.. DO NOT EDIT.
.. THIS FILE WAS AUTOMATICALLY GENERATED BY SPHINX-GALLERY.
.. TO MAKE CHANGES, EDIT THE SOURCE PYTHON FILE:
.. "examples/fluent-mechanical/wf_fm_01_fluent.py"
.. LINE NUMBERS ARE GIVEN BELOW.

.. only:: html

    .. note::
        :class: sphx-glr-download-link-note

        :ref:`Go to the end <sphx_glr_download_examples_fluent-mechanical_wf_fm_01_fluent.py>`
        to download the full example code.

.. rst-class:: sphx-glr-example-title

.. _sphx_glr_examples_fluent-mechanical_wf_fm_01_fluent.py:


.. _ref_fluent_mechanical_01-fluent:

Conjugate Heat Transfer Workflow for Exhaust Manifold
#####################################################

This workflow demonstrates the typical solver setup involved in performing a CFD
simulation for the conjugate heat transfer (CHT) analysis of an exhaust manifold.
A conjugate heat transfer analysis is a type of simulation that involves the
simultaneous solution of heat transfer in both solid and fluid domains. In this
case, the exhaust manifold is a solid domain, and the fluid domain is the gas
flowing through the manifold. The heat transfer between the solid and fluid domains
is modeled using the heat transfer coefficient (HTC) at the interface between the two
domains.
This workflow provides a step-by-step guide to set up a CHT analysis for an exhaust
manifold using Ansys Fluent PyFluent APIs. The workflow includes usage of APIs to
setup the physics, material properties, boundary conditions, solver settings, and
exporting the results to a CSV file for further use in a Thermo-Mechanical Analysis.

Problem Description
-------------------

The geometry is an exhaust manifold with a fluid domain (gas) and a solid domain(metal)
meshed with a conformal Polyhedral mesh.The hot gas flows through the manifold,
and the heat is transferred to the solid domain. The objective is to calculate the
heat transfer coefficient (HTC) at the interface between the fluid and solid domains,
the temperature distribution in the solid domain, and export the results to a CSV
file for further use in a Thermo-Mechanical Analysis.

The workflow includes the following steps:
- Launch Fluent
- Load the mesh file
- Define the material properties
- Define the boundary conditions
- Define the solver settings
- Initialize the solution
- Run the solver
- Export the results to CSV file
- Close Fluent

This workflow will generate the following files as output:
- exhaust_manifold_results_HIGH_TEMP.cas.h5
- exhaust_manifold_results_MEDIUM_TEMP.cas.h5
- exhaust_manifold_results_LOW_TEMP.cas.h5
- exhaust_manifold_results_HIGH_TEMP.dat.h5
- exhaust_manifold_results_MEDIUM_TEMP.dat.h5
- exhaust_manifold_results_LOW_TEMP.dat.h5
- htc_temp_mapping_HIGH_TEMP.csv
- htc_temp_mapping_MEDIUM_TEMP.csv
- htc_temp_mapping_LOW_TEMP.csv
- Fluent transcript file (fluent-YYYYMMDD-HHMMSS-<processID>.trn)

.. GENERATED FROM PYTHON SOURCE LINES 76-108

.. code-block:: Python



    # Perform required imports
    # ------------------------
    # Perform required imports, which includes downloading the mesh file from the
    # examples.

    import os
    from pathlib import PurePosixPath

    import ansys.fluent.core as pyfluent
    from ansys.fluent.core import examples
    from matplotlib import image as mpimg
    from matplotlib import pyplot as plt


    # Set to True to display the graphics
    GRAPHICS_BOOL = False

    # Output directory
    WORKING_DIR = os.path.join(os.path.dirname(__file__), "outputs")
    os.makedirs(WORKING_DIR, exist_ok=True)



    import_mesh_file = examples.download_file(
        file_name="exhaust_manifold_conf.msh.h5",
        directory="pyansys-workflow/exhaust-manifold/pyfluent",
        save_path=WORKING_DIR,
    )
    print(import_mesh_file)





.. rst-class:: sphx-glr-script-out

 .. code-block:: none

    /opt/hostedtoolcache/Python/3.12.9/x64/lib/python3.12/site-packages/ansys/fluent/core/examples/downloads.py:77: PyFluentUserWarning: 
    File already exists. File path:
    /home/runner/work/pyansys-workflows/pyansys-workflows/fluent-mechanical/outputs/exhaust_manifold_conf.msh.h5

      warnings.warn(
    /home/runner/work/pyansys-workflows/pyansys-workflows/fluent-mechanical/outputs/exhaust_manifold_conf.msh.h5




.. GENERATED FROM PYTHON SOURCE LINES 121-126

Launch Fluent
-------------
Launch Fluent as a service in solver mode with double precision running on
four processors and print Fluent version.


