Hi, this is steady-state CFD simulation report of:

eveningTest

Created by TCFD^® 18.10 on Wed Oct 24 06:11:17 2018

Speedline #1

Speedline #2

Speedline #3

Speedline #1

Simulation Stats

Test Case Name	eveningTest
Number of Points [ – ]	5
Machine Type	turbine
Rotation Speed [ RPM ]	180000.
Number of Components [ – ] ( topology )	4
Mesh Size [ cells ] ( details )	volute : 43257 stator : 131901 rotor : 925946 pipe : 17269 Total : 1118373
Mesh details [ mm ]: Component Property Min Max Avg 1 cellOpenness N/A 3.29542 × 10-16 N/A 1 cellVolume 0.0141148 10.2037 N/A 1 faceArea 0.0128952 4.96132 N/A 1 aspectRatio N/A 5.42450 N/A 1 nonOrthogonality N/A 63.7088 13.1716 1 skewness N/A 4.67345 N/A 1 edgeLength N/A N/A N/A 1 concaveAngle N/A 71.2062 N/A 1 faceFlatness 0.749783 N/A 0.997861 1 cellDeterminant 0.160697 N/A 18.9884 1 faceInterpolationWeight 0.117474 N/A 0.443961 1 faceVolumeRatio 0.0258879 0.714190 N/A 1 Warnings: 2 skew faces 13 faces with low quality or negative volume decomposition tets 368 faces with concave angles 1 warped faces 3070 concave cells 2 cellOpenness N/A 4.24021 × 10-16 N/A 2 cellVolume 6.84657 × 10-4 1.21452 N/A 2 faceArea 0.00103565 1.24433 N/A 2 aspectRatio N/A 9.72515 N/A 2 nonOrthogonality N/A 64.9428 13.4024 2 skewness N/A 6.72330 N/A 2 edgeLength 0 1.15678 N/A 2 concaveAngle N/A 78.4898 N/A 2 faceFlatness 0.303653 N/A 0.999120 2 cellDeterminant 0.0375567 N/A 19.7950 2 faceInterpolationWeight 0.0213932 N/A 0.439954 2 faceVolumeRatio 0.0125067 0.701858 N/A 2 Warnings: 4 skew faces 252 faces with low quality or negative volume decomposition tets 2 points on short edges 1484 faces with concave angles 22 warped faces 8585 concave cells 7 faces with low interpolation weights 3 cellOpenness N/A 4.36486 × 10-16 N/A 3 cellVolume 1.18264 × 10-4 0.149203 N/A 3 faceArea 7.44954 × 10-5 0.293223 N/A 3 aspectRatio N/A 8.85494 N/A 3 nonOrthogonality N/A 64.9968 15.5134 3 skewness N/A 4.40876 N/A 3 edgeLength 0 0.562279 N/A 3 concaveAngle N/A 79.7856 N/A 3 faceFlatness 0.374817 N/A 0.995507 3 cellDeterminant 0.0386297 N/A 26.8877 3 faceInterpolationWeight 0.100964 N/A 0.430053 3 faceVolumeRatio 0.0138714 0.633912 N/A 3 Warnings: 1 skew faces 1023 faces with low quality or negative volume decomposition tets 8 points on short edges 7183 faces with concave angles 19 warped faces 79976 concave cells 4 cellOpenness N/A 3.31713 × 10-16 N/A 4 cellVolume 0.0146643 9.73527 N/A 4 faceArea 0.0694030 6.32922 N/A 4 aspectRatio N/A 5.59756 N/A 4 nonOrthogonality N/A 49.9284 10.2638 4 skewness N/A 1.93170 N/A 4 edgeLength N/A N/A N/A 4 concaveAngle N/A 19.7902 N/A 4 faceFlatness 0.908902 N/A 0.999645 4 cellDeterminant 0.180647 N/A 13.5915 4 faceInterpolationWeight 0.158369 N/A 0.463880 4 faceVolumeRatio 0.0394651 0.820619 N/A 4 Warnings: 9 faces with low quality or negative volume decomposition tets 26 faces with concave angles 554 concave cells
Average y+ at walls [ – ] ( details )	33.6347
y+ details: Point Patch Min Max Avg 1 volute_spiral-wall_wall 3.51605 79.0373 33.6347 1 stator_vanedGate-hub_wall 1.17267 68.0647 21.2837 1 stator_vanedGate-blades_wall 0.542216 39.9748 6.83166 1 stator_vanedGate-shroud_wall 0.467135 34.4327 17.2808 1 rotor_rotor-blades_wall 5.10388 × 10-6 14.2912 0.658519 1 rotor_rotor-shroud_wall 5.59053 × 10-6 8.43624 1.08864 1 rotor_rotor-hub_wall 5.32567 × 10-4 9.88418 1.16442 1 pipe_outletPipe-shroud_wall 0.0936301 17.8636 2.94313 2 volute_spiral-wall_wall 2.94264 75.3705 31.8309 2 stator_vanedGate-hub_wall 1.02012 64.7227 19.7996 2 stator_vanedGate-blades_wall 0.430353 37.4207 6.06702 2 stator_vanedGate-shroud_wall 0.375140 31.7734 12.7174 2 rotor_rotor-blades_wall 5.79345 × 10-6 12.3962 0.511777 2 rotor_rotor-shroud_wall 4.96134 × 10-6 6.50152 0.798534 2 rotor_rotor-hub_wall 3.79658 × 10-4 8.70300 0.932735 2 pipe_outletPipe-shroud_wall 0.0665726 13.1339 2.40490 3 volute_spiral-wall_wall 2.21289 71.9209 28.6238 3 stator_vanedGate-hub_wall 0.831090 59.9666 17.3718 3 stator_vanedGate-blades_wall 0.154990 35.7172 5.02727 3 stator_vanedGate-shroud_wall 0.125932 25.7100 6.83719 3 rotor_rotor-blades_wall 3.59127 × 10-6 9.64418 0.355501 3 rotor_rotor-shroud_wall 8.41063 × 10-6 4.07230 0.441183 3 rotor_rotor-hub_wall 9.01720 × 10-5 6.70725 0.628361 3 pipe_outletPipe-shroud_wall 0.0638239 8.88244 1.77093 4 volute_spiral-wall_wall 1.34701 65.7152 21.3888 4 stator_vanedGate-hub_wall 0.401968 54.0535 14.3268 4 stator_vanedGate-blades_wall 0.0779602 32.8260 3.71086 4 stator_vanedGate-shroud_wall 0.0640035 13.1371 2.87206 4 rotor_rotor-blades_wall 5.04675 × 10-7 8.21495 0.248204 4 rotor_rotor-shroud_wall 6.36967 × 10-7 2.41722 0.222687 4 rotor_rotor-hub_wall 9.81544 × 10-5 5.28701 0.426653 4 pipe_outletPipe-shroud_wall 0.0501293 7.11802 1.26416 5 volute_spiral-wall_wall 1.09084 62.8022 19.1845 5 stator_vanedGate-hub_wall 0.336301 48.1443 12.3625 5 stator_vanedGate-blades_wall 0.0554679 31.0698 3.18562 5 stator_vanedGate-shroud_wall 0.0467215 11.8189 2.32623 5 rotor_rotor-blades_wall 8.00522 × 10-7 7.62554 0.215714 5 rotor_rotor-shroud_wall 6.01003 × 10-7 1.96720 0.180925 5 rotor_rotor-hub_wall 9.31994 × 10-5 4.53953 0.341570 5 pipe_outletPipe-shroud_wall 0.0388920 7.12362 1.18465
Wall-clock time [ hh:mm:ss ]	02:35:00
Parallel Processors [ – ]	24
Fluid Name	air
Compressibility	compressible

