The AMOS project has been disseminated widely through a variety of means:
In November 2015, La Presse, a French magazine, included an excerpt about Fiona Zhao from McGill University. La Fabrication Additive à La Rescousse talks about Zhao’s research into additive manufacturing in the upcoming AMOS project, specifically how this technique could be used to improve aeronautic design and repair damaged aircraft parts.
In May 2016 the Nuclear AMRC reported on the AMOS project in the article New European-Canadian research to explore additive repair for aerospace. This press release was soon picked up by the HVM Catapult, magazines including Aerospace Manufacturing and Manufacturing and Engineering, and Rotherham Business News. The Canadian company Liburdi also reported on the collaboration and published Additive Manufacturing in the Aerospace Industry in the CWA Journal 20, April 2017.
Canadian students at McGill have submitted a number of theses regarding AMOS.
A presentation was given on the AMOS project during Centrale Nantes Open Day October 2017 and October 2018.
Furthermore, 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.
AMOS was presented at the poster session during CARIC'S 3rd National Research Forum, which showcases projects funded since CARIC's inception in 2014.
Udisien Woy from the University of Sheffield AMRC presented on Bulk Additive Manufacturing during the EASA Workshop in Additive Manufacturing, September 28th – 29th 2016, Cologne. Woy also gave an AMOS overview at the SAE AMS AM meeting hosted by Norsk Titanium, 23-26 April 2018, Norway.
The AMOS project was highlighted at the NordDesign 2018, Design in the Era of Digitalization conference, August 14-17, Linköping University. Integrating additive manufacturing and repair strategies of aeroengine components in the computational multi-disciplinary engineering design process, p.17, during Session 5C on additive manufacturing.
The AMOS project has been featured in Building expertise for additive repair, Nuclear AMRC News, No. 33 Q4 2018, p.9 and Additive repair for aerospace, Nuclear AMRC, Helping manufacturers win work in nuclear 2019 brochure, p.7.
In February 2019, the Nuclear AMRC news reported on how Udisien Woy discussed AMOS as part of the additive manufacturing showcase at the launch of Nuclear AMRC Midlands. Further details of this event can be seen on our website. ECN have also given an overview of AMOS on their open days.
Udisien Woy gave an overview of the AMOS project at TandemAEROdays 19.20, 27-30 May 2019 in Bucharest, and at the DREAM Summer School & Common Dissemination Booster, 3-7 June 2019, Italy. She also acted as AMOS session chair and gave an overview presentation at the 9th EASN International Conference on Innovation in Aviation & Space, 3-6 September 2019, Athens, Greece.
Findings from the AMOS project haved underpinned the following research:
- A State-Of-The-Art Review of Additive Manufacturing of Inconel Alloy 718, The University of Sheffield AMRC
- Thermo-Mechanical Modelling for Directed Energy Deposition, Digital Product Simulation
- Measuring Extreme Temperatures in Sand-Grain Sized Droplets of Liquid Titanium at Sub-ms Speeds, University of Ottawa
- A Quantitative Model of Competitive Grain Growth Behaviour in Direct Energy Deposition Fabricated Ti6AI4V, McGill University
- Directed Energy Deposition Topology Optimisation Study, Digital Product Simulation
The Marketing team at Nuclear AMRC created a video for the project - Amos: Chocolate Science & Aircraft Repair, December 2019. Dr Rahul Mandal, research associate at the University of Sheffield's Nuclear AMRC, talks about the Amos project to develop new additive techniques for aerospace repair – and why chocolate is a great tool for teaching young people about science and engineering. Dr Mandal won the ninth series of The Great British Bake Off in 2018 and posted the video on his Instagram profile, helping the exposure of the project. To date, the video has been viewed by approximately 20,000 people.
The University of Sheffield AMRC have participated in a number of STEM events for 11-15 year olds, promoting engineering and explaining additive manufacturing and its impact on resource efficiency.
The University of Sheffield has an ongoing commitment to the SAE ‘Repair’ Committee through working group participation.
More in-depth technical information can be found in the following publication:
Al Handawi K, Lawand L, Andersson P, Brommesson R, Isaksson O, and Kokkolaras M, 2018, Integrating additive manufacturing and repair strategies of aeroengine components in the computational multi-disciplinary engineering design process, NordDesign conference in Linköping, Sweden, McGill University, Chalmers University of Technology
Thomas Hitchcox, Yaoyao Fiona Zhao, 2018, Random walks for unorganized point cloud segmentation with application to aerospace repair, Procedia Manufacturing, Vol. 26, pp 1483-1491
Jinghao Li, Xianglin Zhou, Mathieu Brochu, Nikolas Provatas, Yaoyao Fiona Zhao, 2020, Solidification Microstructure Simulation of Ti-6Al-4V in Metal Additive Manufacturing: A Review, Additive Manufacturing, Vol. 31
Jinghao Li, Manuel Sage, Xiaoyi Guan, Mathieu Brochu, Yaoyao Fiona Zhao, 2020, Machine Learning-Enabled Competitive Grain Growth Behavior Study in Directed Energy Deposition Fabricated Ti6Al4V, JOM, Vol.72, Issue 1, pp. 458-464
Xiaoyi Guan, Yaoyao Fiona Zhao, Modeling of the laser-powder-based Directed Energy Deposition process for additive manufacturing: A review, International Journal of Advanced Manufacturing Technologies, (accepted, January 2020).
Xiaoyi Guan, Yaoyao Fiona Zhao, Numerical modeling of coaxial powder stream in laser-powder-based Directed Energy Deposition process, Additive Manufacturing, (accepted, January 2020).