FDA-pump-fine-test-Hemolysis-final CFD Simulation Resuls

Simulation Stats

Test Case Name

FDA-pump-fine-test-Hemolysis-final

Number of Points [ – ]

2

Machine Type

pump

Rotation Speed [ RPM ]

2500.00

Number of Components [ – ]

(topology)

3

Mesh Size [ cells ]

(details)

Co1 : 953611

Co2 : 2276217

Co3 : 2304437

Total : 5534265

Mesh details [ mm ]:

Component	Property	Min	Max	Avg
1	cellOpenness	N/A	5.74369 × 10^-16	N/A
1	cellVolume	1.01850 × 10^-5	0.0758484	N/A
1	faceArea	3.13793 × 10^-5	0.287817	N/A
1	aspectRatio	N/A	16.6508	N/A
1	nonOrthogonality	N/A	64.3972	4.68387
1	skewness	N/A	2.73737	N/A
1	edgeLength	N/A	N/A	N/A
1	concaveAngle	N/A	79.3457	N/A
1	faceFlatness	0.731684	N/A	0.999609
1	cellDeterminant	0.0341170	N/A	5.46616
1	faceInterpolationWeight	0.0708220	N/A	0.474213
1	faceVolumeRatio	0.0249853	0.901293	N/A
1	Warnings:	39 faces with low quality or negative volume decomposition tets 409 faces with concave angles 9 warped faces 1286 concave cells
2	cellOpenness	N/A	7.02481 × 10^-16	N/A
2	cellVolume	4.26969 × 10^-7	0.0765091	N/A
2	faceArea	2.46652 × 10^-5	0.322237	N/A
2	aspectRatio	N/A	20.4830	N/A
2	nonOrthogonality	N/A	64.9936	12.2864
2	skewness	N/A	3.99441	N/A
2	edgeLength	N/A	N/A	N/A
2	concaveAngle	N/A	79.8970	N/A
2	faceFlatness	0.452075	N/A	0.998991
2	cellDeterminant	0.00542554	N/A	14.3176
2	faceInterpolationWeight	0.0488648	N/A	0.431855
2	faceVolumeRatio	0.0127724	0.696468	N/A
2	Warnings:	4804 faces with low quality or negative volume decomposition tets 47941 faces with concave angles 334 warped faces 210734 concave cells 4 faces with low interpolation weights
3	cellOpenness	N/A	6.96325 × 10^-16	N/A
3	cellVolume	4.31953 × 10^-7	0.0779793	N/A
3	faceArea	2.64549 × 10^-5	0.278650	N/A
3	aspectRatio	N/A	19.3829	N/A
3	nonOrthogonality	N/A	64.9946	11.7828
3	skewness	N/A	2.91280	N/A
3	edgeLength	N/A	N/A	N/A
3	concaveAngle	N/A	79.9806	N/A
3	faceFlatness	0.601547	N/A	0.998650
3	cellDeterminant	0.00405833	N/A	14.2113
3	faceInterpolationWeight	0.0427983	N/A	0.435045
3	faceVolumeRatio	0.0140274	0.713953	N/A
3	Warnings:	1340 faces with low quality or negative volume decomposition tets 43984 faces with concave angles 2999 warped faces 203716 concave cells 18 faces with low interpolation weights

Simulation score [ – ]

details

Average y+ at walls [ – ]

details

Wall-clock time [ hh:mm:ss ]

00:08:00 (meshing)

09:14:02 (calculation)

Parallel Processors [ – ]

24

Fluid Name

custom

Physical Model

incompressible

Numerical order

second

Turbulence model

kOmegaSST

Head

1:inlet — 3:outlet

Point Nr.	Flow Rate [ l/min ]	Head [ m ]
1	2.50999	2.21091
2	5.94999	0.596742

Efficiency

1:inlet — 3:outlet

Point Nr.	Flow Rate [ l/min ]	Efficiency [ – ]
1	2.50999	0.184418
2	5.94999	0.0847221

Torque

Point Nr.	Torque [ N.m ]
1	0.0194229
2	0.0270695

Axial Force

Point Nr.	Axial Force [ N ]
1	14.8221
2	12.1308

Radial Force

Point Nr.	Radial Force [ N ]
1	0.566929
2	0.793033

Power

Point Nr.	Power [ W ]
1	5.08489
2	7.08676

Total Pressure Difference

1:inlet — 3:outlet

Point Nr.	Flow Rate [ l/min ]	Total Pressure Difference [ torr ]
1	2.50999	168.375
2	5.94999	45.4458

