Note
Go to the end to download the full example code
Parametric study workflow#
This example shows how you can use the parametric study workflow to analyze a static mixer.
from pathlib import Path
import ansys.fluent.core as pyfluent
from ansys.fluent.core import examples
from ansys.fluent.parametric import ParametricProject, ParametricStudy
# sphinx_gallery_thumbnail_path = '_static/DP_table.png'
Perform required imports#
Perform the required imports.
Launch Fluent#
Launch Fluent in 3D and double precision.
solver_session = pyfluent.launch_fluent(
precision="double", processor_count=2, mode="solver"
)
Download and read files#
Download the files for this example and read the case for the static mixer.
import_filename = examples.download_file(
"Static_Mixer_main.cas.h5", "pyfluent/static_mixer", return_without_path=False
)
solver_session.tui.file.read_case(import_filename)
Download successful. File path:
/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_main.cas.h5
Fast-loading "/ansys_inc/v241/fluent/fluent24.1.0/addons/afd/lib/hdfio.bin"
Done.
Reading from d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_main.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Warning: reading 4 partition grid onto 2 compute node machine.
Combining every 2 partitions.
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
The following solver settings object method could also be used to execute the above command:
<solver_session>.file.read_case(file_name = "/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_main.cas.h5")
Set iterations#
Set the number of iterations to 100.
solver_session.tui.solve.set.number_of_iterations("100")
The following solver settings object method could also be used to execute the above command:
<solver_session>.solution.run_calculation.iter_count = 100
Create input parameters#
Enable parameter creation in the TUI and then create input parameters for the velocity and temperatures of inlets 1 and 2: Parameter values: Inlet1: velocity (inlet1_vel) 0.5 m/s and temperature (inlet1_temp) at 300 K Inlet2: velocity (inlet2_vel) 0.5 m/s and temperature (inlet2_temp) at 350 K
solver_session.tui.define.parameters.enable_in_TUI("yes")
solver_session.tui.define.boundary_conditions.set.velocity_inlet(
"inlet1", (), "vmag", "yes", "inlet1_vel", 1, "quit"
)
solver_session.tui.define.boundary_conditions.set.velocity_inlet(
"inlet1", (), "temperature", "yes", "inlet1_temp", 300, "quit"
)
solver_session.tui.define.boundary_conditions.set.velocity_inlet(
"inlet2", (), "vmag", "yes", "no", "inlet2_vel", 1, "quit"
)
solver_session.tui.define.boundary_conditions.set.velocity_inlet(
"inlet2", (), "temperature", "yes", "no", "inlet2_temp", 350, "quit"
)
The following solver settings object method could also be used to execute the above command:
<solver_session>.parameters.enable_in_tui = True
The following solver settings object method could also be used to execute the above command:
<solver_session>.setup.named_expressions["inlet1_vel"] = {"output_parameter" : False, "input_parameter" : True, "unit" : "velocity", "parametername" : "inlet1_vel", "parameterid" : "real-1", "description" : "", "definition" : "1 [m/s]", "name" : "inlet1_vel"}
solver.setup.boundary_conditions.velocity_inlet['inlet1'] = {"momentum" : {"velocity" : {"value" : "inlet1_vel"}}}
The following solver settings object method could also be used to execute the above command:
<solver_session>.setup.named_expressions["inlet1_temp"] = {"output_parameter" : False, "input_parameter" : True, "unit" : "temperature", "parametername" : "inlet1_temp", "parameterid" : "real-2", "description" : "", "definition" : "300 [K]", "name" : "inlet1_temp"}
solver.setup.boundary_conditions.velocity_inlet['inlet1'] = {"thermal" : {"t" : {"value" : "inlet1_temp"}}}
The following solver settings object method could also be used to execute the above command:
<solver_session>.setup.named_expressions["inlet2_vel"] = {"output_parameter" : False, "input_parameter" : True, "unit" : "velocity", "parametername" : "inlet2_vel", "parameterid" : "real-3", "description" : "", "definition" : "1 [m/s]", "name" : "inlet2_vel"}
solver.setup.boundary_conditions.velocity_inlet['inlet2'] = {"momentum" : {"velocity" : {"value" : "inlet2_vel"}}}
The following solver settings object method could also be used to execute the above command:
<solver_session>.setup.named_expressions["inlet2_temp"] = {"output_parameter" : False, "input_parameter" : True, "unit" : "temperature", "parametername" : "inlet2_temp", "parameterid" : "real-4", "description" : "", "definition" : "350 [K]", "name" : "inlet2_temp"}
solver.setup.boundary_conditions.velocity_inlet['inlet2'] = {"thermal" : {"t" : {"value" : "inlet2_temp"}}}
Create output parameters#
Create output parameters named outlet-temp-avg and outlet-vel-avg
using report definitions.
solver_session.solution.report_definitions.surface["outlet-temp-avg"] = {}
solver_session.solution.report_definitions.surface["outlet-temp-avg"].report_type = (
"surface-areaavg"
)
solver_session.solution.report_definitions.surface["outlet-temp-avg"].field = (
"temperature"
)
solver_session.solution.report_definitions.surface["outlet-temp-avg"].surface_names = [
"outlet"
]
solver_session.solution.report_definitions.surface["outlet-vel-avg"] = {}
solver_session.solution.report_definitions.surface["outlet-vel-avg"].report_type = (
"surface-areaavg"
)
solver_session.solution.report_definitions.surface["outlet-vel-avg"].field = (
"velocity-magnitude"
)
solver_session.solution.report_definitions.surface["outlet-vel-avg"].surface_names = [
"outlet"
]
solver_session.tui.define.parameters.enable_in_TUI("yes")
solver_session.tui.define.parameters.output_parameters.create(
"report-definition", "outlet-temp-avg"
)
solver_session.tui.define.parameters.output_parameters.create(
"report-definition", "outlet-vel-avg"
)
The following solver settings object method could also be used to execute the above command:
<solver_session>.parameters.output_parameters.report_definitions["parameter-5"] = {}
solver.parameters.output_parameters.report_definitions['parameter-5'] = {"report_definition" : "outlet-temp-avg"}
The following solver settings object method could also be used to execute the above command:
<solver_session>.parameters.output_parameters.report_definitions["parameter-6"] = {}
solver.parameters.output_parameters.report_definitions['parameter-6'] = {"report_definition" : "outlet-vel-avg"}
Enable convergence condition check#
Enable the convergence condition check.
solver_session.tui.solve.monitors.residual.criterion_type("0")
Available options: (absolute none)
The following solver settings object method could also be used to execute the above command:
<solver_session>.solution.monitor.residual.options.criterion_type = "absolute"
Write case#
Write the case with all settings in place.
case_path = str(Path(pyfluent.EXAMPLES_PATH) / "Static_Mixer_Parameters.cas.h5")
solver_session.tui.file.write_case(case_path)
Writing to d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_Parameters.cas.h5" in NODE0 mode and compression level 1 ...