.. GENERATED FROM PYTHON SOURCE LINES 126-163

.. code-block:: Python

    if os.getenv("PYANSYS_WORKFLOWS_CI") == "true":
        print("Configuring Fluent for CI")
        container_dict = {
            "mount_source": WORKING_DIR,
            "timeout": 300,
        }
        solver = pyfluent.launch_fluent(
            precision="double",
            processor_count=4,
            mode="solver",
            container_dict=container_dict,
        )

        FLUENT_WORKING_DIR = "/mnt/pyfluent"

        import_mesh_file = PurePosixPath(FLUENT_WORKING_DIR) / "exhaust_manifold_conf.msh.h5"
        print(f"\nImport mesh path for container: {import_mesh_file}\n")
    else:
        solver = pyfluent.launch_fluent(
            precision="double",
            processor_count=4,
            mode="solver",
            cwd=WORKING_DIR,
        )
    print(solver.get_fluent_version())
    print(f"Working directory: {WORKING_DIR}")


    def display_image(work_dir, image_name):
        plt.figure(figsize=(16, 9))
        plt.imshow(mpimg.imread(os.path.join(work_dir, image_name)))
        plt.xticks([])
        plt.yticks([])
        plt.axis("off")
        plt.show()






.. rst-class:: sphx-glr-script-out

 .. code-block:: none

    Configuring Fluent for CI
    pyfluent.launcher WARNING: Starting Fluent container mounted to /home/runner/work/pyansys-workflows/pyansys-workflows/fluent-mechanical/outputs, with this path available as /mnt/pyfluent for the Fluent session running inside the container.

    Import mesh path for container: /mnt/pyfluent/exhaust_manifold_conf.msh.h5

    Fluent version 2024 R2
    Working directory: /home/runner/work/pyansys-workflows/pyansys-workflows/fluent-mechanical/outputs




.. GENERATED FROM PYTHON SOURCE LINES 164-168

Read the mesh file
------------------
Read the mesh file into the Fluent solver and check the mesh information.


.. GENERATED FROM PYTHON SOURCE LINES 168-172

.. code-block:: Python


    solver.settings.file.read_mesh(file_name=import_mesh_file)
    solver.mesh.check()





.. rst-class:: sphx-glr-script-out

 .. code-block:: none

    Fast-loading "/ansys_inc/v242/fluent/fluent24.2.0/addons/afd/lib/hdfio.bin"
    Done.

    Reading from 585d62191d42:"/mnt/pyfluent/exhaust_manifold_conf.msh.h5" in NODE0 mode ...
      Reading mesh ...
          231020 cells,     2 cell zones ...
             162106 polyhedra cells,  zone id: 2199
              68914 polyhedra cells,  zone id: 2202
         1435346 faces,    10 face zones ...
             334717 polygonal interior faces,  zone id: 2201
            1037400 polygonal interior faces,  zone id: 2198
               8783 polygonal wall faces,  zone id: 441
               4519 polygonal wall faces,  zone id: 41
               1342 polygonal wall faces,  zone id: 40
              47317 polygonal wall faces,  zone id: 38
                330 polygonal pressure-outlet faces,  zone id: 46
                315 polygonal mass-flow-inlet faces,  zone id: 45
                312 polygonal mass-flow-inlet faces,  zone id: 44
                311 polygonal mass-flow-inlet faces,  zone id: 43
         1227270 nodes,    20 node zones ...

