|
| CFD simulation | Test | Mesh resolution | CPU time/calculation time | Computing machine/CPU
specification |
|
| Single-phase |
| ROCOM |
| Loginov et al. [31] | FLOMIX-R project,
d05m00 | 3.0 M, 5.3 M, and 12.3 M
cells (in total) and 0.26 M,
0.42 M, 0.82 M, 2.02 M, and
13.3 M cells (in the CL) | N/A | N/A |
| Loginov et al. [14] | FLOMIX-R project, d05m05,
m10, and m15 | 13.2 M (d05m05), 15.2 M
(d05m10), and 19.9
M cells (d05m15) | 2 months on 20-32
processors | N/A |
| Farkas et al. [40] | OECD PKL2 project, test 1.1 | 4.6 M cells | N/A | N/A |
| Feng et al. [73] | FLOMIX-R project, d10m05 | 15 M cells | 2 CPU days | CEA’s HPC machine
“CURIE” |
Höhne et al. [16, 30] and
Höhne and Kliem [79] | IAEA CRP, d10m10 and
d00m15 | 6.5 M nodes and 4 M
hybrid elements (CFX)
and 22 M elements (TrioCFD) | CFX: 23 h on 32 processors
(simulation time: 50 s) | CFX: HZDR’s Linux-Cluster
“Hydra” (Intel Xeon,
8-Core or 16-Core) |
30 h on 1008 processors
(simulation time: 60 s) | TrioCFD: CEA’s HPC
machine “CURIE” |
| Puragliesi [41] | OECD PKL2 project, tests
1.1, 2.1, and 2.2 | 1.4 M, 11.9 M, and
16.9 M cells | N/A | N/A |
| Čarija et al. [80] | IAEA CRP, d10m10 | 8.5 M cells | N/A | N/A |
| Chouhan et al. [16, 32] | IAEA CRP, d10m10 | Coarse mesh (RANS)
and 2.8 M, 5 M, and
12 M cells (LES) | N/A | N/A |
| Wei et al. [42] | OECD PKL2 project, tests 1.1,
2.1, and 2.2 | 8.3 M cells | N/A | N/A |
| Ayad et al. [81] | IAEA CRP, d10m10 | 6.5 M elements | 11 days on 82 processors
(simulation time: 300 s) | 3.66 GHz, containing
32 GB RAM |
| TOPFLOW-PTS |
Rodio and Bieder [87] and
Bieder and Rodio [34] | TSW 3-4 | TrioCFD: 22 M and
NEPTUNE_CFD:
0.78 M cells | TrioCFD: 200 CPU hours
for the incompressible
hypothesis and 600 CPU
hours for the dilatable
hypothesis on 1008
processors (simulation
time: 500 s) | TrioCFD: CINES’s HPC
machine “OCCIGEN” |
NEPTUNE_CFD: 8520
CPU hours on 100 processors
(simulation time: 500 s) | NEPTUNE_CFD: CEA’s
cluster |
| UPTF |
| Martin et al. [57] | Transient and water of
different temperature case | Code_Saturne and
NEPTUNE_CFD:
0.25 M cells
(fluid domain) and
0.66 M cells
(solid domain) and
STAR-CD: 0.51 M
cells (fluid domain)
and 0.27 M cells
(solid domain) | N/A | N/A |
| Beukelmann et al. [58] | TRAM C1 Run2a1 | 0.35 M (main coolant
pipes and DC) and 0.22 M
(lower plenum) nodes | N/A | N/A |
| Höhne et al. [59] | Test I | 4.3 M elements and
0.8 M nodes | 4 days on 8 processors
(simulation time: 150 s) | N/A |
| Li et al. [4] | Test 11 | 3.91 M, 6.72 M, 12.7 M,
24 M, 30 M cells | N/A | N/A |
| LSTF |
| Cai and Watanabe [65] | ROSA-V program,
preparatory test for
test 1-1 | 1 M cells | Max: 21388 s on a
single processor
Min: 361 s on 64 processors
