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Phone:
515-294-2770
Office:
311
TASF
Education
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Ph.D., Materials Science and Engineering
University of Pittsburgh, 1991
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M.S., Metallurgical Engineering
University of Pittsburgh, 1989
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B.S., Metallurgical Engineering
University of Pittsburgh, 1985
Professional Appointments
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2014 – present: Director, Ames Laboratory
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2014 – present: Professor, Materials Science and Engineering, Iowa State University
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2014 – present: Critical Materials Institute Advisory Board, Ames Laboratory
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2013 – 2014: Leadership Team, Developing Substitutes Focus Area Leader, Critical Materials Institute, Ames Laboratory led DOE Energy Innovation Hub
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2010 – 2014: Division Leader, Condensed Matter and Materials Division, Lawrence Livermore National Laboratory
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2009 – 2010: Acting Program Leader for Dynamic Materials Properties, Lawrence Livermore National Laboratory
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2009 – 2010: Acting Program Leader for Physics and Engineering Models, Lawrence Livermore National Laboratory
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2009 – 2010: Group Leader, Actinide Science and Characterization, Lawrence Livermore National Laboratory
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2005 – 2008: Adjunct Research Professor, Washington State University
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2002 – 2004: Board of Directors, Valley Children’s Museum, San Ramon, CA
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1994 - 2014: Staff Scientist, Lawrence Livermore National Laboratory
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1991 – 1994: Post Doctoral Research Associate, Lawrence Livermore National Laboratory
Areas of Expertise
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Accelerating advanced material discovery, development, and deployment
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Critical Materials
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Rare earth elements, alloys, and compounds
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Structure - property - processing - performance relationships in materials
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High pressure and dynamic properties of materials
Research Interests
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Accelerating advanced material discovery, development, and deployment
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Critical materials
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Rare earth elements, alloys, and compounds
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Structure - property - processing - performance relationships in materials
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High pressure and dynamic properties of materials
Patents
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United States Patent Number: US 6,397682 B2, June 4, 2002, Mukul Kumar, Adam Schwartz, Wayne King, “Intergranular Degradation Assessment Via Random Grain Boundary Network Analysis.”