Udisien Woy, from the University of Sheffield presented the results to date at Aerodays 2019 in Bucharest. After giving an update on the project's progress, she also participated in at round-table discussion on innovative manufacturing and maintenance, repair and overhaul.
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University of Sheffield staff helped girls from Sharrow School in Sheffield develop a taste for engineering, with a hands-on challenge involving chocolate welding.
Twenty girls visited the Nuclear AMRC as part of the Stem Ambassador programme to encourage young people to study science, technology, engineering and maths-based subjects and consider related careers.
After presentation...
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AMOS results were presented at the launch of the Nuclear AMRC Midlands in Derby.
Around 150 regional manufacturers and stakeholders attended the launch event at the iHub on Wednesday 13 February, to experience the state of the art in manufacturing R&D in the Nuclear AMRC's new workshops, and join high-level speakers from industry and government to discuss the challenges ...
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Nuclear AMRC researchers have completed a detailed analysis of Inconel alloy for additive repair.
"DED is a flexible process for repair, with a lot of appeal to the aerospace and heavy engineering industries," says Udi Woy, technical lead for additive manufacturing at the Nuclear AMRC. "For applications of this size, flexibility is a significant factor. If you consider aero engine ...
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3DPRISM has released an open-access online training course for additive manufacture (AM). The course includes information on AM systems, materials, and process parameters as well as giving training on CAD modelling for AM, basic maintenance and health and safety. 3DPRISM was a 27 month project funded through ERASMUS+ and coordinated by the AMRC at the University of Sheffield ...
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Xiaoyi Guan from McGill University in Montreal spent 10 days in France at the ECN campus in June for AMOS, looking at the additive machine which will be used to deposit Titanium in the project
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Two PhD-students from McGill, Lydia Lawand and Khalil Alhandawi, are currently in Sweden working with GKN.
The students will spend approximately 10 weeks in Sweden working on WP5 with a multidisciplinary optimisatoin platform in connection with the GKN use case. The main goal is to achieve a complete loop of the product development process that can later be used as the basis...
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Two students from McGill University in Canada visited the Nuclear AMRC in Sheffield this week. Thomas Hitchcox and Jordan Cave examined the bulk additive manufacturing cell to inform their work on defect detection and process planning within the project.
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ECN hosted a meeting for all the AMOS partners at their facility in Nantes on 21 and 22 June 2017.
Partners discussed the progress of the project to date as well as the challenges to be met in the next period. Results coming in from the expanded testing workpackage show a lot of promise and form a firm basis for the work to be done in the next period.
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AMOS was presented at the poster session during CARIC'S 3rd National Research Forum, which showcases project funded since CARIC's inception in 2014.
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Partner Liburdi published an article on additive manufacturing in the aerospace industry in the April edition of the joural of the Canadian Welding Association. The paper discusses the need for additive an gives details of Liburdi's LAWS system.
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The PhD student, Chutu Li, under supervision of Dr. Xiaoyi Bao will investigate and develop a novel method to accurately measure the temperature in additive manufacturing in high temperature environment. Fiber optics group at the University of Ottawa has achieved many world records in fiber sensors for various industrial monitoring of temperature, strain, vibration, refractive index, ultras...
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The European AMOS partners visited the bulk additive manufacturing cell at the Nuclear AMRC in Sheffield. During the meeting, project progress was discussed and partners visited the robotic welding cell to see the work being done on the project.
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A new research collaboration between Canada and Europe is developing additive manufacturing technology to repair components for the aerospace industry.
The AMOS project (Additive manufacturing optimization and simulation platform for repairing and remanufacturing of aerospace components) focuses on a range of high-integrity additive manufacturing techniques.
These direct energ...
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Welcome to the website for AMOS. AMOS is a joint funded project by the European Union under the H2020 program and CARIC. To find out up to date news about the project, partners, events and results, visit regularly, or follow us on twitter ( @AMOSadditive ).
You can also find out about the project by visiting the Mantra manufacturing transporter, which will take project results on the roa...
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