of winglets”, Aircraft Design and Systems Group (AERO),Hamburg University of Applied Sciences, Berliner Tor 9, 20099 Hamburg, Germany, [online]
[11] https://aegistg.com/how-the-59-caddy-saved-us-six-billion-gallons-of-gas
Published on 15/02/21
Accepted on 03/03/21
Submitted on 03/03/21
DOI: 10.23967/emus.2019.004
Licence: CC BY-NC-SA license
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