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

eveningTest

Created by TCFD® 18.10 on Sun Oct 21 22:35:28 2018

DISCOVER

Simulation Stats

Test Case Name
eveningTest
Number of Points [ – ]
5
Machine Type
turbine
Rotation Speed [ rad/s ]
314.159
Number of Components [ – ]
([popup_anything id="23488"])
2
Mesh Size [ cells ]
([popup_anything id="23493"])
stator : 347424
rotor : 417780
Total : 765204
Average y+ at walls [ – ]
([popup_anything id="23497"])
402.648
Wall-clock time [ hh:mm:ss ]
04:21:25
Parallel Processors [ – ]
6
Fluid Name
air
Compressibility
compressible

Efficiency

1:stator_inlet — 2:rotor_outlet
Point Nr.
Flow Rate [ kg/s ]
Efficiency [ – ]
1
298.708
0.900257
2
322.105
0.914962
3
344.176
0.920727
4
365.199
0.920345
5
377.456
0.919117

Torque

Point Nr.
Torque [ N.m ]
1
33949.6
2
41918.8
3
50061.6
4
58249.1
5
63247.9

Axial Force

Point Nr.
Axial Force [ N ]
1
93392.9
2
105352.
3
117276.
4
128911.
5
135713.

Total Pressure Difference

1:stator_inlet — 2:rotor_outlet
Point Nr.
Flow Rate [ kg/s ]
Total Pressure Difference [ Pa ]
1
298.708
-332813.
2
322.105
-383813.
3
344.176
-433553.
4
365.199
-481685.
5
377.456
-510024.

Total Pressure Ratio

1:stator_inlet — 2:rotor_outlet
Point Nr.
Flow Rate [ kg/s ]
Total Pressure Ratio [ – ]
1
298.708
1.13222
2
322.105
1.15254
3
344.176
1.17229
4
365.199
1.19127
5
377.456
1.20239

Total Pressure per Interfaces
Point Nr.
Interface Name
Flow Rate [ kg/s ]
Total Pressure [ Pa ]
1
stator-in
298.708
2.85000 × 106
1
stator-to-rotor
298.708
2.84340 × 106
1
rotor-from-stator
298.708
2.84296 × 106
1
rotor-out
298.709
2.51718 × 106
2
stator-in
322.105
2.90000 × 106
2
stator-to-rotor
322.105
2.89245 × 106
2
rotor-from-stator
322.105
2.89194 × 106
2
rotor-out
322.106
2.51618 × 106
3
stator-in
344.176
2.95000 × 106
3
stator-to-rotor
344.176
2.94148 × 106
3
rotor-from-stator
344.176
2.94089 × 106
3
rotor-out
344.176
2.51644 × 106
4
stator-in
365.199
2.99999 × 106
4
stator-to-rotor
365.199
2.99054 × 106
4
rotor-from-stator
365.199
2.98986 × 106
4
rotor-out
365.199
2.51831 × 106
5
stator-in
377.456
3.02999 × 106
5
stator-to-rotor
377.456
3.01996 × 106
5
rotor-from-stator
377.456
3.01923 × 106
5
rotor-out
377.456
2.51997 × 106

Total Temperature Difference

1:stator_inlet — 2:rotor_outlet
Point Nr.
Flow Rate [ kg/s ]
Total Temperature Difference [ K ]
1
298.708
-35.2379
2
322.105
-40.4208
3
344.176
-45.1949
4
365.199
-49.5787
5
377.456
-52.0971

