Warp knitting technology for large deployable reflector antenna mesh for space applications

Michael Decius; Kees van 't Klooster; Lorenzo Scialino; Marzia Migliorelli; Yves Gloy; T. Gries

Warp knitting technology for large deployable reflector antenna mesh for space applications

Vertaalde titel van de bijdrage: Brei technologie voor antenne reflektor materiaal voor grote uitvouwbare reflector antennes voor in de ruimtevaart

Michael Decius, Kees van 't Klooster, Lorenzo Scialino, Marzia Migliorelli, Yves Gloy, T. Gries

Electromagnetics

Onderzoeksoutput: Bijdrage aan congres › Paper › Professioneel

Samenvatting

Grote reflector antennes moeten opgevouwen getransporteerd worden in de neuskegel van een raket. Er is geen andere oplossing. Daarom wordt gebreid reflector materiaal gebruikt met geringe massa per meter^2. In deze publikatie wordt het brei-proces besproken, op basis van Wolfraam draad (inderdaad zoals in de gloeilamp ook wordt gebruikt). Andere mogelijkheden zijn er (Molybdenum bijv.) maar Wolfraam is wat sterker.

Vertaalde titel van de bijdrage	Brei technologie voor antenne reflektor materiaal voor grote uitvouwbare reflector antennes voor in de ruimtevaart
Originele taal-2	Engels
Aantal pagina's	5
Status	Gepubliceerd - 15 nov. 2016
Evenement	European Space Agency 37th Antenna Workshop - ESA Estec, Noordwijk, Nederland Duur: 15 nov. 2016 → 17 nov. 2016

Workshop

Workshop	European Space Agency 37th Antenna Workshop
Verkorte titel	ESA 37th Antenna Workshop
Land/Regio	Nederland
Stad	Noordwijk
Periode	15/11/16 → 17/11/16

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@conference{f42620563780484fa48086f7fd496755,

title = "Warp knitting technology for large deployable reflector antenna mesh for space applications",

abstract = "Warp knitted metal meshes are used for a variety of applications. In particular wires with low ductility are used for large deployable reflector antennas. Processing cost and demand of materials such as Wolfram orMolybdenum is due to their favourable material properties. In this paper, processes to warp knit ultrathin tungsten wires are presented with a consideration of increasing the width of the warp knitted product. Theproposed technology permits an increased range of yarn tension in the warp knitting process. A adequate yarn tension is essential for a mesh where the metal wire is not plastically deformed during processing. The technology used in this work is scalable to a width of 5.3 m and suitable for use for up to X band. The main objective of this work is to demonstrate and provideproduction technology for metallic mesh generation across Europe. ",

author = "Michael Decius and {van 't Klooster}, Kees and Lorenzo Scialino and Marzia Migliorelli and Yves Gloy and T. Gries",

year = "2016",

month = nov,

day = "15",

language = "English",

note = "European Space Agency 37th Antenna Workshop ; Conference date: 15-11-2016 Through 17-11-2016",

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TY - CONF

T1 - Warp knitting technology for large deployable reflector antenna mesh for space applications

AU - Decius, Michael

AU - van 't Klooster, Kees

AU - Scialino, Lorenzo

AU - Migliorelli, Marzia

AU - Gloy, Yves

AU - Gries, T.

PY - 2016/11/15

Y1 - 2016/11/15

N2 - Warp knitted metal meshes are used for a variety of applications. In particular wires with low ductility are used for large deployable reflector antennas. Processing cost and demand of materials such as Wolfram orMolybdenum is due to their favourable material properties. In this paper, processes to warp knit ultrathin tungsten wires are presented with a consideration of increasing the width of the warp knitted product. Theproposed technology permits an increased range of yarn tension in the warp knitting process. A adequate yarn tension is essential for a mesh where the metal wire is not plastically deformed during processing. The technology used in this work is scalable to a width of 5.3 m and suitable for use for up to X band. The main objective of this work is to demonstrate and provideproduction technology for metallic mesh generation across Europe.

AB - Warp knitted metal meshes are used for a variety of applications. In particular wires with low ductility are used for large deployable reflector antennas. Processing cost and demand of materials such as Wolfram orMolybdenum is due to their favourable material properties. In this paper, processes to warp knit ultrathin tungsten wires are presented with a consideration of increasing the width of the warp knitted product. Theproposed technology permits an increased range of yarn tension in the warp knitting process. A adequate yarn tension is essential for a mesh where the metal wire is not plastically deformed during processing. The technology used in this work is scalable to a width of 5.3 m and suitable for use for up to X band. The main objective of this work is to demonstrate and provideproduction technology for metallic mesh generation across Europe.

M3 - Paper

T2 - European Space Agency 37th Antenna Workshop

Y2 - 15 November 2016 through 17 November 2016

ER -

Warp knitting technology for large deployable reflector antenna mesh for space applications

Samenvatting

Workshop

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