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DTSTART;TZID=America/Los_Angeles:20190329T121000
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DTSTAMP:20260427T103206
CREATED:20190327T222639Z
LAST-MODIFIED:20190327T224833Z
UID:65451-1553861400-1553864400@tricities.wsu.edu
SUMMARY:MME Seminar Series - Microstructural Evolution
DESCRIPTION:Abstract\nMaterials issues such as corrosion\, strength\, ductility\, crack propagation\, etc are\nsignificantly affected by microstructural evolution either during the materials lifetime\nor in the manufacturing processes which produced the material. By gaining a clear\nunderstanding of the microstructural evolution of materials it is possible to create\nnew improved materials tailored specifically for the required task. Using the specific\nexamples of the solidification of carbides in liquid U\, hydride formation and growth in\nnuclear fuel rod claddings\, and grain boundary engineering in FCC nickel the study of\nmicrostructural evolution to improve materials will be discussed. \nBio\nJacob L. Bair was raised on a farm near Ephrata\, WA. He earned a B.S. degree in Mechanical\nEngineering with a second major in French from Washington State University in December\nof 2012\, then his Ph.D. in Materials Science and Engineering from Missouri University of\nScience and Technology in December of 2016. His research has been on experimental\nand computational studies of the microstructural evolution of materials using scanning\nelectron microscopy with Electron Backscatter Diffraction\, Phase Field Modeling\, and\nMolecular Dynamics. Topics he has researched include hydrides in Zr fuel rod claddings\,\ngrain boundary migration in face centered cubic materials\, and twinning in nickel. At\nPNNL he has been involved in phase field modeling of UC formation in a liquid U melt\,\nPu Oxalate precipitation\, and a combined experimental and computational study of\nhydride embrittlement in Zr fuel rod claddings.
URL:https://tricities.wsu.edu/event/mme-seminar-series-microstructural-evolution/
LOCATION:BSEL 102
ORGANIZER;CN="Changki Mo":MAILTO:changki.mo@wsu.edu
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