    Building...
         mesh
            distributing mesh
                    parts....,
                    faces....,
                    nodes....,
                    cells....,
            bandwidth reduction using Reverse Cuthill-McKee: 45512/3134 = 14.522
      Reading boundary layer flags ...
      Done.

         materials,
         interface,
         domains,
         zones,
            interface_solid-shadow
            Skipping thread 27 of domain 1 (not referenced by grid).
            Skipping thread 28 of domain 1 (not referenced by grid).
            Skipping thread 29 of domain 1 (not referenced by grid).
            Skipping thread 30 of domain 1 (not referenced by grid).
            Skipping thread 31 of domain 1 (not referenced by grid).
            Skipping thread 32 of domain 1 (not referenced by grid).
            Skipping thread 33 of domain 1 (not referenced by grid).
            Skipping thread 34 of domain 1 (not referenced by grid).
            Skipping thread 35 of domain 1 (not referenced by grid).
            Skipping thread 36 of domain 1 (not referenced by grid).
            Skipping thread 37 of domain 1 (not referenced by grid).
            Skipping thread 22 of domain 1 (not referenced by grid).
            Skipping thread 23 of domain 1 (not referenced by grid).
            Skipping thread 24 of domain 1 (not referenced by grid).
            Skipping thread 25 of domain 1 (not referenced by grid).
            Skipping thread 60 of domain 1 (not referenced by grid).
            Skipping thread 62 of domain 1 (not referenced by grid).
            Skipping thread 64 of domain 1 (not referenced by grid).
            Skipping thread 66 of domain 1 (not referenced by grid).
            Skipping thread 68 of domain 1 (not referenced by grid).
            Skipping thread 561 of domain 1 (not referenced by grid).
            Skipping thread 563 of domain 1 (not referenced by grid).
            Skipping thread 565 of domain 1 (not referenced by grid).
            Skipping thread 567 of domain 1 (not referenced by grid).
            Skipping thread 569 of domain 1 (not referenced by grid).
            Skipping thread 570 of domain 1 (not referenced by grid).
            Skipping thread 572 of domain 1 (not referenced by grid).
            Skipping thread 574 of domain 1 (not referenced by grid).
            Skipping thread 575 of domain 1 (not referenced by grid).
            Skipping thread 577 of domain 1 (not referenced by grid).
            interior--fluid
            interior--solid
            interface_solid
            wall_outlet_bolts
            wall_flange_bolts
            solid:1
            pressure_outlet
            massflow_inlet3
            massflow_inlet2
            massflow_inlet1
            fluid
            solid
         parallel,
    Done.

     Domain Extents:
       x-coordinate: min (m) = -3.627150e-01, max (m) = 1.345894e-02
       y-coordinate: min (m) = -1.250188e-01, max (m) = 9.445568e-08
       z-coordinate: min (m) = -1.017994e-01, max (m) = 1.340498e-02
     Volume statistics:
       minimum volume (m3): 6.562917e-13
       maximum volume (m3): 2.782639e-07
         total volume (m3): 1.510818e-03
     Face area statistics:
       minimum face area (m2): 3.325352e-15
       maximum face area (m2): 5.931152e-05
     Checking mesh......................................
    Done.




.. GENERATED FROM PYTHON SOURCE LINES 173-177

Define the Physics
------------------
Define the physics of the problem by setting energy and turbulence models.


.. GENERATED FROM PYTHON SOURCE LINES 177-184

.. code-block:: Python


    solver.settings.setup.models.energy.enabled = True
    solver.settings.setup.models.viscous.model.allowed_values()
    solver.settings.setup.models.viscous.model = "k-epsilon"
    solver.settings.setup.models.viscous.k_epsilon_model = "realizable"
    solver.settings.setup.models.viscous.near_wall_treatment.wall_treatment = "enhanced-wall-treatment"





.. rst-class:: sphx-glr-script-out

 .. code-block:: none

 
    Adjusting the following setting:
    Changing Discretization Scheme for Turbulent Kinetic Energy:   from: Second Order Upwind   to: First Order Upwind




.. GENERATED FROM PYTHON SOURCE LINES 185-189

Define the Material Properties
-------------------------------
Define the material properties of the fluid, solid and assign the
material to the appropriate cell zones.