Efficiency

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Efficiency [ – ]
1	0.0594682	0.678192
2	0.0522924	0.691439
3	0.0446700	0.700501
4	0.0372095	0.690868
5	0.0340261	0.676967

Torque

Point Nr.	Torque [ N.m ]
1	0.431173
2	0.346102
3	0.259148
4	0.180172
5	0.149060

Axial Force

Point Nr.	Axial Force [ N ]
1	-29.6615
2	-31.6832
3	-33.8212
4	-35.8779
5	-36.7319

Total Pressure Difference

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Pressure Difference [ Pa ]
1	0.0594682	-114588.
2	0.0522924	-96709.8
3	0.0446700	-78504.1
4	0.0372095	-61779.5
5	0.0340261	-55158.2

Total Pressure Ratio

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Pressure Ratio [ – ]
1	0.0594682	2.03790
2	0.0522924	1.89312
3	0.0446700	1.73720
4	0.0372095	1.58717
5	0.0340261	1.52613

Total Pressure per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Total Pressure [ Pa ]
1	volute-in	0.0594682	224991.
1	volute-to-stator	0.0594681	220462.
1	stator-from-volute	0.0595002	220444.
1	stator-to-rotor	0.0594998	212274.
1	rotor-from-stator	0.0594997	212303.
1	rotor-to-pipe	0.0594995	111584.
1	pipe-from-rotor	0.0594965	111580.
1	pipe-out	0.0594967	110403.
2	volute-in	0.0522924	204992.
2	volute-to-stator	0.0522946	201165.
2	stator-from-volute	0.0523224	201149.
2	stator-to-rotor	0.0523229	194382.
2	rotor-from-stator	0.0523228	194402.
2	rotor-to-pipe	0.0523216	109475.
2	pipe-from-rotor	0.0523193	109472.
2	pipe-out	0.0523194	108283.
3	volute-in	0.0446700	184994.
3	volute-to-stator	0.0446672	181913.
3	stator-from-volute	0.0446904	181901.
3	stator-to-rotor	0.0446894	176539.
3	rotor-from-stator	0.0446893	176550.
3	rotor-to-pipe	0.0446730	107826.
3	pipe-from-rotor	0.0446713	107823.
3	pipe-out	0.0446712	106490.
4	volute-in	0.0372095	166996.
4	volute-to-stator	0.0372071	164676.
4	stator-from-volute	0.0372259	164666.
4	stator-to-rotor	0.0372251	160570.
4	rotor-from-stator	0.0372252	160573.
4	rotor-to-pipe	0.0372118	106907.
4	pipe-from-rotor	0.0372106	106905.
4	pipe-out	0.0372106	105216.
5	volute-in	0.0340261	159996.
5	volute-to-stator	0.0340243	157964.
5	stator-from-volute	0.0340414	157956.
5	stator-to-rotor	0.0340407	154363.
5	rotor-from-stator	0.0340408	154364.
5	rotor-to-pipe	0.0340284	106761.
5	pipe-from-rotor	0.0340268	106756.
5	pipe-out	0.0340266	104838.

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Total Temperature Difference

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Temperature Difference [ K ]
1	0.0594682	-134.957
2	0.0522924	-123.147
3	0.0446700	-108.236
4	0.0372095	-89.9291
5	0.0340261	-81.0020

Total Temperature per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Total Temperature [ K ]
1	volute-in	0.0594682	973.647
1	volute-to-stator	0.0594681	973.655
1	stator-from-volute	0.0595002	973.655
1	stator-to-rotor	0.0594998	973.699
1	rotor-from-stator	0.0594997	973.825
1	rotor-to-pipe	0.0594995	838.936
1	pipe-from-rotor	0.0594965	838.927
1	pipe-out	0.0594967	838.689
2	volute-in	0.0522924	973.612
2	volute-to-stator	0.0522946	973.616
2	stator-from-volute	0.0523224	973.617
2	stator-to-rotor	0.0523229	973.646
2	rotor-from-stator	0.0523228	973.733
2	rotor-to-pipe	0.0523216	850.790
2	pipe-from-rotor	0.0523193	850.782
2	pipe-out	0.0523194	850.464
3	volute-in	0.0446700	973.563
3	volute-to-stator	0.0446672	973.558
3	stator-from-volute	0.0446904	973.558
3	stator-to-rotor	0.0446894	973.587
3	rotor-from-stator	0.0446893	973.636
3	rotor-to-pipe	0.0446730	865.753
3	pipe-from-rotor	0.0446713	865.745
3	pipe-out	0.0446712	865.327
4	volute-in	0.0372095	973.501
4	volute-to-stator	0.0372071	973.498
4	stator-from-volute	0.0372259	973.499
4	stator-to-rotor	0.0372251	973.520
4	rotor-from-stator	0.0372252	973.537
4	rotor-to-pipe	0.0372118	884.105
4	pipe-from-rotor	0.0372106	884.089
4	pipe-out	0.0372106	883.572
5	volute-in	0.0340261	973.469
5	volute-to-stator	0.0340243	973.462
5	stator-from-volute	0.0340414	973.462
5	stator-to-rotor	0.0340407	973.481
5	rotor-from-stator	0.0340408	973.487
5	rotor-to-pipe	0.0340284	893.019
5	pipe-from-rotor	0.0340268	893.000
5	pipe-out	0.0340266	892.467