Total Pressure per Interfaces

Point Nr.	Interface Name	Flow Rate [ l/min ]	Total Pressure [ torr ]
1	Co1-in	2.50999	592.407
1	Co1-to-Co2	2.50999	591.124
1	Co2-from-Co1	2.50911	591.124
1	Co2-to-Co3	2.50910	777.726
1	Co3-from-Co2	2.50274	778.026
1	Co3-out	2.50274	760.782
2	Co1-in	5.94999	718.370
2	Co1-to-Co2	5.94999	714.090
2	Co2-from-Co1	5.94814	714.091
2	Co2-to-Co3	5.94814	859.273
2	Co3-from-Co2	5.94032	859.551
2	Co3-out	5.94032	763.812

Velocity Magnitude per Interfaces

Point Nr.	Interface Name	Flow Rate [ l/min ]	Velocity Magnitude [ m/s ]
1	Co1-in	2.50999	0.369828
1	Co1-to-Co2	2.50999	0.448892
1	Co2-from-Co1	2.50911	0.448957
1	Co2-to-Co3	2.50910	4.26369
1	Co3-from-Co2	2.50274	4.27914
1	Co3-out	2.50274	0.434777
2	Co1-in	5.94999	0.876685
2	Co1-to-Co2	5.94999	0.977702
2	Co2-from-Co1	5.94814	0.977675
2	Co2-to-Co3	5.94814	3.86644
2	Co3-from-Co2	5.94032	3.88112
2	Co3-out	5.94032	0.969924

Circumferential and Meridional Angle

Point Nr.	Interface Name	Flow Rate [ l/min ]	Circumferential Angle [ deg ]	Meridional Angle [ deg ]
1	Co1-in	2.50999	0	-90.0000
1	Co1-to-Co2	2.50999	0.895476	90.0290
1	Co2-from-Co1	2.50911	0.895435*	-149.528*
1	Co2-to-Co3	2.50910	0.943044*	7.77213*
1	Co3-from-Co2	2.50274	0.943067	14.5360
1	Co3-out	2.50274	1.37827	96.3158
2	Co1-in	5.94999	0	-90.0000
2	Co1-to-Co2	5.94999	0.377767	90.2133
2	Co2-from-Co1	5.94814	0.377765*	-132.842*
2	Co2-to-Co3	5.94814	0.620515*	16.7537*
2	Co3-from-Co2	5.94032	0.620405	25.1123
2	Co3-out	5.94032	0.805545	96.4153

(*) Calculated from the relative velocity.

Simulation Stats

Test Case Name

FDA-pump-fine-test-Hemolysis-final

Number of Points [ – ]

4

Machine Type

pump

Rotation Speed [ RPM ]

3500.00

Number of Components [ – ]

(topology)

3

Mesh Size [ cells ]

(details)

Co1 : 953611

Co2 : 2276217

Co3 : 2304437

Total : 5534265

Mesh details [ mm ]:

