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Largenton, Rodrigue
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Topics
Publications (11/11 displayed)
- 2024High frequency acoustic microscopy imaging of pellet cladding interface in nuclear fuel rods
- 2024High frequency acoustic microscopy imaging of pellet cladding interface in nuclear fuel rods
- 2022Proximity Effects in Matrix-Inclusion Composites: Elastic Effective Behavior, Phase Moments, and Full-Field Computational Analysiscitations
- 2022Multiscale modelling of polycrystalline UO2: full-field simulations (FFT) and model-reduction approach (NTFA)
- 2022Efficiency of boundary conditions on the computation of local fields in a Representative Volume Element
- 2022Multiscale modelling of polycrystalline UO2: full-field simulations (FFT) and model reduction technique (NTFA)
- 2014Extension of the Nonuniform Transformation Field Analysis to linear viscoelastic composites in the presence of aging and swellingcitations
- 2013Comportement d'un composite visco-élastique linéaire vieillissant avec déformation libre : réduction par la méthode NTFA
- 2012Plastic strain heterogeneity in MOX nuclear fuel (composite material) and the Nonuniform Transformation Field Analysis.
- 2012Plastic strain heterogeneity in composite materials and the nonuniform transformation field analysis
- 2012Modélisation du comportement effectif du combustible MOX par une analyse micro-mécanique en champs de transformation non uniformes
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conferencepaper
Plastic strain heterogeneity in MOX nuclear fuel (composite material) and the Nonuniform Transformation Field Analysis.
Abstract
The Nonuniform Transformation Field Analysis (NTFA) is a reduced order model for the effective behavior of nonlinear composite materials. It is based on the decomposition of the plastic strain field on nonuniform plastic modes. It is presented and applied to the modelling of the aging behaviour of MOX fuel, under irradiation and in nominal Pressure Water Reactor conditions.