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Velocity Magnitude per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Velocity Magnitude [ m/s ]
1	volute-in	0.0594682	93.2465
1	volute-to-stator	0.0594681	216.034
1	stator-from-volute	0.0595002	216.071
1	stator-to-rotor	0.0594998	384.061
1	rotor-from-stator	0.0594997	384.445
1	rotor-to-pipe	0.0594995	223.788
1	pipe-from-rotor	0.0594965	223.754
1	pipe-out	0.0594967	194.812
2	volute-in	0.0522924	89.9213
2	volute-to-stator	0.0522946	207.759
2	stator-from-volute	0.0523224	207.794
2	stator-to-rotor	0.0523229	362.111
2	rotor-from-stator	0.0523228	362.415
2	rotor-to-pipe	0.0523216	207.563
2	pipe-from-rotor	0.0523193	207.524
2	pipe-out	0.0523194	174.787
3	volute-in	0.0446700	85.0212
3	volute-to-stator	0.0446672	195.575
3	stator-from-volute	0.0446904	195.606
3	stator-to-rotor	0.0446894	332.603
3	rotor-from-stator	0.0446893	332.834
3	rotor-to-pipe	0.0446730	192.579
3	pipe-from-rotor	0.0446713	192.553
3	pipe-out	0.0446712	155.970
4	volute-in	0.0372095	78.3418
4	volute-to-stator	0.0372071	178.995
4	stator-from-volute	0.0372259	179.023
4	stator-to-rotor	0.0372251	296.669
4	rotor-from-stator	0.0372252	296.846
4	rotor-to-pipe	0.0372118	182.000
4	pipe-from-rotor	0.0372106	181.979
4	pipe-out	0.0372106	139.849
5	volute-in	0.0340261	74.7189
5	volute-to-stator	0.0340243	169.852
5	stator-from-volute	0.0340414	169.878
5	stator-to-rotor	0.0340407	278.836
5	rotor-from-stator	0.0340408	278.994
5	rotor-to-pipe	0.0340284	179.353
5	pipe-from-rotor	0.0340268	179.320
5	pipe-out	0.0340266	133.430

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Circumferential and Meridional Angle

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Circumferential Angle [ deg ]	Meridional Angle [ deg ]
1	volute-in	0.0594682	-62.0836	-90.0000
1	volute-to-stator	0.0594681	-18.9376	-103.760
1	stator-from-volute	0.0595002	-18.9562	-103.748
1	stator-to-rotor	0.0594998	-17.1024	-77.8277
1	rotor-from-stator	0.0594997	-102.230*	-77.9945*
1	rotor-to-pipe	0.0594995	128.769*	-11.0098*
1	pipe-from-rotor	0.0594965	84.5028	-11.0951
1	pipe-out	0.0594967	84.8703	0.692085
2	volute-in	0.0522924	-62.0836	-90.0000
2	volute-to-stator	0.0522946	-18.8926	-103.768
2	stator-from-volute	0.0523224	-18.9109	-103.755
2	stator-to-rotor	0.0523229	-17.0520	-77.4255
2	rotor-from-stator	0.0523228	-113.459*	-77.5948*
2	rotor-to-pipe	0.0523216	126.577*	-10.6844*
2	pipe-from-rotor	0.0523193	77.3879	-10.8283
2	pipe-out	0.0523194	77.7268	0.762476
3	volute-in	0.0446700	-62.0836	-90.0000
3	volute-to-stator	0.0446672	-18.8375	-103.765
3	stator-from-volute	0.0446904	-18.8553	-103.753
3	stator-to-rotor	0.0446894	-17.0279	-76.7433
3	rotor-from-stator	0.0446893	-127.421*	-76.9153*
3	rotor-to-pipe	0.0446730	123.800*	-10.3650*
3	pipe-from-rotor	0.0446713	68.2252	-10.4284
3	pipe-out	0.0446712	68.3111	0.817307
4	volute-in	0.0372095	-62.0837	-90.0000
4	volute-to-stator	0.0372071	-18.7960	-103.811
4	stator-from-volute	0.0372259	-18.8133	-103.799
4	stator-to-rotor	0.0372251	-17.0843	-75.5331
4	rotor-from-stator	0.0372252	-141.232*	-75.7033*
4	rotor-to-pipe	0.0372118	120.013*	-9.96653*
4	pipe-from-rotor	0.0372106	57.2211	-10.0707
4	pipe-out	0.0372106	58.8214	0.790716
5	volute-in	0.0340261	-62.0838	-90.0000
5	volute-to-stator	0.0340243	-18.8185	-103.794
5	stator-from-volute	0.0340414	-18.8355	-103.782
5	stator-to-rotor	0.0340407	-17.1441	-74.8520
5	rotor-from-stator	0.0340408	-146.732*	-75.0210*
5	rotor-to-pipe	0.0340284	118.273*	-9.83520*
5	pipe-from-rotor	0.0340268	52.0961	-9.87038
5	pipe-out	0.0340266	54.9592	0.708018

(*) Calculated from the relative velocity.

