Deformation and Damage in Structurally Graded Nano-Crystalline Aluminum Alloys Project Investigator(s): PI: Dr. E.H. Glaessgen (LaRC, D309) Co-I’s: Drs. S.W. Smith (LaRC, D309), E. Saether (LaRC, D309), T.A. Wallace - Nanocrystalline - Document - PDFSEARCH.IO

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	Deformation and Damage in Structurally Graded Nano-Crystalline Aluminum Alloys Project Investigator(s): PI: Dr. E.H. Glaessgen (LaRC, D309) Co-I’s: Drs. S.W. Smith (LaRC, D309), E. Saether (LaRC, D309), T.A. Wallace Add to Reading List Document Date: 2014-10-17 18:20:41 Open Document File Size: 33,86 KB Share Result on Facebook Facility George Mason University / / IndustryTerm aerospace applications / / Organization George Mason University / / Person E.H. Glaessgen / Yuri Mishin / / Position Investigator / / SocialTag Crystals Nanomaterials Continuum mechanics Deformation Nanocrystalline Toughness Crystallite Plasticity Nanocrystal Materials science

Deformation and Damage in Structurally Graded Nano-Crystalline Aluminum Alloys Project Investigator(s): PI: Dr. E.H. Glaessgen (LaRC, D309) Co-I’s: Drs. S.W. Smith (LaRC, D309), E. Saether (LaRC, D309), T.A. Wallace Add to Reading List