Grouping cells for Laplace smoothing ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
The following solver settings object method could also be used to execute the above command:
<solver_session>.file.write(file_type = "case", file_name = "/home/ansys/.local/share/ansys_fluent_core/examples/Static_Mixer_Parameters.cas.h5")
Initialize parametric study#
Initialize a parametric design point study from a Fluent session.
study_1 = ParametricStudy(solver_session.parametric_studies)
Writing to d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/Static_Mixer_main.cas.h5" in NODE0 mode and compression level 1 ...
Grouping cells for Laplace smoothing ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Registering a case "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/Static_Mixer_main.cas.h5" with simulation "Static_Mixer_main-Solve"...
Access and modify input parameters#
Access and modify the input parameters of the base design point.
input_parameters_update = study_1.design_points["Base DP"].input_parameters
input_parameters_update["inlet1_vel"] = 0.5
study_1.design_points["Base DP"].input_parameters = input_parameters_update
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 1.) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
Update current design point#
Update the current design point.
study_1.update_current_design_point()
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
Writing to d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/BaseCases/Static_Mixer_main.cas.h5" in NODE0 mode and compression level 1 ...
Grouping cells for Laplace smoothing ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Opening input/output transcript to file "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/Base DP/Auto-generated-transcript.trn".
-------------------------------------------------------------------------------
ID Hostname Core O.S. PID Vendor
-------------------------------------------------------------------------------
n0-1 d64f01637b73 2/8 Linux-64 711-712 Intel(R) Xeon(R) Platinum 8171M
host d64f01637b73 Linux-64 466 Intel(R) Xeon(R) Platinum 8171M
MPI Option Selected: intel
Selected system interconnect: shared-memory
-------------------------------------------------------------------------------
Applying input parameter values ...
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
Reversed flow on 11 faces (20.3% area) of pressure-outlet 19.
1 1.0000e+00 0.0000e+00 1.1458e-05 0.0000e+00 2.3461e-04 2.1362e-01 3.4779e+03 0:01:02 99
2 1.0000e+00 3.3218e-02 8.9926e-02 6.6465e-02 2.6646e-04 9.1495e-01 4.8048e-01 0:00:58 98
3 7.7357e-01 1.0759e-02 2.8622e-02 2.1529e-02 2.3543e-04 8.7582e-01 4.6383e-01 0:00:53 97
4 5.8246e-01 5.7588e-03 1.5266e-02 9.7469e-03 2.3574e-04 8.2536e-01 4.3162e-01 0:00:50 96
5 4.2764e-01 3.9986e-03 1.0096e-02 5.9091e-03 2.4402e-04 7.6095e-01 3.7229e-01 0:00:47 95
6 3.1938e-01 3.2283e-03 7.4715e-03 3.8857e-03 2.3978e-04 6.6095e-01 2.8028e-01 0:00:44 94
7 2.5608e-01 2.7466e-03 5.8022e-03 2.7437e-03 2.2222e-04 4.6276e-01 1.7269e-01 0:00:42 93
8 2.2307e-01 2.3640e-03 4.6027e-03 2.0420e-03 1.9467e-04 2.1856e-01 8.6720e-02 0:00:40 92
9 1.9881e-01 2.0189e-03 3.6961e-03 1.6190e-03 1.6696e-04 9.0514e-02 3.7538e-02 0:00:38 91
10 1.7827e-01 1.7246e-03 3.0017e-03 1.3528e-03 1.4149e-04 4.4551e-02 1.5015e-02 0:00:37 90
11 1.5896e-01 1.4798e-03 2.4389e-03 1.0878e-03 1.1821e-04 2.5687e-02 5.8461e-03 0:00:36 89
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
12 1.4127e-01 1.2831e-03 2.0023e-03 9.0516e-04 9.7798e-05 1.5457e-02 2.3237e-03 0:00:35 88
13 1.2511e-01 1.1169e-03 1.6601e-03 7.7041e-04 8.0261e-05 9.8535e-03 9.8965e-04 0:00:34 87
14 1.0999e-01 9.6720e-04 1.3849e-03 6.5875e-04 6.5953e-05 6.4914e-03 4.7227e-04 0:00:33 86
15 9.5791e-02 8.3183e-04 1.1634e-03 5.5876e-04 5.4430e-05 4.5050e-03 2.6055e-04 0:00:33 85
16 8.2848e-02 7.1231e-04 9.8349e-04 4.7569e-04 4.5252e-05 3.2598e-03 1.6494e-04 0:00:32 84
17 7.1217e-02 6.0783e-04 8.3729e-04 4.0462e-04 3.7853e-05 2.4016e-03 1.1600e-04 0:00:32 83
18 6.0863e-02 5.1705e-04 7.1617e-04 3.4198e-04 3.1862e-05 1.7684e-03 8.7237e-05 0:00:31 82
19 5.1713e-02 4.3954e-04 6.1424e-04 2.8855e-04 2.7124e-05 1.2918e-03 6.8242e-05 0:00:31 81
20 4.3933e-02 3.7491e-04 5.2799e-04 2.4330e-04 2.3306e-05 9.3811e-04 5.4389e-05 0:00:31 80
21 3.7374e-02 3.2104e-04 4.5428e-04 2.0524e-04 2.0159e-05 6.8445e-04 4.3929e-05 0:00:30 79