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

PIPE-OUT

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Blade to Blade View

Setup #1

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.1

Setup #2

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.5

Setup #3

Setup #3
Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.9

Meridional Average

Setup #1

Meshes:	3
Field:	p

Setup #2

Meshes:	3
Field:	pTot

Speedline #2

Simulation Stats

Test Case Name	eveningTest
Number of Points [ – ]	5
Machine Type	turbine
Rotation Speed [ RPM ]	150000.
Number of Components [ – ] (topology)	4
Mesh Size [ cells ] (details)	volute : 43257 stator : 131901 rotor : 925946 pipe : 17269 Total : 1118373
Mesh details [ mm ]: Component Property Min Max Avg 1 cellOpenness N/A 3.29542 × 10-16 N/A 1 cellVolume 0.0141148 10.2037 N/A 1 faceArea 0.0128952 4.96132 N/A 1 aspectRatio N/A 5.42450 N/A 1 nonOrthogonality N/A 63.7088 13.1716 1 skewness N/A 4.67345 N/A 1 edgeLength N/A N/A N/A 1 concaveAngle N/A 71.2062 N/A 1 faceFlatness 0.749783 N/A 0.997861 1 cellDeterminant 0.160697 N/A 18.9884 1 faceInterpolationWeight 0.117474 N/A 0.443961 1 faceVolumeRatio 0.0258879 0.714190 N/A 1 Warnings: 2 skew faces 13 faces with low quality or negative volume decomposition tets 368 faces with concave angles 1 warped faces 3070 concave cells 2 cellOpenness N/A 4.24021 × 10-16 N/A 2 cellVolume 6.84657 × 10-4 1.21452 N/A 2 faceArea 0.00103565 1.24433 N/A 2 aspectRatio N/A 9.72515 N/A 2 nonOrthogonality N/A 64.9428 13.4024 2 skewness N/A 6.72330 N/A 2 edgeLength 0 1.15678 N/A 2 concaveAngle N/A 78.4898 N/A 2 faceFlatness 0.303653 N/A 0.999120 2 cellDeterminant 0.0375567 N/A 19.7950 2 faceInterpolationWeight 0.0213932 N/A 0.439954 2 faceVolumeRatio 0.0125067 0.701858 N/A 2 Warnings: 4 skew faces 252 faces with low quality or negative volume decomposition tets 2 points on short edges 1484 faces with concave angles 22 warped faces 8585 concave cells 7 faces with low interpolation weights 3 cellOpenness N/A 4.36486 × 10-16 N/A 3 cellVolume 1.18264 × 10-4 0.149203 N/A 3 faceArea 7.44954 × 10-5 0.293223 N/A 3 aspectRatio N/A 8.85494 N/A 3 nonOrthogonality N/A 64.9968 15.5134 3 skewness N/A 4.40876 N/A 3 edgeLength 0 0.562279 N/A 3 concaveAngle N/A 79.7856 N/A 3 faceFlatness 0.374817 N/A 0.995507 3 cellDeterminant 0.0386297 N/A 26.8877 3 faceInterpolationWeight 0.100964 N/A 0.430053 3 faceVolumeRatio 0.0138714 0.633912 N/A 3 Warnings: 1 skew faces 1023 faces with low quality or negative volume decomposition tets 8 points on short edges 7183 faces with concave angles 19 warped faces 79976 concave cells 4 cellOpenness N/A 3.31713 × 10-16 N/A 4 cellVolume 0.0146643 9.73527 N/A 4 faceArea 0.0694030 6.32922 N/A 4 aspectRatio N/A 5.59756 N/A 4 nonOrthogonality N/A 49.9284 10.2638 4 skewness N/A 1.93170 N/A 4 edgeLength N/A N/A N/A 4 concaveAngle N/A 19.7902 N/A 4 faceFlatness 0.908902 N/A 0.999645 4 cellDeterminant 0.180647 N/A 13.5915 4 faceInterpolationWeight 0.158369 N/A 0.463880 4 faceVolumeRatio 0.0394651 0.820619 N/A 4 Warnings: 9 faces with low quality or negative volume decomposition tets 26 faces with concave angles 554 concave cells
Average y+ at walls [ – ] (details)	25.0038
y+ details: Point Patch Min Max Avg 1 volute_spiral-wall_wall 2.00265 62.1322 25.0038 1 stator_vanedGate-hub_wall 0.759632 53.8040 15.4548 1 stator_vanedGate-blades_wall 0.152420 30.7836 4.57380 1 stator_vanedGate-shroud_wall 0.123245 24.6775 6.79834 1 rotor_rotor-blades_wall 1.58511 × 10-6 8.42462 0.352248 1 rotor_rotor-shroud_wall 1.17049 × 10-6 3.79214 0.473519 1 rotor_rotor-hub_wall 1.89149 × 10-4 6.15470 0.659228 1 pipe_outletPipe-shroud_wall 0.0474032 13.3448 2.19228 2 volute_spiral-wall_wall 1.36322 58.4190 21.3229 2 stator_vanedGate-hub_wall 0.390722 49.6808 13.5192 2 stator_vanedGate-blades_wall 0.0913100 29.0191 3.63873 2 stator_vanedGate-shroud_wall 0.0719224 17.0266 3.12687 2 rotor_rotor-blades_wall 4.56433 × 10-7 7.16841 0.236943 2 rotor_rotor-shroud_wall 1.47989 × 10-6 2.37723 0.244154 2 rotor_rotor-hub_wall 9.64145 × 10-5 5.13942 0.482550 2 pipe_outletPipe-shroud_wall 0.0458864 8.43381 1.41009 3 volute_spiral-wall_wall 0.372380 51.6818 14.5350 3 stator_vanedGate-hub_wall 0.170849 36.9194 9.33944 3 stator_vanedGate-blades_wall 0.0167467 25.3787 2.37275 3 stator_vanedGate-shroud_wall 0.0249766 9.13479 1.58212 3 rotor_rotor-blades_wall 3.21905 × 10-7 5.44188 0.141259 3 rotor_rotor-shroud_wall 2.38305 × 10-7 1.51024 0.128761 3 rotor_rotor-hub_wall 2.98993 × 10-5 3.59796 0.269399 3 pipe_outletPipe-shroud_wall 0.0289124 5.47611 0.872943 4 volute_spiral-wall_wall 0.0891390 32.3793 6.34643 4 stator_vanedGate-hub_wall 0.0265023 12.1134 1.49672 4 stator_vanedGate-blades_wall 0.00326556 15.0907 1.26464 4 stator_vanedGate-shroud_wall 0.00626395 7.86202 1.03501 4 rotor_rotor-blades_wall 2.25406 × 10-7 1.99782 0.0605571 4 rotor_rotor-shroud_wall 2.37059 × 10-7 0.843697 0.0910777 4 rotor_rotor-hub_wall 1.56992 × 10-5 0.642030 0.0495843 4 pipe_outletPipe-shroud_wall 0.0295127 5.04911 0.767463 5 volute_spiral-wall_wall 0.0631339 19.5410 4.45438 5 stator_vanedGate-hub_wall 0.0178618 4.16329 0.813852 5 stator_vanedGate-blades_wall 0.00198419 12.7803 0.985392 5 stator_vanedGate-shroud_wall 0.00392785 4.99608 0.741737 5 rotor_rotor-blades_wall 1.32238 × 10-7 1.41615 0.0459215 5 rotor_rotor-shroud_wall 1.30581 × 10-7 0.860436 0.0709743 5 rotor_rotor-hub_wall 1.42637 × 10-5 0.346768 0.0276423 5 pipe_outletPipe-shroud_wall 0.0202426 4.54126 0.676230
Wall-clock time [ hh:mm:ss ]	02:56:03
Parallel Processors [ – ]	24
Fluid Name	air
Compressibility	compressible

Efficiency

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Efficiency [ – ]
1	0.0462806	0.665246
2	0.0394463	0.682816
3	0.0314531	0.690072
4	0.0274705	0.677445
5	0.0252632	0.661861

Torque

Point Nr.	Torque [ N.m ]
1	0.305767
2	0.228155
3	0.145403
4	0.108681
5	0.0899751

Axial Force

Point Nr.	Axial Force [ N ]
1	-33.8686
2	-35.5520
3	-37.4960
4	-38.4373
5	-38.9462

Total Pressure Difference

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Pressure Difference [ Pa ]
1	0.0462806	-77633.3
2	0.0394463	-62374.2
3	0.0314531	-45858.3
4	0.0274705	-38348.2
5	0.0252632	-34525.2

Total Pressure Ratio

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Pressure Ratio [ – ]
1	0.0462806	1.72311
2	0.0394463	1.59055
3	0.0314531	1.44036
4	0.0274705	1.36998
5	0.0252632	1.33367