.. GENERATED FROM PYTHON SOURCE LINES 189-220

.. code-block:: Python


    # Fluid Material Properties
    fluid_mat = solver.settings.setup.materials.fluid["air"]
    fluid_mat.rename("fluid-material")
    fluid_mat = solver.settings.setup.materials.fluid["fluid-material"]
    fluid_mat.density.option = "ideal-gas"
    fluid_mat.viscosity.value = 4.25e-05
    fluid_mat.specific_heat.value = 1148
    fluid_mat.thermal_conductivity.value = 0.0686

    # Solid Material Properties
    solid_mat = solver.settings.setup.materials.solid["aluminum"]
    solid_mat.rename("solid-material")
    solid_mat = solver.settings.setup.materials.solid["solid-material"]
    solid_mat.density.value = 8030
    solid_mat.specific_heat.value = 502.4
    solid_mat.thermal_conductivity.value = 60.5

    # Assign Material to Cell Zones
    if solver.get_fluent_version() < pyfluent.FluentVersion.v242:
        solver.settings.setup.cell_zone_conditions.fluid["fluid"].material = "fluid-material"
        solver.settings.setup.materials.print_state()
        solver.settings.setup.cell_zone_conditions.solid["solid"].material = "solid-material"
    else:
        solver.settings.setup.cell_zone_conditions.fluid["*fluid*"].general.material = "fluid-material"
        solver.settings.setup.materials.print_state()
        solver.settings.setup.cell_zone_conditions.solid["*solid*"].general.material = "solid-material"

    # Print the material properties for verification
    solver.settings.setup.materials.print_state()





.. rst-class:: sphx-glr-script-out

 .. code-block:: none


    database : 
      database_type : fluent-database
    fluid : 
      fluid-material : 
        name : fluid-material
        chemical_formula : 
        density : 
          option : ideal-gas
        viscosity : 
          option : constant
          value : 4.25e-05
        specific_heat : 
          option : constant
          value : 1148
        thermal_conductivity : 
          option : constant
          value : 0.0686
        molecular_weight : 
          option : constant
          value : 28.966
    solid : 
      solid-material : 
        name : solid-material
        chemical_formula : al
        density : 
          option : constant
          value : 8030
        specific_heat : 
          option : constant
          value : 502.4
        thermal_conductivity : 
          option : constant
          value : 60.5

    database : 
      database_type : fluent-database
    fluid : 
      fluid-material : 
        name : fluid-material
        chemical_formula : 
        density : 
          option : ideal-gas
        viscosity : 
          option : constant
          value : 4.25e-05
        specific_heat : 
          option : constant
          value : 1148
        thermal_conductivity : 
          option : constant
          value : 0.0686
        molecular_weight : 
          option : constant
          value : 28.966
    solid : 
      solid-material : 
        name : solid-material
        chemical_formula : al
        density : 
          option : constant
          value : 8030
        specific_heat : 
          option : constant
          value : 502.4
        thermal_conductivity : 
          option : constant
          value : 60.5




.. GENERATED FROM PYTHON SOURCE LINES 221-225

Define the Named Expressions
----------------------------
Define the named expressions for the boundary conditions.


.. GENERATED FROM PYTHON SOURCE LINES 225-242

.. code-block:: Python


    solver.settings.setup.named_expressions.create("in_temperature")
    solver.settings.setup.named_expressions["in_temperature"].definition = "1023.15 [K]"
    solver.settings.setup.named_expressions["in_temperature"].input_parameter = True
    solver.settings.setup.named_expressions.create("mass_flow_rate")
    solver.settings.setup.named_expressions["mass_flow_rate"].definition = (
        "abs((0.1559 [kg/s] *log(in_temperature/(1 [K^1])))-0.9759 [kg/s])"
    )

    solver.settings.setup.named_expressions.create("pressure_out")
    solver.settings.setup.named_expressions["pressure_out"].definition = (
        "(-0.3383 [Pa]*in_temperature^2/(1 [K^2]))+954.75 [Pa]*in_temperature/(1 [K])-356085 [Pa]"
    )

    solver.settings.setup.named_expressions.create("temperature_out")
    solver.settings.setup.named_expressions["temperature_out"].definition = "in_temperature-23.00 [K]"








.. GENERATED FROM PYTHON SOURCE LINES 243-246

Define the Boundary Conditions
------------------------------
Define the boundary conditions for the problem.

