Page 349 - Thermal Hydraulics Aspects of Liquid Metal Cooled Nuclear Reactors

Core thermal hydraulics
10
3
k-ε
k-ω
Quad
RSM
SST
k-ε
+
STAR-CCM
OpenFOAM
35,000–65,000 100 k-ε FLUENT k-ω RSM 38 k-ε STAR-CCM+ 6400–160,000 k-ε Quad k-ε Cubic k-ω SST 36 k-ω SST STAR-CCM+ 4 k-ε FLUENT 40,000–180,000 NA NA 15 k-ε STAR-CCM+ 300 LES NEK5000 48 k-ε STAR-CCM+ 40 k-ω SST FLUENT 81 k-ω SST CFX 25 q-DNS STAR-CCM+ 45 k-ε Cubic STAR-CCM+ 45–170 L
6000 11,000 20,000 30,000 7000 33,000
7 37 19 19 7 19 37 217 19 ∞ 37 7 61 19 127

H 2 O air Na LBE Na Na LBE LBE H 2 O Na H 2 O LBE

(2013) Solonin Baglietto (2014) al. et Saxena (2015) (2015, (2016) (2016) (2017)

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et and et and et al. et et al. et
Roelofs Fomichev (2014) Fricano (2014) Gopala Ghovinda (2014) Cadiou (2015) Doolaard Shams 2018) et Kim Merzari Obabko Pacio