Total Pressure per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Total Pressure [ Pa ]
1	volute-in	0.0462806	184994.
1	volute-to-stator	0.0462788	181665.
1	stator-from-volute	0.0463033	181652.
1	stator-to-rotor	0.0463027	175752.
1	rotor-from-stator	0.0463027	175773.
1	rotor-to-pipe	0.0463008	108322.
1	pipe-from-rotor	0.0462996	108320.
1	pipe-out	0.0462995	107360.
2	volute-in	0.0394463	167995.
2	volute-to-stator	0.0394446	165356.
2	stator-from-volute	0.0394649	165346.
2	stator-to-rotor	0.0394643	160686.
2	rotor-from-stator	0.0394643	160694.
2	rotor-to-pipe	0.0394622	106556.
2	pipe-from-rotor	0.0394611	106555.
2	pipe-out	0.0394610	105621.
3	volute-in	0.0314531	149996.
3	volute-to-stator	0.0314543	148130.
3	stator-from-volute	0.0314701	148123.
3	stator-to-rotor	0.0314705	144785.
3	rotor-from-stator	0.0314705	144784.
3	rotor-to-pipe	0.0314477	105261.
3	pipe-from-rotor	0.0314468	105259.
3	pipe-out	0.0314468	104138.
4	volute-in	0.0274705	141997.
4	volute-to-stator	0.0274727	140521.
4	stator-from-volute	0.0274867	140515.
4	stator-to-rotor	0.0274874	137786.
4	rotor-from-stator	0.0274874	137782.
4	rotor-to-pipe	0.0274714	104992.
4	pipe-from-rotor	0.0274703	104988.
4	pipe-out	0.0274703	103649.
5	volute-in	0.0252632	137998.
5	volute-to-stator	0.0252643	136696.
5	stator-from-volute	0.0252773	136691.
5	stator-to-rotor	0.0252776	134273.
5	rotor-from-stator	0.0252777	134268.
5	rotor-to-pipe	0.0252685	104963.
5	pipe-from-rotor	0.0252674	104959.
5	pipe-out	0.0252674	103472.

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Total Temperature Difference

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Temperature Difference [ K ]
1	0.0462806	-102.659
2	0.0394463	-89.7338
3	0.0314531	-71.5996
4	0.0274705	-60.9184
5	0.0252632	-54.6313

Total Temperature per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Total Temperature [ K ]
1	volute-in	0.0462806	973.594
1	volute-to-stator	0.0462788	973.585
1	stator-from-volute	0.0463033	973.586
1	stator-to-rotor	0.0463027	973.610
1	rotor-from-stator	0.0463027	973.692
1	rotor-to-pipe	0.0463008	871.346
1	pipe-from-rotor	0.0462996	871.337
1	pipe-out	0.0462995	870.935
2	volute-in	0.0394463	973.540
2	volute-to-stator	0.0394446	973.531
2	stator-from-volute	0.0394649	973.532
2	stator-to-rotor	0.0394643	973.551
2	rotor-from-stator	0.0394643	973.586
2	rotor-to-pipe	0.0394622	884.238
2	pipe-from-rotor	0.0394611	884.230
2	pipe-out	0.0394610	883.806
3	volute-in	0.0314531	973.460
3	volute-to-stator	0.0314543	973.451
3	stator-from-volute	0.0314701	973.452
3	stator-to-rotor	0.0314705	973.466
3	rotor-from-stator	0.0314705	973.459
3	rotor-to-pipe	0.0314477	902.374
3	pipe-from-rotor	0.0314468	902.363
3	pipe-out	0.0314468	901.860
4	volute-in	0.0274705	973.413
4	volute-to-stator	0.0274727	973.406
4	stator-from-volute	0.0274867	973.407
4	stator-to-rotor	0.0274874	973.428
4	rotor-from-stator	0.0274874	973.411
4	rotor-to-pipe	0.0274714	913.014
4	pipe-from-rotor	0.0274703	912.998
4	pipe-out	0.0274703	912.495
5	volute-in	0.0252632	973.385
5	volute-to-stator	0.0252643	973.375
5	stator-from-volute	0.0252773	973.376
5	stator-to-rotor	0.0252776	973.389
5	rotor-from-stator	0.0252777	973.366
5	rotor-to-pipe	0.0252685	919.267
5	pipe-from-rotor	0.0252674	919.248
5	pipe-out	0.0252674	918.754

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Velocity Magnitude per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Velocity Magnitude [ m/s ]
1	volute-in	0.0462806	88.1505
1	volute-to-stator	0.0462788	203.281
1	stator-from-volute	0.0463033	203.314
1	stator-to-rotor	0.0463027	350.689
1	rotor-from-stator	0.0463027	351.015
1	rotor-to-pipe	0.0463008	192.885
1	pipe-from-rotor	0.0462996	192.859
1	pipe-out	0.0462995	162.935
2	volute-in	0.0394463	82.6327
2	volute-to-stator	0.0394446	189.398
2	stator-from-volute	0.0394649	189.429
2	stator-to-rotor	0.0394643	318.751
2	rotor-from-stator	0.0394643	318.987
2	rotor-to-pipe	0.0394622	174.108
2	pipe-from-rotor	0.0394611	174.087
2	pipe-out	0.0394610	141.482
3	volute-in	0.0314531	73.6587
3	volute-to-stator	0.0314543	166.984
3	stator-from-volute	0.0314701	167.010
3	stator-to-rotor	0.0314705	273.058
3	rotor-from-stator	0.0314705	273.216
3	rotor-to-pipe	0.0314477	157.014
3	pipe-from-rotor	0.0314468	156.995
3	pipe-out	0.0314468	120.111
4	volute-in	0.0274705	67.8834
4	volute-to-stator	0.0274727	153.409
4	stator-from-volute	0.0274867	153.433
4	stator-to-rotor	0.0274874	246.520
4	rotor-from-stator	0.0274874	246.649
4	rotor-to-pipe	0.0274714	151.834
4	pipe-from-rotor	0.0274703	151.804
4	pipe-out	0.0274703	110.605
5	volute-in	0.0252632	64.1976
5	volute-to-stator	0.0252643	144.166
5	stator-from-volute	0.0252773	144.189
5	stator-to-rotor	0.0252776	230.479
5	rotor-from-stator	0.0252777	230.591
5	rotor-to-pipe	0.0252685	150.276
5	pipe-from-rotor	0.0252674	150.242
5	pipe-out	0.0252674	105.698

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Circumferential and Meridional Angle

