Manufacture of large-scale space exploration components using wire + arc additive manufacturing
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Diao, Chenglei
Eimer, Eloise
Mancini, Simone
Krishnaswamy, Surya
Schwarz, Florian
Pagone, Emanuele
Ding, Jialuo
Williams, Stewart
Pinter, Zsolt
Martina, Filomeno
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2958-4647
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Diao C, Eimer E, Mancini S,et al., (2022) Manufacture of large-scale space exploration components using wire + arc additive manufacturing. In: ICAS 2022: 33rd Congress of the International Council of the Aeronautical Sciences, 4-9 September 2022, Stockholm, Sweden
Abstract
Cranfield University, Thales Alenia Space and WAAM3D together, combining their expertise knowledge and technologies on Wire + arc additive manufacture (WAAM), created a route for manufacturing large-scale space exploration Components using WAAM which could be used in future large scale-space exploration component manufacturing. In this project, several different sections of the development of WAAM technology are applied to manufacture a large-scale space exploration component including FEA simulation, inter-layer machining and cold work, intelligent toolpath planning and sustainability calculations. WAAM proved to be a very promising technique in future large-scale component manufacturing.
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Github
Keywords
Wire + Arc Additive Manufacturing, inter-layer machining and cold work, intelligent tool path planning, FEA distortion prediction, sustainability and environment protection
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Attribution 4.0 International