(simulation time: 0.1 s) | JAEA’s PRIMERGY BX900 |
| Farkas and Tóth [66] | ROSA project, test 1-1 | 1.5 M cells | 3 days | Intel Pentium 4, 3.2 GHz |
| Scheuerer and Weis [67] | ROSA project, test 1-1 | 1, 5.2, and 8 M elements | N/A | N/A |
| Two-phase |
| TOPFLOW-PTS |
| Deendarlianto et al. [94] | NURISP project,
steady-state air–water
case (posttest) | 1.5 M elements | 2 months on 16 processors | HZDR’s Linux cluster
(AMD Opteron F 2220,
2.8 GHz, dual-core) |
| Ničeno et al. [119] | NURISP project,
steady-state air–water
case (posttest) | 0.85 M cells | RANS: 2 months
LES: 3 months | Intel Xeon CPUs, 3 GHz |
| Deshpande et al. [95] | NURISP project,
steady-state air–water
case (posttest) | 0.85 M cells | N/A | N/A |
| Kim et al. [96] | NURISP project,
steady-state air–water
case (posttest) | 0.87 M, 4.4 M, and
5.7 M cells | N/A | N/A |
| Apanasevich et al. [92] | NURISP project,
steady-state steam–water
case (pretest) | 0.87 M and 1.7
M elements | 3 months on 16 processors | HZDR’s Linux cluster
(AMD Opteron F 2220,
2.8 GHz, dual-core) |
| Coste and Lecomte [104] | SSSW 3-2 | 0.54 M cells | N/A | N/A |
| Apanasevich et al. [35] | NURESAFE project,
undisclosed in detail (there
is a possibility of SSSW 3-17.) | 1.2 M and 2.0 M cells | 3-4 weeks on 96-128
processors | HZDR’s Linux cluster
(Intel 8-Core Xeon
E5-2667v2, 3.3 GHz) |
Coste and Mérigoux [105] and
Mérigoux et al. [107] | NURESAFE project,
SSSW 3-16, 3-17, 3-18, 3-19 | 0.78 M cells | About 30 restart calculations
of 24 CPU hours each | CEA’s HPC machine
“CURIE” |
| Mérigoux et al. [106] | SSSW 3-17 (mesh
sensitivity study) and
TSW 3-5 | 0.44 M, 0.78 M, 1.1 M,
1.8 M cells (SSSW 3-17)
and 0.78 M cells
(TSW 3-5) | N/A | N/A |
| Mérigoux et al. [17] | NURESAFE project,
SSSW 3-17 | CFX: 1.2 M cells,
NEPTUNE_CFD: 0.78 M
cells, and TransAT:
1.2 M elements | N/A | N/A |
| Apanasevich et al. [91] | NURISP project,
steady-state air–water
and steam–water cases
(pretests) | 0.85 M elements | 2.5-3 months on 12
processors | FZD’s Linux cluster
(AMD Opteron F 2220,
2.8 GHz) |
| Martin et al. [93] | NURISP project,
steady-state air–water
and steam–water cases
(pretests) | 0.43 M cells (fluid domain)
and 0.06 M cells
(solid domain) | N/A | N/A |
| Apanasevich et al. [15] | NURISP project,
steady-state air–water
(posttest) and steam–water
cases (pretest) | CFX: 0.87M and 1.5 M
elements (air–water) and
0.87 M and 1.7 M cells
(steam–water), FLUENT:
0.87 M elements, and
NEPTUNE_CFD: 0.53
M cells (air–water and
steam–water) and 1.5 M
elements (steam–water) | N/A | N/A |
| UPTF |
| Cremer et al. [108] | TRAM C2 Run6b | Not listed | N/A | N/A |
| LSTF |
| Cai and Watanabe [65] | ROSA-V program,
preparatory test for
test 1-1 | 1.5 M elements | N/A | N/A |
|