.. GENERATED FROM PYTHON SOURCE LINES 246-296

.. code-block:: Python


    # Convection Boundary Condition

    # Reference temperature for the convection boundary condition
    ref_temp = 200 + 273.15

    if solver.get_fluent_version() < pyfluent.FluentVersion.v242:
        solver.settings.setup.boundary_conditions.wall["solid:1"].thermal.thermal_bc = "Convection"

        solver.settings.setup.boundary_conditions.wall["solid:1"].thermal.h.value = 60

        solver.settings.setup.boundary_conditions.wall["solid:1"].thermal.tinf.value = ref_temp
    else:
        solver.settings.setup.boundary_conditions.wall["solid:1"].thermal.thermal_condition = (
            "Convection"
        )
        solver.settings.setup.boundary_conditions.wall["solid:1"].thermal.heat_transfer_coeff.value = 60

        solver.settings.setup.boundary_conditions.wall["solid:1"].thermal.free_stream_temp.value = (
            ref_temp
        )

    # Inlet Boundary Conditions
    solver.settings.setup.boundary_conditions.mass_flow_inlet.list()

    for inlet_bc in solver.settings.setup.boundary_conditions.mass_flow_inlet.keys():
        solver.settings.setup.boundary_conditions.mass_flow_inlet[
            inlet_bc
        ].momentum.mass_flow_rate.value = "mass_flow_rate"
        solver.settings.setup.boundary_conditions.mass_flow_inlet[
            inlet_bc
        ].thermal.total_temperature.value = "in_temperature"

    # Outlet Boundary Conditions
    solver.settings.setup.boundary_conditions.pressure_outlet.list()
    solver.settings.setup.boundary_conditions.pressure_outlet[
        "pressure_outlet"
    ].momentum.gauge_pressure.value = "pressure_out"


    if solver.get_fluent_version() < pyfluent.FluentVersion.v242:
        solver.settings.setup.boundary_conditions.pressure_outlet[
            "pressure_outlet"
        ].thermal.t0.value = "temperature_out"

    else:
        solver.settings.setup.boundary_conditions.pressure_outlet[
            "pressure_outlet"
        ].thermal.backflow_total_temperature.value = "temperature_out"





.. rst-class:: sphx-glr-script-out

 .. code-block:: none


             massflow_inlet1          massflow_inlet2          massflow_inlet3 





.. GENERATED FROM PYTHON SOURCE LINES 297-300

Define the Solution Methods and Solver Settings
-----------------------------------------------
Define the solution methods and solver settings for the problem.

.. GENERATED FROM PYTHON SOURCE LINES 300-310

.. code-block:: Python


    # Solution Methods & controls
    solver.settings.solution.methods.pseudo_time_method.formulation.coupled_solver = "off"
    solver.settings.solution.controls.p_v_controls.flow_courant_number = 50

    # Solver Settings initialization & set the iteration count
    solver.settings.solution.initialization.hybrid_initialize()
    solver.settings.solution.run_calculation.iter_count = 200






.. rst-class:: sphx-glr-script-out

 .. code-block:: none

             pressure_outlet 
    Initialize using the hybrid initialization method.

    Checking case topology... 
    -This case has both inlets & outlets 
    -Pressure information is not available at the boundaries.
     Case will be initialized with constant pressure

            iter            scalar-0

            1               1.000000e+00
            2               9.811110e-05
            3               1.083635e-05
            4               2.055257e-06
            5               3.322166e-07
            6               6.160584e-08
            7               1.194993e-08
            8               2.600210e-09
            9               5.986052e-10
            10              1.462859e-10

    Hybrid initialization is done.




.. GENERATED FROM PYTHON SOURCE LINES 311-315

Run the Solver & Export the Results to CSV
------------------------------------------
Run the solver to solve the problem and export the results to a CSV file.
Define a tuple with temperature values

.. GENERATED FROM PYTHON SOURCE LINES 315-361

.. code-block:: Python

    temperature_values = (
        ("HIGH_TEMP", 1023.15),
        ("MEDIUM_TEMP", 683.15),
        ("LOW_TEMP", 483.15),
    )

    # Retrieve fluid and solid zones
    fluid_zones = list(solver.settings.setup.cell_zone_conditions.fluid.keys())
    solid_zones = list(solver.settings.setup.cell_zone_conditions.solid.keys())
    cell_zone_names = fluid_zones + solid_zones

    # Iterate over the temperature values tuple
    for temp_name, temp_value in temperature_values:
        # Running the simulation for each temperature value with initialization and iteration
        solver.solution.initialization.hybrid_initialize()
        solver.settings.setup.named_expressions["in_temperature"].definition = f"{temp_value} [K]"
        solver.solution.run_calculation.iterate(iter_count=200)