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Circumferential Angle [ deg ]	Meridional Angle [ deg ]
1	volute-in	0.0462806	-62.0836	-90.0000
1	volute-to-stator	0.0462788	-18.8787	-103.766
1	stator-from-volute	0.0463033	-18.8968	-103.754
1	stator-to-rotor	0.0463027	-16.9679	-78.2713
1	rotor-from-stator	0.0463027	-84.0981*	-78.4409*
1	rotor-to-pipe	0.0463008	126.115*	-10.9507*
1	pipe-from-rotor	0.0462996	83.4509	-11.0206
1	pipe-out	0.0462995	84.0168	0.793627
2	volute-in	0.0394463	-62.0838	-90.0000
2	volute-to-stator	0.0394446	-18.8484	-103.754
2	stator-from-volute	0.0394649	-18.8661	-103.742
2	stator-to-rotor	0.0394643	-16.9484	-77.6802
2	rotor-from-stator	0.0394643	-102.889*	-77.8545*
2	rotor-to-pipe	0.0394622	123.762*	-10.5164*
2	pipe-from-rotor	0.0394611	74.8678	-10.5965
2	pipe-out	0.0394610	75.2615	0.849848
3	volute-in	0.0314531	-62.0839	-90.0000
3	volute-to-stator	0.0314543	-18.8601	-103.792
3	stator-from-volute	0.0314701	-18.8771	-103.780
3	stator-to-rotor	0.0314705	-16.9842	-76.5063
3	rotor-from-stator	0.0314705	-129.514*	-76.6850*
3	rotor-to-pipe	0.0314477	119.795*	-10.2033*
3	pipe-from-rotor	0.0314468	61.3342	-10.1834
3	pipe-out	0.0314468	61.9218	0.887908
4	volute-in	0.0274705	-62.0839	-90.0000
4	volute-to-stator	0.0274727	-18.8194	-104.061
4	stator-from-volute	0.0274867	-18.8362	-104.050
4	stator-to-rotor	0.0274874	-17.0855	-75.3151
4	rotor-from-stator	0.0274874	-141.541*	-75.4852*
4	rotor-to-pipe	0.0274714	117.180*	-9.86840*
4	pipe-from-rotor	0.0274703	53.1807	-9.85112
4	pipe-out	0.0274703	55.4596	0.793231
5	volute-in	0.0252632	-62.0840	-90.0000
5	volute-to-stator	0.0252643	-18.8895	-104.041
5	stator-from-volute	0.0252773	-18.9061	-104.030
5	stator-to-rotor	0.0252776	-17.1628	-74.6617
5	rotor-from-stator	0.0252777	-147.394*	-74.8337*
5	rotor-to-pipe	0.0252685	115.538*	-9.62650*
5	pipe-from-rotor	0.0252674	48.5443	-9.62303
5	pipe-out	0.0252674	52.1970	0.642764

(*) Calculated from the relative velocity.

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

PIPE-OUT

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Blade to Blade View

Setup #1

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.1

Setup #2

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.5

Setup #3

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.9

Meridional Average

Setup #1

Meshes:	3
Field:	p

Setup #2

Meshes:	3
Field:	pTot

Speedline #3

Simulation Stats

Test Case Name	eveningTest
Number of Points [ – ]	5
Machine Type	turbine
Rotation Speed [ RPM ]	120000.
Number of Components [ – ] (topology)	4
Mesh Size [ cells ] (details)	volute : 43257 stator : 131901 rotor : 925946 pipe : 17269 Total : 1118373
Mesh details [ mm ]: Component Property Min Max Avg 1 cellOpenness N/A 3.29542 × 10-16 N/A 1 cellVolume 0.0141148 10.2037 N/A 1 faceArea 0.0128952 4.96132 N/A 1 aspectRatio N/A 5.42450 N/A 1 nonOrthogonality N/A 63.7088 13.1716 1 skewness N/A 4.67345 N/A 1 edgeLength N/A N/A N/A 1 concaveAngle N/A 71.2062 N/A 1 faceFlatness 0.749783 N/A 0.997861 1 cellDeterminant 0.160697 N/A 18.9884 1 faceInterpolationWeight 0.117474 N/A 0.443961 1 faceVolumeRatio 0.0258879 0.714190 N/A 1 Warnings: 2 skew faces 13 faces with low quality or negative volume decomposition tets 368 faces with concave angles 1 warped faces 3070 concave cells 2 cellOpenness N/A 4.24021 × 10-16 N/A 2 cellVolume 6.84657 × 10-4 1.21452 N/A 2 faceArea 0.00103565 1.24433 N/A 2 aspectRatio N/A 9.72515 N/A 2 nonOrthogonality N/A 64.9428 13.4024 2 skewness N/A 6.72330 N/A 2 edgeLength 0 1.15678 N/A 2 concaveAngle N/A 78.4898 N/A 2 faceFlatness 0.303653 N/A 0.999120 2 cellDeterminant 0.0375567 N/A 19.7950 2 faceInterpolationWeight 0.0213932 N/A 0.439954 2 faceVolumeRatio 0.0125067 0.701858 N/A 2 Warnings: 4 skew faces 252 faces with low quality or negative volume decomposition tets 2 points on short edges 1484 faces with concave angles 22 warped faces 8585 concave cells 7 faces with low interpolation weights 3 cellOpenness N/A 4.36486 × 10-16 N/A 3 cellVolume 1.18264 × 10-4 0.149203 N/A 3 faceArea 7.44954 × 10-5 0.293223 N/A 3 aspectRatio N/A 8.85494 N/A 3 nonOrthogonality N/A 64.9968 15.5134 3 skewness N/A 4.40876 N/A 3 edgeLength 0 0.562279 N/A 3 concaveAngle N/A 79.7856 N/A 3 faceFlatness 0.374817 N/A 0.995507 3 cellDeterminant 0.0386297 N/A 26.8877 3 faceInterpolationWeight 0.100964 N/A 0.430053 3 faceVolumeRatio 0.0138714 0.633912 N/A 3 Warnings: 1 skew faces 1023 faces with low quality or negative volume decomposition tets 8 points on short edges 7183 faces with concave angles 19 warped faces 79976 concave cells 4 cellOpenness N/A 3.31713 × 10-16 N/A 4 cellVolume 0.0146643 9.73527 N/A 4 faceArea 0.0694030 6.32922 N/A 4 aspectRatio N/A 5.59756 N/A 4 nonOrthogonality N/A 49.9284 10.2638 4 skewness N/A 1.93170 N/A 4 edgeLength N/A N/A N/A 4 concaveAngle N/A 19.7902 N/A 4 faceFlatness 0.908902 N/A 0.999645 4 cellDeterminant 0.180647 N/A 13.5915 4 faceInterpolationWeight 0.158369 N/A 0.463880 4 faceVolumeRatio 0.0394651 0.820619 N/A 4 Warnings: 9 faces with low quality or negative volume decomposition tets 26 faces with concave angles 554 concave cells
Average y+ at walls [ – ] (details)	19.7764
y+ details: Point Patch Min Max Avg 1 volute_spiral-wall_wall 1.27332 54.0844 19.7764 1 stator_vanedGate-hub_wall 0.369249 46.8124 12.6178 1 stator_vanedGate-blades_wall 0.0884305 26.8471 3.42007 1 stator_vanedGate-shroud_wall 0.0693092 15.6200 2.95041 1 rotor_rotor-blades_wall 8.46757 × 10-7 6.44660 0.237581 1 rotor_rotor-shroud_wall 1.22922 × 10-6 1.95004 0.201697 1 rotor_rotor-hub_wall 1.10313 × 10-4 4.88356 0.501489 1 pipe_outletPipe-shroud_wall 0.0197784 7.20370 0.854541 2 volute_spiral-wall_wall 0.325538 47.6441 13.3124 2 stator_vanedGate-hub_wall 0.156910 34.3640 8.65903 2 stator_vanedGate-blades_wall 0.0146414 23.3602 2.19784 2 stator_vanedGate-shroud_wall 0.0227405 8.43061 1.46230 2 rotor_rotor-blades_wall 2.68837 × 10-7 4.58919 0.127582 2 rotor_rotor-shroud_wall 1.78226 × 10-7 1.06127 0.116152 2 rotor_rotor-hub_wall 3.80990 × 10-5 3.37817 0.282656 2 pipe_outletPipe-shroud_wall 0.0267457 5.07035 0.839904 3 volute_spiral-wall_wall 0.0533553 17.6677 3.93419 3 stator_vanedGate-hub_wall 0.0154612 3.74718 0.729849 3 stator_vanedGate-blades_wall 0.00160718 11.5932 0.884960 3 stator_vanedGate-shroud_wall 0.00320041 4.54128 0.660099 3 rotor_rotor-blades_wall 1.29781 × 10-7 1.23246 0.0375043 3 rotor_rotor-shroud_wall 6.41350 × 10-8 0.606206 0.0579064 3 rotor_rotor-hub_wall 3.62870 × 10-6 0.339007 0.0251094 3 pipe_outletPipe-shroud_wall 0.0114590 3.66576 0.502763 4 volute_spiral-wall_wall 0.0226876 14.3059 2.84155 4 stator_vanedGate-hub_wall 0.00566660 2.75446 0.476647 4 stator_vanedGate-blades_wall 4.71171 × 10-4 9.08520 0.594048 4 stator_vanedGate-shroud_wall 9.38698 × 10-4 3.47487 0.416369 4 rotor_rotor-blades_wall 4.81777 × 10-8 0.827087 0.0211010 4 rotor_rotor-shroud_wall 9.41720 × 10-8 0.529565 0.0338715 4 rotor_rotor-hub_wall 4.26608 × 10-6 0.201824 0.0135832 4 pipe_outletPipe-shroud_wall 0.00774114 2.97528 0.364689 5 volute_spiral-wall_wall 0.0143653 13.0034 2.38871 5 stator_vanedGate-hub_wall 0.00323751 2.33308 0.377661 5 stator_vanedGate-blades_wall 2.70003 × 10-4 7.74826 0.476462 5 stator_vanedGate-shroud_wall 4.67895 × 10-4 3.00068 0.323422 5 rotor_rotor-blades_wall 3.61769 × 10-8 0.731305 0.0186766 5 rotor_rotor-shroud_wall 5.23112 × 10-8 0.532339 0.0251713 5 rotor_rotor-hub_wall 5.27604 × 10-6 0.211375 0.0104547 5 pipe_outletPipe-shroud_wall 0.00399700 2.46662 0.292538
Wall-clock time [ hh:mm:ss ]	03:15:38
Parallel Processors [ – ]	24
Fluid Name	air
Compressibility	compressible