Component	Property	Min	Max	Avg
1	cellOpenness	N/A	5.74369 × 10^-16	N/A
1	cellVolume	1.01850 × 10^-5	0.0758484	N/A
1	faceArea	3.13793 × 10^-5	0.287817	N/A
1	aspectRatio	N/A	16.6508	N/A
1	nonOrthogonality	N/A	64.3972	4.68387
1	skewness	N/A	2.73737	N/A
1	edgeLength	N/A	N/A	N/A
1	concaveAngle	N/A	79.3457	N/A
1	faceFlatness	0.731684	N/A	0.999609
1	cellDeterminant	0.0341170	N/A	5.46616
1	faceInterpolationWeight	0.0708220	N/A	0.474213
1	faceVolumeRatio	0.0249853	0.901293	N/A
1	Warnings:	39 faces with low quality or negative volume decomposition tets 409 faces with concave angles 9 warped faces 1286 concave cells
2	cellOpenness	N/A	7.02481 × 10^-16	N/A
2	cellVolume	4.26969 × 10^-7	0.0765091	N/A
2	faceArea	2.46652 × 10^-5	0.322237	N/A
2	aspectRatio	N/A	20.4830	N/A
2	nonOrthogonality	N/A	64.9936	12.2864
2	skewness	N/A	3.99441	N/A
2	edgeLength	N/A	N/A	N/A
2	concaveAngle	N/A	79.8970	N/A
2	faceFlatness	0.452075	N/A	0.998991
2	cellDeterminant	0.00542554	N/A	14.3176
2	faceInterpolationWeight	0.0488648	N/A	0.431855
2	faceVolumeRatio	0.0127724	0.696468	N/A
2	Warnings:	4804 faces with low quality or negative volume decomposition tets 47941 faces with concave angles 334 warped faces 210734 concave cells 4 faces with low interpolation weights
3	cellOpenness	N/A	6.96325 × 10^-16	N/A
3	cellVolume	4.31953 × 10^-7	0.0779793	N/A
3	faceArea	2.64549 × 10^-5	0.278650	N/A
3	aspectRatio	N/A	19.3829	N/A
3	nonOrthogonality	N/A	64.9946	11.7828
3	skewness	N/A	2.91280	N/A
3	edgeLength	N/A	N/A	N/A
3	concaveAngle	N/A	79.9806	N/A
3	faceFlatness	0.601547	N/A	0.998650
3	cellDeterminant	0.00405833	N/A	14.2113
3	faceInterpolationWeight	0.0427983	N/A	0.435045
3	faceVolumeRatio	0.0140274	0.713953	N/A
3	Warnings:	1340 faces with low quality or negative volume decomposition tets 43984 faces with concave angles 2999 warped faces 203716 concave cells 18 faces with low interpolation weights

Simulation score [ – ]

details

Average y+ at walls [ – ]

details

Wall-clock time [ hh:mm:ss ]

00:08:00 (meshing)

07:26:24 (calculation)

Parallel Processors [ – ]

24

Fluid Name

custom

Physical Model

incompressible

Numerical order

second

Turbulence model

kOmegaSST

Head

1:inlet — 3:outlet

Point Nr.	Flow Rate [ l/min ]	Head [ m ]
1	2.50999	4.41915
2	4.47999	4.48791
3	5.96999	3.81352
4	6.98999	3.30739

Efficiency

1:inlet — 3:outlet

Point Nr.	Flow Rate [ l/min ]	Efficiency [ – ]
1	2.50999	0.161316
2	4.47999	0.241244
3	5.96999	0.242807
4	6.98999	0.229481

Torque

Point Nr.	Torque [ N.m ]
1	0.0316883
2	0.0384449
3	0.0432531
4	0.0464733

Axial Force

Point Nr.	Axial Force [ N ]
1	31.1822
2	28.8060
3	26.8440
4	27.0281

Radial Force

Point Nr.	Radial Force [ N ]
1	0.822983
2	1.29890
3	1.31961
4	1.62973

Power

Point Nr.	Power [ W ]
1	11.6144
2	14.0908
3	15.8531
4	17.0334

Total Pressure Difference

1:inlet — 3:outlet

Point Nr.	Flow Rate [ l/min ]	Total Pressure Difference [ torr ]
1	2.50999	336.548
2	4.47999	341.784
3	5.96999	290.425
4	6.98999	251.880

Total Pressure per Interfaces

Point Nr.	Interface Name	Flow Rate [ l/min ]	Total Pressure [ torr ]
1	Co1-in	2.50999	424.234
1	Co1-to-Co2	2.51000	422.950
1	Co2-from-Co1	2.50905	422.950
1	Co2-to-Co3	2.50903	807.736
1	Co3-from-Co2	2.50054	808.246
1	Co3-out	2.50054	760.782
2	Co1-in	4.47999	420.471
2	Co1-to-Co2	4.47999	417.617
2	Co2-from-Co1	4.47834	417.617
2	Co2-to-Co3	4.47834	778.499
2	Co3-from-Co2	4.47078	778.986
2	Co3-out	4.47078	762.252
3	Co1-in	5.96999	473.435
3	Co1-to-Co2	5.96998	469.149
3	Co2-from-Co1	5.96798	469.150
3	Co2-to-Co3	5.96797	807.699
3	Co3-from-Co2	5.95847	808.186
3	Co3-out	5.95847	763.857
4	Co1-in	6.98999	513.270
4	Co1-to-Co2	6.98999	507.834
4	Co2-from-Co1	6.98783	507.834
4	Co2-to-Co3	6.98783	830.936
4	Co3-from-Co2	6.97847	831.483
4	Co3-out	6.97847	765.148

