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Ongoing Projects
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Multiscale
Investigation of the Mechanisms Controlling Mateirals Degradation in
the
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Fusion
Environment
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Collaborative
Research Program to Understand the Dynamics of Dislocation - Particle
Interactions: A Combined Modeling and Experimental Approach
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Multiscale
Modeling and Experimental Validation of Materials Degradation and
Deformation in Highly Non-Equilibrium Environments
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Recent Invited Talks
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"Atomistic
insight into dislocation - obstacle interactions", UCSB Mechanical
Engineering Seminar.
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"Multiscale
modeling of radiation damage accumulation in bcc and fcc metals in the
fusion environment", presented at ICFRM-11.
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"Atomistic
simulations of dislocation interactions", Plasticity 2003.
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"Experimental
evidence for defect accumulation: Positron annihilation and neutron
scattering", IEA Materials Modeling Workshop.
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Collaborators and Links
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High Performance
Computational Materials Science & Chemistry Group, Lawrence
Livermore National Laboratory
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Professor Ian M. Robertson, University of
Illinois, Urbana-Champaign
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Professor G. Robert
Odette, University of California, Santa Barbara
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Professor Masayuki Hasegawa, Tohoku
University
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Second Multiscale Materials Modeling
(MMM-II) Conference, 11-15 October 2004
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14th International Conference on Ion Beam
Modification of Materials (IBBM2004), 1-5 September 2004
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