22 3.1820e-02 2.7616e-04 3.9174e-04 1.7316e-04 1.7581e-05 5.0375e-04 3.6138e-05 0:00:29 78
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
23 2.7121e-02 2.3884e-04 3.3786e-04 1.4637e-04 1.5430e-05 3.7549e-04 3.0041e-05 0:00:29 77
24 2.3155e-02 2.0736e-04 2.9160e-04 1.2421e-04 1.3594e-05 2.8596e-04 2.5430e-05 0:00:28 76
25 1.9824e-02 1.8066e-04 2.5204e-04 1.0587e-04 1.2002e-05 2.2241e-04 2.1838e-05 0:00:28 75
26 1.7057e-02 1.5795e-04 2.1813e-04 9.0637e-05 1.0815e-05 1.7683e-04 1.9019e-05 0:00:28 74
27 1.4764e-02 1.3867e-04 1.8948e-04 7.8061e-05 9.5148e-06 1.4283e-04 1.6816e-05 0:00:30 73
28 1.2847e-02 1.2208e-04 1.6534e-04 6.7690e-05 8.3828e-06 1.1626e-04 1.4799e-05 0:00:32 72
29 1.1255e-02 1.0759e-04 1.4491e-04 5.8806e-05 7.3741e-06 9.5692e-05 1.3378e-05 0:00:32 71
30 9.9189e-03 9.5314e-05 1.2802e-04 5.1815e-05 6.4963e-06 7.9401e-05 1.2007e-05 0:00:33 70
31 8.7870e-03 8.4567e-05 1.1375e-04 4.5452e-05 5.7214e-06 6.6560e-05 1.0816e-05 0:00:33 69
32 7.8278e-03 7.5331e-05 1.0159e-04 4.0251e-05 5.0322e-06 5.6358e-05 9.8522e-06 0:00:31 68
33 7.0130e-03 6.7340e-05 9.1204e-05 3.5880e-05 4.4234e-06 4.8250e-05 8.9386e-06 0:00:30 67
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
34 6.3018e-03 6.0333e-05 8.2192e-05 3.1990e-05 3.8805e-06 4.1718e-05 8.1198e-06 0:00:28 66
35 5.6809e-03 5.4181e-05 7.4240e-05 2.8632e-05 3.3972e-06 3.6479e-05 7.4418e-06 0:00:27 65
36 5.1295e-03 4.8816e-05 6.7208e-05 2.5751e-05 2.9746e-06 3.2089e-05 6.7576e-06 0:00:26 64
37 4.6383e-03 4.4002e-05 6.0873e-05 2.3112e-05 2.6025e-06 2.8455e-05 6.1598e-06 0:00:26 63
38 4.2006e-03 3.9762e-05 5.5165e-05 2.0835e-05 2.2776e-06 2.5360e-05 5.6306e-06 0:00:25 62
39 3.8038e-03 3.5986e-05 5.0003e-05 1.8827e-05 1.9940e-06 2.2689e-05 5.1211e-06 0:00:24 61
40 3.4438e-03 3.2596e-05 4.5301e-05 1.7006e-05 1.7462e-06 2.0345e-05 4.6284e-06 0:00:24 60
41 3.1169e-03 2.9533e-05 4.1010e-05 1.5340e-05 1.5288e-06 1.8264e-05 4.1892e-06 0:00:23 59
42 2.8210e-03 2.6772e-05 3.7111e-05 1.3859e-05 1.3391e-06 1.6387e-05 3.7657e-06 0:00:23 58
43 2.5538e-03 2.4254e-05 3.3550e-05 1.2488e-05 1.1728e-06 1.4696e-05 3.3805e-06 0:00:22 57
44 2.3112e-03 2.1962e-05 3.0301e-05 1.1251e-05 1.0276e-06 1.3176e-05 3.0326e-06 0:00:21 56
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
45 2.0901e-03 1.9876e-05 2.7349e-05 1.0126e-05 9.0125e-07 1.1798e-05 2.7117e-06 0:00:21 55
46 1.8897e-03 1.7969e-05 2.4664e-05 9.1110e-06 7.9034e-07 1.0555e-05 2.4357e-06 0:00:21 54
47 1.7074e-03 1.6244e-05 2.2235e-05 8.2007e-06 6.9386e-07 9.4455e-06 2.1800e-06 0:00:20 53
48 1.5417e-03 1.4670e-05 2.0033e-05 7.3777e-06 6.0914e-07 8.4432e-06 1.9586e-06 0:00:20 52
49 1.3915e-03 1.3246e-05 1.8041e-05 6.6362e-06 5.3629e-07 7.5360e-06 1.7471e-06 0:00:21 51
50 1.2559e-03 1.1943e-05 1.6237e-05 5.9694e-06 4.7193e-07 6.7270e-06 1.5757e-06 0:00:27 50
51 1.1326e-03 1.0776e-05 1.4614e-05 5.3652e-06 4.1642e-07 6.0014e-06 1.4138e-06 0:00:26 49
52 1.0208e-03 9.7131e-06 1.3150e-05 4.8225e-06 3.6796e-07 5.3562e-06 1.2719e-06 0:00:25 48
53 9.1979e-04 8.7577e-06 1.1835e-05 4.3366e-06 3.2602e-07 4.7804e-06 1.1415e-06 0:00:23 47
! 53 solution is converged
Connecting To Server
Managing Previous Report Data
Adding Data
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Adding Plots
Adding Images
Report Finished
Writing to d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/Base DP/Static_Mixer_main.cas.h5" in NODE0 mode and compression level 1 ...
Grouping cells for Laplace smoothing ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Writing to d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/Base DP/Static_Mixer_main.dat.h5" in NODE0 mode and compression level 1 ...
Writing results.
Done.
Transcript closed.
Add design point#
Add a design point.
design_point_1 = study_1.add_design_point()
design_point_1_input_parameters = study_1.design_points["DP1"].input_parameters
design_point_1_input_parameters["inlet1_temp"] = 500
design_point_1_input_parameters["inlet1_vel"] = 1
design_point_1_input_parameters["inlet2_vel"] = 1
study_1.design_points["DP1"].input_parameters = design_point_1_input_parameters
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 300.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 500.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
(("inlet1_temp" . 500.) ("inlet1_vel" . 0.5) ("inlet2_temp" . 350.) ("inlet2_vel" . 1.))