        # Exporting Data for Thermo-Mechanical Simulation
        mapping_file = f"htc_temp_mapping_{temp_name}.csv"
        solver.settings.file.export.ascii(
            file_name=mapping_file,
            surface_name_list=["interface_solid"],
            delimiter="comma",
            cell_func_domain=["temperature", "heat-transfer-coef-wall"],
            location="node",
        )

        # Export graphics result for the temperature distribution on interface_solid
        temp_interface_contour = solver.settings.results.graphics.contour.create(
            f"temp_interface_contour_{temp_name}"
        )
        temp_interface_contour(field="temperature", surfaces_list=["interface_solid"])
        temp_interface_contour.display()
        solver.settings.results.graphics.views.auto_scale()
        solver.settings.results.graphics.picture.save_picture(
            file_name=f"temp_interface_contour_{temp_name}.png"
        )

        solver.settings.file.write_case_data(file_name=f"exhaust_manifold_results_{temp_name}.cas.h5")

    # Display the results
    if GRAPHICS_BOOL:
        for temp_name, temp_value in temperature_values:
            display_image(WORKING_DIR, f"temp_interface_contour_{temp_name}.png")




.. rst-class:: sphx-glr-horizontal


    *

      .. image-sg:: /examples/fluent-mechanical/images/sphx_glr_wf_fm_01_fluent_001.png
         :alt: wf fm 01 fluent
         :srcset: /examples/fluent-mechanical/images/sphx_glr_wf_fm_01_fluent_001.png
         :class: sphx-glr-multi-img

    *

      .. image-sg:: /examples/fluent-mechanical/images/sphx_glr_wf_fm_01_fluent_002.png
         :alt: wf fm 01 fluent
         :srcset: /examples/fluent-mechanical/images/sphx_glr_wf_fm_01_fluent_002.png
         :class: sphx-glr-multi-img

    *

      .. image-sg:: /examples/fluent-mechanical/images/sphx_glr_wf_fm_01_fluent_003.png
         :alt: wf fm 01 fluent
         :srcset: /examples/fluent-mechanical/images/sphx_glr_wf_fm_01_fluent_003.png
         :class: sphx-glr-multi-img


.. rst-class:: sphx-glr-script-out

 .. code-block:: none


    Initialize using the hybrid initialization method.

    Checking case topology... 
    -This case has both inlets & outlets 
    -Pressure information is not available at the boundaries.
     Case will be initialized with constant pressure

            iter            scalar-0

            1               1.000000e+00
            2               9.811110e-05
            3               1.083635e-05
            4               2.055257e-06
            5               3.322166e-07
            6               6.160584e-08
            7               1.194993e-08
            8               2.600210e-09
            9               5.986052e-10
            10              1.462859e-10

    Hybrid initialization is done.

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
         1  1.0000e+00  4.2213e-03  5.7539e-03  5.9920e-04  8.8922e-05  1.1142e-01  2.4641e-01  0:05:57  199
         2  1.0000e+00  2.2213e-03  3.0565e-03  3.5372e-04  1.1063e-04  7.7646e-02  1.7234e-01  0:05:40  198
         3  9.2516e-01  1.1980e-03  1.6265e-03  2.3696e-04  5.2873e-05  5.9411e-02  1.2992e-01  0:05:29  197
         4  7.6619e-01  6.9747e-04  8.7287e-04  1.6488e-04  3.0197e-05  4.7454e-02  1.1024e-01  0:05:10  196
         5  6.2206e-01  4.4300e-04  4.7065e-04  1.2330e-04  2.1782e-05  3.8066e-02  9.7786e-02  0:04:57  195
         6  5.0255e-01  3.3036e-04  3.0108e-04  1.0028e-04  1.6885e-05  3.0559e-02  8.3402e-02  0:04:47  194
         7  4.0851e-01  2.6835e-04  2.1616e-04  8.8998e-05  1.3458e-05  2.4423e-02  6.6749e-02  0:04:39  193
         8  3.3801e-01  2.2911e-04  1.7482e-04  8.3424e-05  1.0968e-05  1.9506e-02  5.1508e-02  0:04:31  192
         9  2.8448e-01  2.0297e-04  1.5190e-04  7.9524e-05  9.0141e-06  1.5624e-02  4.0037e-02  0:04:25  191
        10  2.4258e-01  1.8050e-04  1.3262e-04  7.6106e-05  7.4691e-06  1.2524e-02  3.1654e-02  0:04:17  190
        11  2.0783e-01  1.6331e-04  1.1657e-04  7.2684e-05  6.3190e-06  1.0154e-02  2.5532e-02  0:04:11  189

