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Showing 1 to 6 of 6 for “"WAAM"”.
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Investigating the feasibility and impact of integrating wire-arc additive manufacturing in aerospace tooling applications
The use of wire-arc additive manufacturing (WAAM) as fabrication method for Iron-Nickel 36 (Invar36) alloy aerospace tooling is a growing area of interest for many tooling companies and composite aircraft manufacturers. However, the full adoption and utilization of WAAM techniques is hindered due …
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Modeling Robotic Wire Arc Additive Manufacturing Process Using Machine Learning
WAAM is a promising additive manufacturing process that makes use of current technologies and materials that are widespread and much more easily accessible compared to other metal AM processes. However, a significant challenge with current WAAM processes is the high surface roughness and variance …
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Vision-based localization for robot-CNC hybrid manufacturing
Wire arc additive manufacturing (WAAM) has shown promise in recent years for producing large scale parts with higher deposition rates than other additive processes. WAAM is often combined with subtractive machining to form a hybrid manufacturing process. This hybrid process can be realized by …
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Processing-microstructure-property relationships in additively manufactured duplex stainless steels
… (LP-DED) and wire arc additively manufactured (WAAM) DSS alloys. A series of LP-DED samples at varying laser powers and scanning speeds were characterized to elucidate the complex influence processing parameters have on the microstructure and properties, specifically the defect content, phase …
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Integration of substrate in aluminium wire and arc additive manufacturing
… to the T6 temper, the inter-pass rolled WAAM material properties in the horizontal direction were similar to these of wrought products but with a high anisotropy. An investigation into depositing aluminium zinc alloys using the novel process of laser-assisted wire and arc. The process was …