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Electron beam freeform fabrication / Scientific research on the International Space Station / Additive manufacturing / Langley Research Center / Marshall Space Flight Center / International Space Station / Liquid-propellant rocket / Space Shuttle Main Engine / Spaceflight / Space technology / Solid freeform fabrication


Space-Based, On-Demand Fabrication of Metallic Parts Using Additive Manufacturing K. M. Taminger1, C. M. Tolbert2, E. D. Baumann2, K. G. Cooper3, R. A. Hafley1, C. A. McLemore3 and M. C. Waid4 1NASA
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Document Date: 2013-06-12 16:00:36

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File Size: 850,78 KB

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City

Denver / /

Company

Metallic Parts Using Additive Manufacturing / /

Country

United States / /

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IndustryTerm

additive manufacturing tech / communications protocols / metal wire / metal parts / space-based on-demand additive manufacturing / technology demonstration / additive manufacturing techniques / integrated hardware/software / travel times / additive manufactured metal part / energy efficiency / additive manufacturing / integrated hardware/software test / /

Organization

National Aeronautics and Space Administration / ISS Outer Shell Assembly / /

Person

Marshall Space / /

Position

aide / astronaut / GH2/LOX injectors representative / /

Product

Carol / /

Technology

laser / 2 Technology / communications protocols / /

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