Duplicate design point#
Duplicate design point 1 to create design point 2.
design_point_2 = study_1.duplicate_design_point(design_point_1)
Update all design points#
Update all design points for study 1.
study_1.update_all_design_points()
Opening input/output transcript to file "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/DP1/Auto-generated-transcript.trn".
Connecting To Server
Managing Previous Report Data
Adding Data
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Adding Plots
Adding Images
Report Finished
Clearing partially read grid.
Reading from d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/BaseCases/Static_Mixer_main.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
Applying input parameter values ...
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
Reversed flow on 11 faces (20.3% area) of pressure-outlet 19.
1 1.0000e+00 1.1604e-07 1.5594e-05 1.0210e-07 1.1640e-03 2.9445e-01 3.4440e+03 0:01:00 99
2 1.0000e+00 2.9591e-02 8.1884e-02 6.0536e-02 9.3895e-04 9.0403e-01 4.7978e-01 0:00:55 98
3 7.8298e-01 1.0288e-02 2.8317e-02 2.0328e-02 7.6677e-04 8.5985e-01 4.6253e-01 0:00:51 97
4 5.9709e-01 5.5247e-03 1.5297e-02 9.3098e-03 7.8042e-04 8.0504e-01 4.2981e-01 0:00:48 96
5 4.4913e-01 4.0015e-03 1.0483e-02 5.6545e-03 8.0272e-04 7.3505e-01 3.7030e-01 0:00:44 95
6 3.4660e-01 3.3974e-03 7.7213e-03 3.8931e-03 7.5985e-04 6.2465e-01 2.7887e-01 0:00:42 94
7 2.9297e-01 2.9579e-03 5.9262e-03 2.8959e-03 6.7902e-04 4.1622e-01 1.7246e-01 0:00:40 93
8 2.5763e-01 2.5403e-03 4.6438e-03 2.2532e-03 5.8707e-04 1.9014e-01 8.7145e-02 0:00:38 92
9 2.3035e-01 2.1725e-03 3.7317e-03 1.7815e-03 5.0560e-04 8.1768e-02 3.8080e-02 0:00:37 91
10 2.0740e-01 1.8744e-03 3.0879e-03 1.4739e-03 4.3260e-04 4.2399e-02 1.5517e-02 0:00:35 90
11 1.8807e-01 1.6381e-03 2.5944e-03 1.2119e-03 3.6793e-04 2.5299e-02 6.2351e-03 0:00:34 89
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
12 1.7057e-01 1.4395e-03 2.1991e-03 1.0184e-03 3.1203e-04 1.5735e-02 2.6105e-03 0:00:33 88
13 1.5375e-01 1.2682e-03 1.8815e-03 8.7979e-04 2.6542e-04 1.0189e-02 1.2059e-03 0:00:33 87
14 1.3738e-01 1.1153e-03 1.6209e-03 7.6853e-04 2.2549e-04 6.8376e-03 6.3417e-04 0:00:32 86
15 1.2128e-01 9.7849e-04 1.4071e-03 6.7318e-04 1.9153e-04 4.8118e-03 3.8352e-04 0:00:32 85
16 1.0601e-01 8.5970e-04 1.2331e-03 5.8933e-04 1.6348e-04 3.5556e-03 2.6071e-04 0:00:31 84
17 9.2573e-02 7.5636e-04 1.0869e-03 5.1091e-04 1.4029e-04 2.6940e-03 1.9167e-04 0:00:31 83
18 8.0798e-02 6.6614e-04 9.6269e-04 4.4133e-04 1.2104e-04 2.0748e-03 1.4890e-04 0:00:31 82
19 7.0447e-02 5.8989e-04 8.5548e-04 3.7993e-04 1.0522e-04 1.6091e-03 1.1999e-04 0:00:30 81
20 6.1550e-02 5.2585e-04 7.6308e-04 3.2679e-04 9.2135e-05 1.2470e-03 9.9777e-05 0:00:30 80
21 5.4119e-02 4.7084e-04 6.8219e-04 2.8342e-04 8.1760e-05 9.7274e-04 8.4825e-05 0:00:30 79
22 4.8027e-02 4.2320e-04 6.1121e-04 2.4863e-04 7.3545e-05 7.7076e-04 7.4314e-05 0:00:29 78
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
23 4.3038e-02 3.8324e-04 5.4952e-04 2.1994e-04 6.6854e-05 6.2513e-04 6.7121e-05 0:00:29 77
24 3.8910e-02 3.4916e-04 4.9641e-04 1.9596e-04 6.1995e-05 5.2369e-04 6.2089e-05 0:00:29 76
25 3.5435e-02 3.1938e-04 4.5153e-04 1.7618e-04 5.7562e-05 4.5171e-04 5.7949e-05 0:00:28 75
26 3.2512e-02 2.9295e-04 4.1370e-04 1.5931e-04 5.2335e-05 4.0004e-04 5.4531e-05 0:00:28 74
27 3.0033e-02 2.6999e-04 3.8192e-04 1.4473e-04 4.8201e-05 3.6050e-04 5.1571e-05 0:00:27 73
28 2.7862e-02 2.5001e-04 3.5507e-04 1.3213e-04 4.4159e-05 3.2883e-04 4.8955e-05 0:00:27 72
29 2.6002e-02 2.3252e-04 3.3210e-04 1.2128e-04 3.9507e-05 3.0172e-04 4.6534e-05 0:00:33 71
30 2.4347e-02 2.1711e-04 3.1161e-04 1.1201e-04 3.5352e-05 2.7794e-04 4.4130e-05 0:00:31 70
31 2.2882e-02 2.0348e-04 2.9316e-04 1.0416e-04 3.1626e-05 2.5647e-04 4.1911e-05 0:00:29 69
32 2.1554e-02 1.9142e-04 2.7590e-04 9.7475e-05 2.8329e-05 2.3704e-04 3.9681e-05 0:00:28 68
33 2.0273e-02 1.8033e-04 2.5974e-04 9.0696e-05 2.5901e-05 2.1916e-04 3.7492e-05 0:00:27 67
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
34 1.9077e-02 1.7007e-04 2.4440e-04 8.4537e-05 2.3193e-05 2.0246e-04 3.5221e-05 0:00:26 66
35 1.7949e-02 1.6032e-04 2.2970e-04 7.9250e-05 2.1198e-05 1.8681e-04 3.3172e-05 0:00:25 65
36 1.6877e-02 1.5111e-04 2.1544e-04 7.4584e-05 1.8989e-05 1.7207e-04 3.0930e-05 0:00:24 64
