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Friday, March 03, 2017 7:07:13 AM
ORNL EBM on Journal of Materials Science cover (March 2017)
The Oak Ridge National Labs press release on the subject of yesterday's post. The ORNL release was at 11 AM Eastern time and the post here was at 10:22. Could we have scooped them on their own release?
Manufacturing – Pushing boundaries - March 2, 2017
Media Contact
Ron Walli, Communications
wallira@ornl.gov, 865.576.0226
March 2, 2017 – Advanced manufacturing will benefit from additive manufacturing techniques as demonstrated by a team led by Michael Kirka of Oak Ridge National Laboratory. The method uses electron beam melting to precisely control the microstructure of additive manufactured materials, determining the mechanical properties at different locations within a part. “This research will change the way we design components in the future where engineers can use variations in microstructure to enhance performance and not just geometry and bulk properties as we do today,” Kirka said. The work is detailed in a paper titled “Strategy for Texture Management in Metals Additive Manufacturing,” published in Journal of Materials Science.
A paper written by a team led by Michael Kirka earned the cover of the Journal of Materials Science.
The Oak Ridge National Labs press release on the subject of yesterday's post. The ORNL release was at 11 AM Eastern time and the post here was at 10:22. Could we have scooped them on their own release?
Manufacturing – Pushing boundaries - March 2, 2017
Media Contact
Ron Walli, Communications
wallira@ornl.gov, 865.576.0226
March 2, 2017 – Advanced manufacturing will benefit from additive manufacturing techniques as demonstrated by a team led by Michael Kirka of Oak Ridge National Laboratory. The method uses electron beam melting to precisely control the microstructure of additive manufactured materials, determining the mechanical properties at different locations within a part. “This research will change the way we design components in the future where engineers can use variations in microstructure to enhance performance and not just geometry and bulk properties as we do today,” Kirka said. The work is detailed in a paper titled “Strategy for Texture Management in Metals Additive Manufacturing,” published in Journal of Materials Science.
A paper written by a team led by Michael Kirka earned the cover of the Journal of Materials Science.
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