Velocity Magnitude per Interfaces

Point Nr.	Interface Name	Flow Rate [ l/min ]	Velocity Magnitude [ m/s ]
1	Co1-in	2.50999	0.369828
1	Co1-to-Co2	2.51000	0.449385
1	Co2-from-Co1	2.50905	0.449457
1	Co2-to-Co3	2.50903	6.03231
1	Co3-from-Co2	2.50054	6.05091
1	Co3-out	2.50054	0.434474
2	Co1-in	4.47999	0.660092
2	Co1-to-Co2	4.47999	0.755134
2	Co2-from-Co1	4.47834	0.755174
2	Co2-to-Co3	4.47834	6.02003
2	Co3-from-Co2	4.47078	6.03757
2	Co3-out	4.47078	0.743762
3	Co1-in	5.96999	0.879631
3	Co1-to-Co2	5.96998	0.976588
3	Co2-from-Co1	5.96798	0.976564
3	Co2-to-Co3	5.96797	5.90251
3	Co3-from-Co2	5.95847	5.92004
3	Co3-out	5.95847	0.975375
4	Co1-in	6.98999	1.02992
4	Co1-to-Co2	6.98999	1.13458
4	Co2-from-Co1	6.98783	1.13453
4	Co2-to-Co3	6.98783	5.73590
4	Co3-from-Co2	6.97847	5.75453
4	Co3-out	6.97847	1.12890

Circumferential and Meridional Angle

Point Nr.	Interface Name	Flow Rate [ l/min ]	Circumferential Angle [ deg ]	Meridional Angle [ deg ]
1	Co1-in	2.50999	0	-90.0000
1	Co1-to-Co2	2.51000	0.895456	90.0083
1	Co2-from-Co1	2.50905	0.895411*	-156.128*
1	Co2-to-Co3	2.50903	0.788200*	6.50879*
1	Co3-from-Co2	2.50054	0.788222	11.7158
1	Co3-out	2.50054	1.20793	96.2116
2	Co1-in	4.47999	0	-90.0000
2	Co1-to-Co2	4.47999	0.507132	90.0357
2	Co2-from-Co1	4.47834	0.507116*	-146.621*
2	Co2-to-Co3	4.47834	0.873001*	10.9645*
2	Co3-from-Co2	4.47078	0.872966	17.4719
2	Co3-out	4.47078	1.17675	96.6157
3	Co1-in	5.96999	0	-90.0000
3	Co1-to-Co2	5.96998	0.375645	90.1247
3	Co2-from-Co1	5.96798	0.375642*	-141.089*
3	Co2-to-Co3	5.96797	0.774677*	14.0380*
3	Co3-from-Co2	5.95847	0.774587	21.1874
3	Co3-out	5.95847	1.02181	96.2842
4	Co1-in	6.98999	0	-90.0000
4	Co1-to-Co2	6.98999	0.321463	90.2283
4	Co2-from-Co1	6.98783	0.321463*	-137.563*
4	Co2-to-Co3	6.98783	0.607010*	15.9040*
4	Co3-from-Co2	6.97847	0.606940	23.4230
4	Co3-out	6.97847	0.789506	96.3334

(*) Calculated from the relative velocity.

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

FDA-pump-fine-test-Hemolysis-final

Speedline #1

Simulation Stats

Head

1:inlet — 3:outlet

Efficiency

1:inlet — 3:outlet

Torque

Axial Force

Radial Force

Power

Total Pressure Difference

1:inlet — 3:outlet

Total Pressure per Interfaces

Velocity Magnitude per Interfaces

Circumferential and Meridional Angle

Speedline #2

Simulation Stats

Head

1:inlet — 3:outlet

Efficiency

1:inlet — 3:outlet

Torque

Axial Force

Radial Force

Power

Total Pressure Difference

1:inlet — 3:outlet

Total Pressure per Interfaces

Velocity Magnitude per Interfaces

Circumferential and Meridional Angle

Hi, this is steady-state CFD simulation report of: FDA-pump-fine-test-Hemolysis-final

Speedline #1

Speedline #2

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

FDA-pump-fine-test-Hemolysis-final