37 1.5830e-02 1.4211e-04 2.0185e-04 7.0273e-05 1.7415e-05 1.5827e-04 2.8800e-05 0:00:24 63
38 1.4836e-02 1.3353e-04 1.8869e-04 6.6223e-05 1.5918e-05 1.4539e-04 2.6735e-05 0:00:23 62
39 1.3895e-02 1.2534e-04 1.7610e-04 6.2420e-05 1.4509e-05 1.3338e-04 2.4791e-05 0:00:22 61
40 1.2992e-02 1.1739e-04 1.6407e-04 5.8770e-05 1.3217e-05 1.2219e-04 2.2940e-05 0:00:22 60
41 1.2127e-02 1.0974e-04 1.5264e-04 5.5208e-05 1.2032e-05 1.1176e-04 2.1225e-05 0:00:22 59
42 1.1317e-02 1.0248e-04 1.4178e-04 5.1721e-05 1.0973e-05 1.0220e-04 1.9618e-05 0:00:22 58
43 1.0554e-02 9.5559e-05 1.3156e-04 4.8351e-05 1.0029e-05 9.3401e-05 1.8105e-05 0:00:21 57
44 9.8309e-03 8.9001e-05 1.2196e-04 4.5087e-05 9.1952e-06 8.5387e-05 1.6686e-05 0:00:21 56
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
45 9.1475e-03 8.2785e-05 1.1301e-04 4.1987e-05 8.4495e-06 7.8224e-05 1.5417e-05 0:00:21 55
46 8.5144e-03 7.7017e-05 1.0475e-04 3.9046e-05 7.7767e-06 7.1825e-05 1.4273e-05 0:00:20 54
47 7.9221e-03 7.1659e-05 9.7115e-05 3.6309e-05 7.1710e-06 6.6014e-05 1.3257e-05 0:00:20 53
48 7.3716e-03 6.6690e-05 9.0038e-05 3.3764e-05 6.6476e-06 6.0750e-05 1.2247e-05 0:00:19 52
49 6.8608e-03 6.2054e-05 8.3561e-05 3.1368e-05 6.0689e-06 5.6053e-05 1.1356e-05 0:00:19 51
50 6.3889e-03 5.7774e-05 7.7642e-05 2.9177e-05 5.6631e-06 5.1842e-05 1.0576e-05 0:00:19 50
51 5.9523e-03 5.3811e-05 7.2205e-05 2.7171e-05 5.1958e-06 4.8054e-05 9.8454e-06 0:00:18 49
52 5.5507e-03 5.0132e-05 6.7225e-05 2.5312e-05 4.8678e-06 4.4658e-05 9.1751e-06 0:00:18 48
53 5.1785e-03 4.6729e-05 6.2665e-05 2.3603e-05 4.5590e-06 4.1587e-05 8.5687e-06 0:00:17 47
54 4.8348e-03 4.3590e-05 5.8479e-05 2.2032e-05 4.2610e-06 3.8787e-05 7.9700e-06 0:00:17 46
55 4.5179e-03 4.0656e-05 5.4628e-05 2.0576e-05 3.9783e-06 3.6260e-05 7.4587e-06 0:00:17 45
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
56 4.2241e-03 3.7986e-05 5.1057e-05 1.9228e-05 3.7116e-06 3.3909e-05 6.9767e-06 0:00:16 44
57 3.9516e-03 3.5478e-05 4.7738e-05 1.7982e-05 3.4567e-06 3.1752e-05 6.5540e-06 0:00:16 43
58 3.6975e-03 3.3183e-05 4.4639e-05 1.6830e-05 3.2191e-06 2.9728e-05 6.1312e-06 0:00:16 42
59 3.4596e-03 3.1013e-05 4.1751e-05 1.5740e-05 3.0005e-06 2.7855e-05 5.7083e-06 0:00:15 41
60 3.2380e-03 2.8985e-05 3.9058e-05 1.4724e-05 2.7928e-06 2.6107e-05 5.3390e-06 0:00:15 40
61 3.0300e-03 2.7108e-05 3.6532e-05 1.3784e-05 2.5994e-06 2.4461e-05 4.9958e-06 0:00:14 39
62 2.8362e-03 2.5346e-05 3.4160e-05 1.2905e-05 2.4175e-06 2.2913e-05 4.6817e-06 0:00:14 38
63 2.6543e-03 2.3707e-05 3.1928e-05 1.2085e-05 2.2515e-06 2.1446e-05 4.3520e-06 0:00:14 37
64 2.4833e-03 2.2145e-05 2.9845e-05 1.1308e-05 2.0939e-06 2.0087e-05 4.0917e-06 0:00:13 36
65 2.3223e-03 2.0728e-05 2.7886e-05 1.0591e-05 1.9490e-06 1.8778e-05 3.8140e-06 0:00:13 35
66 2.1707e-03 1.9355e-05 2.6048e-05 9.8991e-06 1.8131e-06 1.7561e-05 3.5560e-06 0:00:13 34
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
67 2.0286e-03 1.8090e-05 2.4327e-05 9.2551e-06 1.6871e-06 1.6409e-05 3.3233e-06 0:00:13 33
68 1.8954e-03 1.6901e-05 2.2714e-05 8.6547e-06 1.5732e-06 1.5318e-05 3.0773e-06 0:00:14 32
69 1.7712e-03 1.5763e-05 2.1207e-05 8.0925e-06 1.4642e-06 1.4319e-05 2.8782e-06 0:00:13 31
70 1.6549e-03 1.4733e-05 1.9792e-05 7.5561e-06 1.3637e-06 1.3360e-05 2.6847e-06 0:00:12 30
71 1.5453e-03 1.3741e-05 1.8466e-05 7.0616e-06 1.2699e-06 1.2470e-05 2.5045e-06 0:00:12 29
72 1.4430e-03 1.2823e-05 1.7226e-05 6.5954e-06 1.1827e-06 1.1633e-05 2.3348e-06 0:00:12 28
73 1.3472e-03 1.1961e-05 1.6067e-05 6.1609e-06 1.1015e-06 1.0850e-05 2.1768e-06 0:00:11 27
74 1.2575e-03 1.1159e-05 1.4984e-05 5.7534e-06 1.0259e-06 1.0118e-05 2.0292e-06 0:00:11 26
75 1.1736e-03 1.0409e-05 1.3972e-05 5.3722e-06 9.5554e-07 9.4330e-06 1.8919e-06 0:00:10 25
76 1.0952e-03 9.7089e-06 1.3028e-05 5.0149e-06 8.8987e-07 8.7938e-06 1.7639e-06 0:00:10 24
77 1.0218e-03 9.0544e-06 1.2147e-05 4.6804e-06 8.2825e-07 8.1995e-06 1.6498e-06 0:00:09 23
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
78 9.5302e-04 8.4484e-06 1.1325e-05 4.3679e-06 7.7135e-07 7.6405e-06 1.5343e-06 0:00:09 22
! 78 solution is converged
Connecting To Server
Managing Previous Report Data
Adding Data
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Adding Plots
Adding Images
Report Finished
Transcript closed.