Efficiency

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Efficiency [ – ]
1	0.0397853	0.624312
2	0.0313252	0.661875
3	0.0246293	0.676639
4	0.0197336	0.655602
5	0.0175645	0.627280

Torque

Point Nr.	Torque [ N.m ]
1	0.253404
2	0.161541
3	0.0986098
4	0.0600961
5	0.0455794

Axial Force

Point Nr.	Axial Force [ N ]
1	-36.0532
2	-37.8201
3	-39.1970
4	-40.1517
5	-40.5516

Total Pressure Difference

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Pressure Difference [ Pa ]
1	0.0397853	-58857.8
2	0.0313252	-41797.8
3	0.0246293	-29888.4
4	0.0197336	-22366.0
5	0.0175645	-19452.2

Total Pressure Ratio

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Pressure Ratio [ – ]
1	0.0397853	1.55455
2	0.0313252	1.40114
3	0.0246293	1.28987
4	0.0197336	1.21792
5	0.0175645	1.18969

Total Pressure per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Total Pressure [ Pa ]
1	volute-in	0.0397853	164995.
1	volute-to-stator	0.0397855	162244.
1	stator-from-volute	0.0398061	162233.
1	stator-to-rotor	0.0398061	157314.
1	rotor-from-stator	0.0398064	157330.
1	rotor-to-pipe	0.0398057	107002.
1	pipe-from-rotor	0.0398058	106999.
1	pipe-out	0.0398057	106137.
2	volute-in	0.0313252	145996.
2	volute-to-stator	0.0313240	144086.
2	stator-from-volute	0.0313399	144078.
2	stator-to-rotor	0.0313396	140635.
2	rotor-from-stator	0.0313396	140636.
2	rotor-to-pipe	0.0313384	104838.
2	pipe-from-rotor	0.0313382	104837.
2	pipe-out	0.0313382	104199.
3	volute-in	0.0246293	132998.
3	volute-to-stator	0.0246282	131702.
3	stator-from-volute	0.0246410	131696.
3	stator-to-rotor	0.0246406	129283.
3	rotor-from-stator	0.0246406	129277.
3	rotor-to-pipe	0.0246344	103835.
3	pipe-from-rotor	0.0246336	103833.
3	pipe-out	0.0246335	103109.
4	volute-in	0.0197336	124998.
4	volute-to-stator	0.0197327	124062.
4	stator-from-volute	0.0197432	124058.
4	stator-to-rotor	0.0197429	122298.
4	rotor-from-stator	0.0197429	122290.
4	rotor-to-pipe	0.0197287	103582.
4	pipe-from-rotor	0.0197280	103579.
4	pipe-out	0.0197280	102632.
5	volute-in	0.0175645	121999.
5	volute-to-stator	0.0175644	121212.
5	stator-from-volute	0.0175739	121209.
5	stator-to-rotor	0.0175738	119716.
5	rotor-from-stator	0.0175739	119708.
5	rotor-to-pipe	0.0175744	103616.
5	pipe-from-rotor	0.0175739	103612.
5	pipe-out	0.0175740	102546.

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Total Temperature Difference

1:spiral-inflow — 4:outletPipe-outflow

Point Nr.	Flow Rate [ kg/s ]	Total Temperature Difference [ K ]
1	0.0397853	-79.3159
2	0.0313252	-64.0735
3	0.0246293	-49.4997
4	0.0197336	-37.3180
5	0.0175645	-31.6051

