Glaessgen, E.
, Gorelik, M.
, Levine, L.
, Battaile, C.
, Kane, M.
, Phan, N.
, Plotkowski, A.
, Schwalbach, E.
, Lamm, D.
, Raghavan, N.
, Ashmore, N.
, Barto, R.
, Dobbs, J.
, Lynch, M.
, Heinimann, M.
, Kantzos, P.
, Peralta-Duran, A.
, Popelar, C.
, Singh, P.
, Sundarraj, S.
, Toivonen, P.
, Venkatesh, V.
, Vogel, B.
, Whitis, D.
, Millwater, H.
, Rollett, A.
, Mahadevan, S.
, Oskay, C.
, Palmer, T.
and Wagner, G.
(2026),
Maturation of computational materials approaches in qualification and certification for metal additive manufacturing (as an example of process-intensive materials) in aviation, NASA Technical Publication, [online], https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=958724
(Accessed March 7, 2026)
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Maturation of computational materials approaches in qualification and certification for metal additive manufacturing (as an example of process-intensive materials) in aviation
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Author(s)
Edward Glaessgen, Michael Gorelik, , Corbett Battaile, Michael Kane, Nam Phan, Alexander Plotkowski, Edwin Schwalbach, Derrick Lamm, Narendran Raghavan, Nate Ashmore, Richard Barto, James Dobbs, Matthew Lynch, Markus Heinimann, Peter Kantzos, Alonso Peralta-Duran, Carl Popelar, Prabhjot Singh, Suresh Sundarraj, Paul Toivonen, Vasisht Venkatesh, Bret Vogel, Deborah Whitis, Harry Millwater, Anthony Rollett, Sankaran Mahadevan, Caglar Oskay, Todd Palmer, Gregory Wagner
Citation
NASA Technical Publication
Pub Type
Others
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Keywords
Qualification and Certification, additive manufacturing, aviation
Citation
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Created March 4, 2026, Updated March 6, 2026