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        12  1.7838e-01  1.4916e-04  1.0268e-04  6.9247e-05  5.4342e-06  8.4475e-03  2.1414e-02  0:04:08  188
        13  1.5325e-01  1.3729e-04  9.0756e-05  6.5643e-05  4.7130e-06  7.2461e-03  1.8463e-02  0:04:04  187
        14  1.3179e-01  1.2646e-04  8.0576e-05  6.1661e-05  4.1082e-06  6.3640e-03  1.6204e-02  0:04:01  186
        15  1.1319e-01  1.1576e-04  7.1586e-05  5.7203e-05  3.5980e-06  5.6706e-03  1.4344e-02  0:03:58  185
        16  9.7498e-02  1.0523e-04  6.3702e-05  5.2296e-05  3.1798e-06  5.0763e-03  1.2661e-02  0:03:56  184
        17  8.4684e-02  9.4926e-05  5.6725e-05  4.7035e-05  2.8643e-06  4.5489e-03  1.1143e-02  0:03:54  183
        18  7.4104e-02  8.4993e-05  5.0447e-05  4.1636e-05  2.6407e-06  4.0868e-03  9.7791e-03  0:03:53  182
        19  6.5322e-02  7.5797e-05  4.4883e-05  3.6375e-05  2.4883e-06  3.7013e-03  8.5778e-03  0:03:52  181
        20  5.8142e-02  6.7627e-05  3.9890e-05  3.1562e-05  2.3943e-06  3.4057e-03  7.5376e-03  0:03:51  180
        21  5.2418e-02  6.0784e-05  3.5637e-05  2.7430e-05  2.3331e-06  3.1944e-03  6.6635e-03  0:03:49  179
        22  4.7776e-02  5.5200e-05  3.1988e-05  2.4103e-05  2.2890e-06  3.0449e-03  5.9391e-03  0:03:49  178

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        23  4.4086e-02  5.0861e-05  2.8948e-05  2.1630e-05  2.2386e-06  2.9307e-03  5.3240e-03  0:03:48  177
        24  4.1172e-02  4.7544e-05  2.6540e-05  1.9971e-05  2.1613e-06  2.8195e-03  4.7764e-03  0:03:45  176
        25  3.8800e-02  4.5155e-05  2.4641e-05  1.9012e-05  2.0602e-06  2.6786e-03  4.2748e-03  0:03:44  175
        26  3.6758e-02  4.3332e-05  2.3214e-05  1.8601e-05  1.9429e-06  2.5098e-03  3.8353e-03  0:03:42  174
        27  3.4896e-02  4.1753e-05  2.2138e-05  1.8415e-05  1.8161e-06  2.3212e-03  3.4606e-03  0:03:41  173
        28  3.2979e-02  4.0171e-05  2.1284e-05  1.8201e-05  1.6809e-06  2.1217e-03  3.1450e-03  0:03:39  172
        29  3.0999e-02  3.8391e-05  2.0515e-05  1.7879e-05  1.5395e-06  1.9181e-03  2.8725e-03  0:03:37  171
        30  2.8997e-02  3.6378e-05  1.9737e-05  1.7387e-05  1.3976e-06  1.7132e-03  2.6203e-03  0:03:36  170
        31  2.7008e-02  3.4162e-05  1.8837e-05  1.6770e-05  1.2624e-06  1.5150e-03  2.3930e-03  0:03:38  169
        32  2.4948e-02  3.1831e-05  1.7850e-05  1.5998e-05  1.1333e-06  1.3291e-03  2.1838e-03  0:03:37  168
        33  2.2900e-02  2.9426e-05  1.6768e-05  1.5131e-05  1.0168e-06  1.1589e-03  1.9909e-03  0:03:34  167