Opening input/output transcript to file "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/DP2/Auto-generated-transcript.trn".
Clearing partially read grid.
Reading from d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/BaseCases/Static_Mixer_main.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
Applying input parameter values ...
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
Reversed flow on 11 faces (20.3% area) of pressure-outlet 19.
1 1.0000e+00 1.1604e-07 1.5594e-05 1.0210e-07 1.1640e-03 2.9445e-01 3.4440e+03 0:01:04 99
2 1.0000e+00 2.9591e-02 8.1884e-02 6.0536e-02 9.3895e-04 9.0403e-01 4.7978e-01 0:00:59 98
3 7.8298e-01 1.0288e-02 2.8317e-02 2.0328e-02 7.6677e-04 8.5985e-01 4.6253e-01 0:00:55 97
4 5.9709e-01 5.5247e-03 1.5297e-02 9.3098e-03 7.8042e-04 8.0504e-01 4.2981e-01 0:00:50 96
5 4.4913e-01 4.0015e-03 1.0483e-02 5.6545e-03 8.0272e-04 7.3505e-01 3.7030e-01 0:00:47 95
6 3.4660e-01 3.3974e-03 7.7213e-03 3.8931e-03 7.5985e-04 6.2465e-01 2.7887e-01 0:00:44 94
7 2.9297e-01 2.9579e-03 5.9262e-03 2.8959e-03 6.7902e-04 4.1622e-01 1.7246e-01 0:00:42 93
8 2.5763e-01 2.5403e-03 4.6438e-03 2.2532e-03 5.8707e-04 1.9014e-01 8.7145e-02 0:00:41 92
9 2.3035e-01 2.1725e-03 3.7317e-03 1.7815e-03 5.0560e-04 8.1768e-02 3.8080e-02 0:00:39 91
10 2.0740e-01 1.8744e-03 3.0879e-03 1.4739e-03 4.3260e-04 4.2399e-02 1.5517e-02 0:00:38 90
11 1.8807e-01 1.6381e-03 2.5944e-03 1.2119e-03 3.6793e-04 2.5299e-02 6.2351e-03 0:00:37 89
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
12 1.7057e-01 1.4395e-03 2.1991e-03 1.0184e-03 3.1203e-04 1.5735e-02 2.6105e-03 0:00:36 88
13 1.5375e-01 1.2682e-03 1.8815e-03 8.7979e-04 2.6542e-04 1.0189e-02 1.2059e-03 0:00:35 87
14 1.3738e-01 1.1153e-03 1.6209e-03 7.6853e-04 2.2549e-04 6.8376e-03 6.3417e-04 0:00:34 86
15 1.2128e-01 9.7849e-04 1.4071e-03 6.7318e-04 1.9153e-04 4.8118e-03 3.8352e-04 0:00:33 85
16 1.0601e-01 8.5970e-04 1.2331e-03 5.8933e-04 1.6348e-04 3.5556e-03 2.6071e-04 0:00:33 84
17 9.2573e-02 7.5636e-04 1.0869e-03 5.1091e-04 1.4029e-04 2.6940e-03 1.9167e-04 0:00:32 83
18 8.0798e-02 6.6614e-04 9.6269e-04 4.4133e-04 1.2104e-04 2.0748e-03 1.4890e-04 0:00:32 82
19 7.0447e-02 5.8989e-04 8.5548e-04 3.7993e-04 1.0522e-04 1.6091e-03 1.1999e-04 0:00:31 81
20 6.1550e-02 5.2585e-04 7.6308e-04 3.2679e-04 9.2135e-05 1.2470e-03 9.9777e-05 0:00:31 80
21 5.4119e-02 4.7084e-04 6.8219e-04 2.8342e-04 8.1760e-05 9.7274e-04 8.4825e-05 0:00:30 79
22 4.8027e-02 4.2320e-04 6.1121e-04 2.4863e-04 7.3545e-05 7.7076e-04 7.4314e-05 0:00:30 78
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
23 4.3038e-02 3.8324e-04 5.4952e-04 2.1994e-04 6.6854e-05 6.2513e-04 6.7121e-05 0:00:29 77
24 3.8910e-02 3.4916e-04 4.9641e-04 1.9596e-04 6.1995e-05 5.2369e-04 6.2089e-05 0:00:29 76
25 3.5435e-02 3.1938e-04 4.5153e-04 1.7618e-04 5.7562e-05 4.5171e-04 5.7949e-05 0:00:28 75
26 3.2512e-02 2.9295e-04 4.1370e-04 1.5931e-04 5.2335e-05 4.0004e-04 5.4531e-05 0:00:28 74
27 3.0033e-02 2.6999e-04 3.8192e-04 1.4473e-04 4.8201e-05 3.6050e-04 5.1571e-05 0:00:27 73
28 2.7862e-02 2.5001e-04 3.5507e-04 1.3213e-04 4.4159e-05 3.2883e-04 4.8955e-05 0:00:33 72
29 2.6002e-02 2.3252e-04 3.3210e-04 1.2128e-04 3.9507e-05 3.0172e-04 4.6534e-05 0:00:32 71
30 2.4347e-02 2.1711e-04 3.1161e-04 1.1201e-04 3.5352e-05 2.7794e-04 4.4130e-05 0:00:30 70
31 2.2882e-02 2.0348e-04 2.9316e-04 1.0416e-04 3.1626e-05 2.5647e-04 4.1911e-05 0:00:29 69
32 2.1554e-02 1.9142e-04 2.7590e-04 9.7475e-05 2.8329e-05 2.3704e-04 3.9681e-05 0:00:28 68
33 2.0273e-02 1.8033e-04 2.5974e-04 9.0696e-05 2.5901e-05 2.1916e-04 3.7492e-05 0:00:27 67
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
34 1.9077e-02 1.7007e-04 2.4440e-04 8.4537e-05 2.3193e-05 2.0246e-04 3.5221e-05 0:00:26 66
35 1.7949e-02 1.6032e-04 2.2970e-04 7.9250e-05 2.1198e-05 1.8681e-04 3.3172e-05 0:00:25 65
36 1.6877e-02 1.5111e-04 2.1544e-04 7.4584e-05 1.8989e-05 1.7207e-04 3.0930e-05 0:00:25 64
37 1.5830e-02 1.4211e-04 2.0185e-04 7.0273e-05 1.7415e-05 1.5827e-04 2.8800e-05 0:00:24 63
38 1.4836e-02 1.3353e-04 1.8869e-04 6.6223e-05 1.5918e-05 1.4539e-04 2.6735e-05 0:00:24 62