Total Temperature per Interfaces
Point Nr.
Interface Name
Flow Rate [ kg/s ]
Total Temperature [ K ]
1
stator-in
298.708
680.505
1
stator-to-rotor
298.708
680.506
1
rotor-from-stator
298.708
680.546
1
rotor-out
298.709
645.268
2
stator-in
322.105
680.568
2
stator-to-rotor
322.105
680.569
2
rotor-from-stator
322.105
680.614
2
rotor-out
322.106
640.147
3
stator-in
344.176
680.627
3
stator-to-rotor
344.176
680.628
3
rotor-from-stator
344.176
680.678
3
rotor-out
344.176
635.432
4
stator-in
365.199
680.683
4
stator-to-rotor
365.199
680.683
4
rotor-from-stator
365.199
680.739
4
rotor-out
365.199
631.104
5
stator-in
377.456
680.716
5
stator-to-rotor
377.456
680.713
5
rotor-from-stator
377.456
680.773
5
rotor-out
377.456
628.619

Velocity Magnitude per Interfaces
Point Nr.
Interface Name
Flow Rate [ kg/s ]
Velocity Magnitude [ m/s ]
1
stator-in
298.708
45.5075
1
stator-to-rotor
298.708
216.548
1
rotor-from-stator
298.708
216.388
1
rotor-out
298.709
61.6492
2
stator-in
322.105
48.2411
2
stator-to-rotor
322.105
230.770
2
rotor-from-stator
322.105
230.599
2
rotor-out
322.106
59.6592
3
stator-in
344.176
50.6880
3
stator-to-rotor
344.176
243.847
3
rotor-from-stator
344.176
243.665
3
rotor-out
344.176
60.0558
4
stator-in
365.199
52.9026
4
stator-to-rotor
365.199
255.941
4
rotor-from-stator
365.199
255.747
4
rotor-out
365.199
63.2750
5
stator-in
377.456
54.1457
5
stator-to-rotor
377.456
262.826
5
rotor-from-stator
377.456
262.626
5
rotor-out
377.456
66.0713

Circumferential and Meridional Angle

Point Nr.
Interface Name
Flow Rate [ kg/s ]
Circumferential Angle [ deg ]
Meridional Angle [ deg ]
1
stator-in
298.708
90.0000
0
1
stator-to-rotor
298.708
12.8771
1.39210
1
rotor-from-stator
298.708
80.7939*
1.46444*
1
rotor-out
298.709
163.100*
0.115146*
2
stator-in
322.105
90.0000
0
2
stator-to-rotor
322.105
12.8812
2.21510
2
rotor-from-stator
322.105
69.5041*
2.28394*
2
rotor-out
322.106
163.238*
0.153008*
3
stator-in
344.176
90.0000
0
3
stator-to-rotor
344.176
12.8843
2.59474
3
rotor-from-stator
344.176
60.6471*
2.66131*
3
rotor-out
344.176
163.351*
0.209528*
4
stator-in
365.199
90.0000
0
4
stator-to-rotor
365.199
12.8895
2.93123
4
rotor-from-stator
365.199
53.8250*
2.99789*
4
rotor-out
365.199
163.208*
0.172866*
5
stator-in
377.456
90.0000
0
5
stator-to-rotor
377.456
12.8925
3.05440
5
rotor-from-stator
377.456
50.5051*
3.12094*
5
rotor-out
377.456
163.094*
0.206420*
(*) Calculated from the relative velocity.

Blade to Blade View

 
Meshes:2
Hub patches:2:rotor_hub
Shroud patches:2:rotor_shroud
Field:pTot
Span:0.1 

 
Meshes:2
Hub patches:2:rotor_hub
Shroud patches:2:rotor_shroud
Field:pTot
Span:0.5 

 
Meshes:2
Hub patches:2:rotor_hub
Shroud patches:2:rotor_shroud
Field:pTot
Span:0.9 

 
Meshes:2
Hub patches:2:rotor_hub
Shroud patches:2:rotor_shroud
Field:URel,LIC
Span:0.1 

 
Meshes:2
Hub patches:2:rotor_hub
Shroud patches:2:rotor_shroud
Field:URel,LIC
Span:0.5 

 
Meshes:2
Hub patches:2:rotor_hub
Shroud patches:2:rotor_shroud
Field:URel,LIC
Span:0.9 

Meridional Average

 
Meshes:2
Field:p

 
Meshes:2
Field:pTot

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