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Multiscale development of materials models for fuel erformance simulation
Michael Tonks
, Paul Millett
, Bulent Biner
, Yongfeng Zhang
, Richard Williamson
, Steve Novasone
, Ben Spencer
, Jason Hales
, Derek Gaston
, Cody Permann
, David Andrs
, Steve Hayes
, David Andersson
, Christopher Stanek
Materials Research Institute (MRI)
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Keyphrases
Material Development
100%
Material Model
100%
Fuel Performance Code
100%
Bison
75%
Microstructure
50%
Radiation Effects
50%
Multiphysics Object-oriented Simulation Environment (MOOSE)
50%
Microstructure Effect
50%
Operating Conditions
25%
Grain Boundary
25%
Microstructure Evolution
25%
Radiation Damage
25%
Atomistic Simulation
25%
Quantitative Model
25%
Material Behavior
25%
Simulation Environment
25%
Multiphysics
25%
Traditional Fuels
25%
Idaho National Laboratory
25%
Fuel Performance
25%
Fission Gas Release
25%
Material Constitutive Model
25%
Object-oriented Simulation
25%
Irradiation Swelling
25%
Fuel Failure
25%
Multiscale Method
25%
Engineering
Multiscale
100%
Material Model
100%
Code Performance
100%
Microstructure Evolution
25%
Constitutive Model
25%
Gas Bubble
25%
Atomistic Simulation
25%
Material Behavior
25%
Mechanistic Model
25%
Radiation Effect
25%
Empirical Model
25%
Simulation Environment
25%
Gas Release
25%
Uranium Dioxide
25%
Heat Resistance
25%
Material Science
Grain Boundary
100%
Radiation Damage
50%
Uranium Dioxide
50%
Heat Resistance
50%
Microstructure Evolution
50%