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State-of-the-Art Report on Multi-scale Modelling of Nuclear Fuels
State-of-the-Art Report on Multi-scale Modelling of Nuclear Fuels
2015
T.J. Bartel
R. Dingreville
D. Littlewood
V. Tikare
M. Bertolus
V Blanc
V. Bouineau
G. Carlot
C. Desgranges
B. Dorado
J. C. Dumas
Michel Freyss
P. Garcia
J. M. Gatt
Christine Guéneau
J Julien
S Maillard
G Martin
R. Masson
B. Michel
J.P. Piron
C. Sabathier
R. Skorek
C. Toffolon
C. Valot
L. Van Brutzel
Theodore M. Besmann
A. Chernatynskiy
K. Clarno
S B Gorti
B. Radhakrishnan
Ram Devanathan
M. Dumont
P. Maugis
Anter El-Azab
F. C. Iglesias
B. J. Lewis
M. Krack
Y. Yun
M. Kurata
K. Kurosaki
R. Largenton
R.A. Lebensohn
L. Malerba
J.Y. Oh
Simon R. Phillpot
J.S. Tulenko
J Rachid
Marius Stan
B. Sundman
Michael R. Tonks
R. Williamson
P. Van Uffelen
M.J. Welland
Carole Valot
Marius Stan
Simone Massara
Reka Tarsi
Keywords:
Microstructure
Dislocation
Materials science
Thermal conductivity
energy source
Condensed matter physics
Finite element method
Thermal expansion
Crystallographic defect
Crystal structure
Correction
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