Total Temperature per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Total Temperature [ K ]
1	volute-in	0.0397853	973.562
1	volute-to-stator	0.0397855	973.551
1	stator-from-volute	0.0398061	973.551
1	stator-to-rotor	0.0398061	973.575
1	rotor-from-stator	0.0398064	973.635
1	rotor-to-pipe	0.0398057	894.616
1	pipe-from-rotor	0.0398058	894.611
1	pipe-out	0.0398057	894.246
2	volute-in	0.0313252	973.475
2	volute-to-stator	0.0313240	973.465
2	stator-from-volute	0.0313399	973.466
2	stator-to-rotor	0.0313396	973.480
2	rotor-from-stator	0.0313396	973.478
2	rotor-to-pipe	0.0313384	909.784
2	pipe-from-rotor	0.0313382	909.779
2	pipe-out	0.0313382	909.401
3	volute-in	0.0246293	973.391
3	volute-to-stator	0.0246282	973.381
3	stator-from-volute	0.0246410	973.381
3	stator-to-rotor	0.0246406	973.396
3	rotor-from-stator	0.0246406	973.367
3	rotor-to-pipe	0.0246344	924.275
3	pipe-from-rotor	0.0246336	924.267
3	pipe-out	0.0246335	923.891
4	volute-in	0.0197336	973.325
4	volute-to-stator	0.0197327	973.317
4	stator-from-volute	0.0197432	973.317
4	stator-to-rotor	0.0197429	973.328
4	rotor-from-stator	0.0197429	973.288
4	rotor-to-pipe	0.0197287	936.398
4	pipe-from-rotor	0.0197280	936.384
4	pipe-out	0.0197280	936.007
5	volute-in	0.0175645	973.295
5	volute-to-stator	0.0175644	973.289
5	stator-from-volute	0.0175739	973.289
5	stator-to-rotor	0.0175738	973.298
5	rotor-from-stator	0.0175739	973.256
5	rotor-to-pipe	0.0175744	942.078
5	pipe-from-rotor	0.0175739	942.060
5	pipe-out	0.0175740	941.690

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Velocity Magnitude per Interfaces

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Velocity Magnitude [ m/s ]
1	volute-in	0.0397853	84.9014
1	volute-to-stator	0.0397855	194.966
1	stator-from-volute	0.0398061	194.998
1	stator-to-rotor	0.0398061	330.959
1	rotor-from-stator	0.0398064	331.282
1	rotor-to-pipe	0.0398057	174.103
1	pipe-from-rotor	0.0398058	174.072
1	pipe-out	0.0398057	147.496
2	volute-in	0.0313252	75.3952
2	volute-to-stator	0.0313240	171.059
2	stator-from-volute	0.0313399	171.086
2	stator-to-rotor	0.0313396	280.892
2	rotor-from-stator	0.0313396	281.088
2	rotor-to-pipe	0.0313384	145.662
2	pipe-from-rotor	0.0313382	145.646
2	pipe-out	0.0313382	117.317
3	volute-in	0.0246293	64.9485
3	volute-to-stator	0.0246282	145.666
3	stator-from-volute	0.0246410	145.689
3	stator-to-rotor	0.0246406	232.955
3	rotor-from-stator	0.0246406	233.078
3	rotor-to-pipe	0.0246344	128.372
3	pipe-from-rotor	0.0246336	128.359
3	pipe-out	0.0246335	96.8620
4	volute-in	0.0197336	55.2861
4	volute-to-stator	0.0197327	121.630
4	stator-from-volute	0.0197432	121.651
4	stator-to-rotor	0.0197429	193.000
4	rotor-from-stator	0.0197429	193.083
4	rotor-to-pipe	0.0197287	121.704
4	pipe-from-rotor	0.0197280	121.669
4	pipe-out	0.0197280	83.9388
5	volute-in	0.0175645	50.3862
5	volute-to-stator	0.0175644	109.651
5	stator-from-volute	0.0175739	109.671
5	stator-to-rotor	0.0175738	173.911
5	rotor-from-stator	0.0175739	173.978
5	rotor-to-pipe	0.0175744	120.897
5	pipe-from-rotor	0.0175739	120.855
5	pipe-out	0.0175740	79.3468

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Circumferential and Meridional Angle

Point Nr.	Interface Name	Flow Rate [ kg/s ]	Circumferential Angle [ deg ]	Meridional Angle [ deg ]
1	volute-in	0.0397853	-62.0838	-90.0000
1	volute-to-stator	0.0397855	-18.8751	-103.750
1	stator-from-volute	0.0398061	-18.8930	-103.737
1	stator-to-rotor	0.0398061	-16.8693	-79.1061
1	rotor-from-stator	0.0398064	-58.7852*	-79.2713*
1	rotor-to-pipe	0.0398057	126.194*	-11.5732*
1	pipe-from-rotor	0.0398058	88.5783	-11.4907
1	pipe-out	0.0398057	89.0173	0.793034
2	volute-in	0.0313252	-62.0839	-90.0000
2	volute-to-stator	0.0313240	-18.8845	-103.791
2	stator-from-volute	0.0313399	-18.9017	-103.779
2	stator-to-rotor	0.0313396	-16.8752	-78.2387
2	rotor-from-stator	0.0313396	-83.6180*	-78.4125*
2	rotor-to-pipe	0.0313384	123.128*	-10.9227*
2	pipe-from-rotor	0.0313382	76.8429	-10.9702
2	pipe-out	0.0313382	77.3702	0.887007
3	volute-in	0.0246293	-62.0840	-90.0000
3	volute-to-stator	0.0246282	-18.9354	-104.037
3	stator-from-volute	0.0246410	-18.9521	-104.025
3	stator-to-rotor	0.0246406	-16.9538	-76.9588
3	rotor-from-stator	0.0246406	-119.500*	-77.1376*
3	rotor-to-pipe	0.0246344	119.414*	-10.3933*
3	pipe-from-rotor	0.0246336	62.9170	-10.4557
3	pipe-out	0.0246335	63.0882	0.943436
4	volute-in	0.0197336	-62.0841	-90.0000
4	volute-to-stator	0.0197327	-19.2273	-103.967
4	stator-from-volute	0.0197432	-19.2436	-103.957
4	stator-to-rotor	0.0197429	-17.1537	-75.2084
4	rotor-from-stator	0.0197429	-143.476*	-75.3966*
4	rotor-to-pipe	0.0197287	114.804*	-9.73409*
4	pipe-from-rotor	0.0197280	49.7494	-9.80930
4	pipe-out	0.0197280	52.7730	0.749505
5	volute-in	0.0175645	-62.0841	-90.0000
5	volute-to-stator	0.0175644	-19.4306	-103.933
5	stator-from-volute	0.0175739	-19.4467	-103.923
5	stator-to-rotor	0.0175738	-17.3305	-74.0444
5	rotor-from-stator	0.0175739	-151.397*	-74.2356*
5	rotor-to-pipe	0.0175744	112.051*	-8.97260*
5	pipe-from-rotor	0.0175739	43.9661	-8.95392
5	pipe-out	0.0175740	48.8804	0.373407

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

volute-in

volute-to-stator

stator-from-volute

stator-to-rotor

rotor-from-stator

rotor-to-pipe

pipe-from-rotor

pipe-out

Blade to Blade View

Setup #1

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.1

Setup #2

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.5

Setup #3

Meshes:	3
Hub patches:	3:rotor-hub
Shroud patches:	3:rotor-shroud
Field:	URel,LIC
Span:	0.9

Meridional Average

Setup #1

Meshes:	3
Field:	p

Setup #2

Meshes:	3
Field:	pTot

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TCFD^® 18.10 license is issued for CFDSUPPORT  Lubos Pirkl as Limited and will be valid until Oct 25, 2019.