The topAM aim is to develop oxide-particle-dispersoid strengthened (ODS) high-temperature alloys that are tailored for AM. EU Horizon 2020 grant No 958192.

European Union
Joined September 2021
We like to introduce you to the topAM Fall School 2024 from 28th to 30th of October in Gothenburg, Sweden. Master´s students and PhD candidates can apply for this event. Feel free to inform yourself about the project at: linkedin.com/feed/update/urn… and aspire2050.eu/topam
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Jan-Philipp Roth visited DECHEMA Research Institute in early June to conduct XRD experiments of modified powders and AM builds, give a presentation on his research, and participate in project discussions. It was a busy and productive two days!
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Savya Sachi gave an extremely well-received presentation at the AM-platform meeting at Rapid.Tech3D on May 15th. topAM has modified metal powders and produced AM parts with 5x improved fatigue life (KME OSNA® 400) and 15x improved creep life (VDM 699XA) for HT environments.
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Happy Earth day! 🌍 topAM is improving #energyefficiencies by 3 new high temperature #additivemanufacturing alloys. If process temperatures increase, efficiencies increase and energy use/emissions go down. Innovations like these will protect the earth for the future! #earthday
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Jan-Philipp Roth presented about NiCu Alloy 400 during his research visit to IPM this month. STEM/EDX and SEM/FIB lamella lift outs were performed on the topAM novel materials, highlighting the close collaboration of partners FH OS, IEHK and IPM within the consortium.
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topAM has been working for 36 months on "Tailoring ODS materials processing routes for AM of high temperature devices for aggressive environments." On February 22-23, we will meet in Brussels to discuss project progress, targets and the plan for the last year of the project.
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Check out our latest publication on the dispersion-strengthening effect of TiN in alloy 400! sciencedirect.com/science/ar… #hightemperaturealloys #additivemanufacturing
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We hope you are healthy and enjoying time with friends and family this holiday season. Our winter❄️ topAM Briefing is out! 🎄We know 2024 will bring even more progress in addressing the challenge of ODS #alloys for #additivemanufacturing. aspire2050.eu/sites/default/…
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A "course for a more productive, sustainable industrial future with pioneering #AM technologies" was set with four #topAM partners participating in #Formnext2023 in Frankfurt. VDM had a booth in the exhibition, showcasing their #alloy and technology solutions.
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Happy Halloween🎃 - a day full of creepy and crawly! Creep in materials is detrimental and reduces plant lifetimes. topAM is reducing material creep through ODS particle modifications of alloys designed for #additivemanufacturing. Reducing crawlies will be another project... 🕷
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The Institute of Physics of Materials was at the largest Czech Republic #additivemanufacturing event at the International Engineering Fair. Miroslav Šmíd presented a contribution entitled “Materials design in additive manufacturing of metals,” including topAM project results.
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📣 The next topAM school will be on December 14, 2023 in Frankfurt, Germany. This free winter school will focus on high temperature corrosion and analytical methods - here is the agenda and registration information: aspire2050.eu/sites/default/…
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Incredible hospitality is on display this week by Lukasiewicz, Krakow Institute of Technology, our hosts for the topAM project general assembly meeting! #topAM #projectmeeting #additivemanufacturing #hightemperaturealloys
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Last week Ivo Šulák presented at FDM2023 in London: High-temperature Fatigue and Creep Performance of AM NiCu-based Alloy and Fatigue lifetime assessment and crack propagation of AM Ni-based VDM 699XA #additivemanufacturing #hightemperaturealloys #mechanicalproperties
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topAM colleagues Dr. Galetz, Dr. White, Dr. Pedraza, and Mr. Duval will be participating in the European Federation of Corrosion's "High Temperature #Corrosion and #Oxidation 2023 Workshop," next week in Marktheidenfeld, Germany! dechema.de/en/WS_HTC2023.htm…
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In situ nitridation during #atomization yields highly spherical #powders with high buildability for #additivemanufacturing (densities >99.9%). Ni (VDM 699 XA) and NiCu (alloy 400) alloy specimens are being characterized for #nano-nitride formation and improved properties.
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This week Osnabrück Univ. of Appl. Sciences’ Jan-Philipp Roth presented at the FEMS #EUROMAT23 conference about different dispersion strengthened #materials and successful #nanoparticle integration. #additivemanufacturing #hightemperaturealloys #EnergyEfficiency
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📣 The topAM summer briefing is now available! Check out our latest project results on the project website (aspire2050.eu/TopAM#). #additivemanufacturing #energyefficiency #hightemperaturealloys #newmaterials
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Last week, Jan-Philipp Roth from Osnabrück University of Applied Sciences presented at the SFF symposium in Austin, TX. Strengthening of alloy 400 through nanoparticle modification was highlighted. #sff2023 #additivemanufacturing #hightemperaturematerials #nanoparticles #alloying
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Osnabrück Univ.'s Jan-Philipp Roth will present "Nanoparticle modification of NiCu-based alloy 400 for LPBF" at Solid Freeform Fabrication 2023, next week, highlighting the enhanced tensile and creep properties! #additivemanufacturing #nanomaterials #laserpowderbedfusion #sff2023
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