39 1.3895e-02 1.2534e-04 1.7610e-04 6.2420e-05 1.4509e-05 1.3338e-04 2.4791e-05 0:00:23 61
40 1.2992e-02 1.1739e-04 1.6407e-04 5.8770e-05 1.3217e-05 1.2219e-04 2.2940e-05 0:00:23 60
41 1.2127e-02 1.0974e-04 1.5264e-04 5.5208e-05 1.2032e-05 1.1176e-04 2.1225e-05 0:00:23 59
42 1.1317e-02 1.0248e-04 1.4178e-04 5.1721e-05 1.0973e-05 1.0220e-04 1.9618e-05 0:00:22 58
43 1.0554e-02 9.5559e-05 1.3156e-04 4.8351e-05 1.0029e-05 9.3401e-05 1.8105e-05 0:00:22 57
44 9.8309e-03 8.9001e-05 1.2196e-04 4.5087e-05 9.1952e-06 8.5387e-05 1.6686e-05 0:00:21 56
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
45 9.1475e-03 8.2785e-05 1.1301e-04 4.1987e-05 8.4495e-06 7.8224e-05 1.5417e-05 0:00:21 55
46 8.5144e-03 7.7017e-05 1.0475e-04 3.9046e-05 7.7767e-06 7.1825e-05 1.4273e-05 0:00:20 54
47 7.9221e-03 7.1659e-05 9.7115e-05 3.6309e-05 7.1710e-06 6.6014e-05 1.3257e-05 0:00:20 53
48 7.3716e-03 6.6690e-05 9.0038e-05 3.3764e-05 6.6476e-06 6.0750e-05 1.2247e-05 0:00:19 52
49 6.8608e-03 6.2054e-05 8.3561e-05 3.1368e-05 6.0689e-06 5.6053e-05 1.1356e-05 0:00:19 51
50 6.3889e-03 5.7774e-05 7.7642e-05 2.9177e-05 5.6631e-06 5.1842e-05 1.0576e-05 0:00:19 50
51 5.9523e-03 5.3811e-05 7.2205e-05 2.7171e-05 5.1958e-06 4.8054e-05 9.8454e-06 0:00:18 49
52 5.5507e-03 5.0132e-05 6.7225e-05 2.5312e-05 4.8678e-06 4.4658e-05 9.1751e-06 0:00:18 48
53 5.1785e-03 4.6729e-05 6.2665e-05 2.3603e-05 4.5590e-06 4.1587e-05 8.5687e-06 0:00:17 47
54 4.8348e-03 4.3590e-05 5.8479e-05 2.2032e-05 4.2610e-06 3.8787e-05 7.9700e-06 0:00:17 46
55 4.5179e-03 4.0656e-05 5.4628e-05 2.0576e-05 3.9783e-06 3.6260e-05 7.4587e-06 0:00:17 45
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
56 4.2241e-03 3.7986e-05 5.1057e-05 1.9228e-05 3.7116e-06 3.3909e-05 6.9767e-06 0:00:16 44
57 3.9516e-03 3.5478e-05 4.7738e-05 1.7982e-05 3.4567e-06 3.1752e-05 6.5540e-06 0:00:16 43
58 3.6975e-03 3.3183e-05 4.4639e-05 1.6830e-05 3.2191e-06 2.9728e-05 6.1312e-06 0:00:15 42
59 3.4596e-03 3.1013e-05 4.1751e-05 1.5740e-05 3.0005e-06 2.7855e-05 5.7083e-06 0:00:15 41
60 3.2380e-03 2.8985e-05 3.9058e-05 1.4724e-05 2.7928e-06 2.6107e-05 5.3390e-06 0:00:15 40
61 3.0300e-03 2.7108e-05 3.6532e-05 1.3784e-05 2.5994e-06 2.4461e-05 4.9958e-06 0:00:14 39
62 2.8362e-03 2.5346e-05 3.4160e-05 1.2905e-05 2.4175e-06 2.2913e-05 4.6817e-06 0:00:14 38
63 2.6543e-03 2.3707e-05 3.1928e-05 1.2085e-05 2.2515e-06 2.1446e-05 4.3520e-06 0:00:14 37
64 2.4833e-03 2.2145e-05 2.9845e-05 1.1308e-05 2.0939e-06 2.0087e-05 4.0917e-06 0:00:13 36
65 2.3223e-03 2.0728e-05 2.7886e-05 1.0591e-05 1.9490e-06 1.8778e-05 3.8140e-06 0:00:13 35
66 2.1707e-03 1.9355e-05 2.6048e-05 9.8991e-06 1.8131e-06 1.7561e-05 3.5560e-06 0:00:12 34
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
67 2.0286e-03 1.8090e-05 2.4327e-05 9.2551e-06 1.6871e-06 1.6409e-05 3.3233e-06 0:00:12 33
68 1.8954e-03 1.6901e-05 2.2714e-05 8.6547e-06 1.5732e-06 1.5318e-05 3.0773e-06 0:00:12 32
69 1.7712e-03 1.5763e-05 2.1207e-05 8.0925e-06 1.4642e-06 1.4319e-05 2.8782e-06 0:00:12 31
70 1.6549e-03 1.4733e-05 1.9792e-05 7.5561e-06 1.3637e-06 1.3360e-05 2.6847e-06 0:00:11 30
71 1.5453e-03 1.3741e-05 1.8466e-05 7.0616e-06 1.2699e-06 1.2470e-05 2.5045e-06 0:00:11 29
72 1.4430e-03 1.2823e-05 1.7226e-05 6.5954e-06 1.1827e-06 1.1633e-05 2.3348e-06 0:00:10 28
73 1.3472e-03 1.1961e-05 1.6067e-05 6.1609e-06 1.1015e-06 1.0850e-05 2.1768e-06 0:00:10 27
74 1.2575e-03 1.1159e-05 1.4984e-05 5.7534e-06 1.0259e-06 1.0118e-05 2.0292e-06 0:00:10 26
75 1.1736e-03 1.0409e-05 1.3972e-05 5.3722e-06 9.5554e-07 9.4330e-06 1.8919e-06 0:00:09 25
76 1.0952e-03 9.7089e-06 1.3028e-05 5.0149e-06 8.8987e-07 8.7938e-06 1.7639e-06 0:00:09 24
77 1.0218e-03 9.0544e-06 1.2147e-05 4.6804e-06 8.2825e-07 8.1995e-06 1.6498e-06 0:00:09 23
iter continuity x-velocity y-velocity z-velocity energy k omega time/iter
78 9.5302e-04 8.4484e-06 1.1325e-05 4.3679e-06 7.7135e-07 7.6405e-06 1.5343e-06 0:00:08 22
! 78 solution is converged
Connecting To Server
Managing Previous Report Data
Adding Data
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Performance profile written to /tmp/_d64f01637b73_277/run-information.txt
Adding Plots
Adding Images
Report Finished
Transcript closed.
Export design point table#
Export the design point table to a CSV file.
design_point_table = str(
Path(pyfluent.EXAMPLES_PATH) / "design_point_table_study_1.csv"
)
study_1.export_design_table(design_point_table)
Current working directory is "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-Solve/DP2"
Delete design point#
Delete design point 1.
study_1.delete_design_points([design_point_1])
Design point table exported successfully to "/home/ansys/.local/share/ansys_fluent_core/examples/design_point_table_study_1.csv"
The simulation report 'DP1 Report' has been deleted
Create parametric study#
Create another parametric study by duplicating the current one.
study_2 = study_1.duplicate()
Writing to d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-1-Solve/Static_Mixer_main-1.cas.h5" in NODE0 mode and compression level 1 ...
Grouping cells for Laplace smoothing ...
22771 cells, 1 zone ...
119140 faces, 5 zones ...
82247 nodes, 1 zone ...
Done.
Done.
Clearing partially read grid.
Reading from d64f01637b73:"/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-1-Solve/Static_Mixer_main-1.cas.h5" in NODE0 mode ...
Reading mesh ...
22771 cells, 1 cell zone ...
22771 polyhedra cells, zone id: 97
119140 faces, 5 face zones ...
114959 polygonal interior faces, zone id: 96
3873 polygonal wall faces, zone id: 20
104 polygonal pressure-outlet faces, zone id: 19
103 polygonal velocity-inlet faces, zone id: 18
101 polygonal velocity-inlet faces, zone id: 17
82247 nodes, 1 node zone ...
Done.
Building...
mesh
distributing mesh
parts..,
faces..,
nodes..,
cells..,
bandwidth reduction using Reverse Cuthill-McKee: 11383/862 = 13.2053
materials,
interface,
domains,
mixture
zones,
interior--fluid
wall
outlet
inlet2
inlet1
fluid
parallel,
Done.
Rename new parametric study#
Rename the newly created parametric study.
study_2.rename("New Study")
Studies available [to rename]: ("Static_Mixer_main-1-Solve" "Static_Mixer_main-Solve")
(syncdir "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-1-Solve/Base DP")Cannot change directory to /home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-1-Solve/Base DPCannot change directory to /home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb/Static_Mixer_main-1-Solve/Base DP()
Delete old parametric study#
Delete the old parametric study.
study_1.delete()
Studies available [to delete]: ("Static_Mixer_main-Solve")
Deleted the Simulation : "Static_Mixer_main-Solve"
Save parametric project and close Fluent#
Save the parametric project and close Fluent.
project_filepath = str(Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study.flprj")
solver_session.tui.file.parametric_project.save_as(project_filepath)
solver_session.exit()
Current working directory is "/home/ansys/.local/share/ansys_fluent_core/examples/project-vs3shpsz.cffdb"
Project saved successfully at "/home/ansys/.local/share/ansys_fluent_core/examples/static_mixer_study.flprj"
Launch Fluent and read saved project#
Launch Fluent once again and read the previously saved project.
solver_session = pyfluent.launch_fluent(
precision="double", processor_count=2, mode="solver"
)
project_filepath_read = str(Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study.flprj")
proj = ParametricProject(
solver_session.file.parametric_project,
solver_session.parametric_studies,
project_filepath_read,
)
Save current project#
Save the current project.
proj.save()
Save current project as a different project#
Save the current project as a different project.
project_filepath_save_as = str(
Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study_save_as.flprj"
)
proj.save_as(project_filepath=project_filepath_save_as)
Export current project#
Export the current project.
project_filepath_export = str(
Path(pyfluent.EXAMPLES_PATH) / "static_mixer_study_export.flprj"
)
proj.export(project_filepath=project_filepath_export)
Archive current project#
Archive the current project.
proj.archive()
Close Fluent#
Close Fluent.
solver_session.exit()
Total running time of the script: (7 minutes 12.107 seconds)