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        34  2.0911e-02  2.7036e-05  1.5638e-05  1.4195e-05  9.0953e-07  1.0068e-03  1.8084e-03  0:03:35  166
        35  1.9018e-02  2.4699e-05  1.4468e-05  1.3223e-05  8.1131e-07  8.7522e-04  1.6407e-03  0:03:34  165
        36  1.7222e-02  2.2463e-05  1.3315e-05  1.2240e-05  7.2110e-07  7.6417e-04  1.4860e-03  0:03:32  164
        37  1.5549e-02  2.0331e-05  1.2168e-05  1.1266e-05  6.3920e-07  6.7153e-04  1.3439e-03  0:03:32  163
        38  1.4004e-02  1.8319e-05  1.1057e-05  1.0331e-05  5.6456e-07  5.9575e-04  1.2152e-03  0:03:32  162
        39  1.2613e-02  1.6434e-05  9.9997e-06  9.4104e-06  4.9667e-07  5.3473e-04  1.0993e-03  0:03:29  161
        40  1.1308e-02  1.4691e-05  9.0019e-06  8.5248e-06  4.3517e-07  4.8566e-04  9.9474e-04  0:03:28  160
        41  1.0136e-02  1.3081e-05  8.0700e-06  7.6793e-06  3.8025e-07  4.4642e-04  9.0003e-04  0:03:25  159
        42  9.0737e-03  1.1599e-05  7.2090e-06  6.8934e-06  3.3089e-07  4.1557e-04  8.1440e-04  0:03:21  158
        43  8.0848e-03  1.0252e-05  6.4239e-06  6.1615e-06  2.8683e-07  3.9100e-04  7.3562e-04  0:03:20  157
        44  7.1893e-03  9.0295e-06  5.7005e-06  5.4741e-06  2.4845e-07  3.7128e-04  6.6373e-04  0:03:20  156

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        45  6.3761e-03  7.9172e-06  5.0362e-06  4.8331e-06  2.1562e-07  3.5455e-04  5.9632e-04  0:03:16  155
        46  5.6550e-03  6.9299e-06  4.4419e-06  4.2440e-06  1.8805e-07  3.3885e-04  5.3434e-04  0:03:15  154
        47  5.0196e-03  6.0630e-06  3.9110e-06  3.7069e-06  1.6586e-07  3.2325e-04  4.7892e-04  0:03:13  153
        48  4.4662e-03  5.3166e-06  3.4435e-06  3.2230e-06  1.4879e-07  3.0763e-04  4.2949e-04  0:03:11  152
        49  3.9884e-03  4.6838e-06  3.0315e-06  2.7956e-06  1.3604e-07  2.9203e-04  3.8530e-04  0:03:11  151
        50  3.5765e-03  4.1562e-06  2.6776e-06  2.4256e-06  1.2698e-07  2.7642e-04  3.4803e-04  0:03:09  150
        51  3.2357e-03  3.7300e-06  2.3743e-06  2.1117e-06  1.2087e-07  2.6118e-04  3.1732e-04  0:03:09  149
        52  2.9569e-03  3.3991e-06  2.1224e-06  1.8522e-06  1.1645e-07  2.4660e-04  2.9227e-04  0:03:07  148
        53  2.7310e-03  3.1563e-06  1.9262e-06  1.6471e-06  1.1322e-07  2.3266e-04  2.7158e-04  0:03:06  147
        54  2.5459e-03  2.9930e-06  1.7794e-06  1.4913e-06  1.1031e-07  2.1926e-04  2.5386e-04  0:03:05  146
        55  2.4018e-03  2.8677e-06  1.6617e-06  1.3781e-06  1.0780e-07  2.0639e-04  2.3814e-04  0:03:04  145

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        56  2.2893e-03  2.7746e-06  1.5710e-06  1.3003e-06  1.0549e-07  1.9387e-04  2.2400e-04  0:03:02  144
        57  2.2007e-03  2.6926e-06  1.4963e-06  1.2474e-06  1.0280e-07  1.8178e-04  2.1122e-04  0:03:01  143
        58  2.1228e-03  2.6103e-06  1.4325e-06  1.2113e-06  9.9315e-08  1.7016e-04  1.9931e-04  0:03:00  142
        59  2.0446e-03  2.5302e-06  1.3771e-06  1.1807e-06  9.5119e-08  1.5884e-04  1.8818e-04  0:02:59  141
        60  1.9650e-03  2.4397e-06  1.3213e-06  1.1478e-06  9.0975e-08  1.4788e-04  1.7777e-04  0:03:11  140
        61  1.8834e-03  2.3400e-06  1.2681e-06  1.1131e-06  8.6683e-08  1.3729e-04  1.6785e-04  0:03:07  139
        62  1.7960e-03  2.2362e-06  1.2158e-06  1.0741e-06  8.2041e-08  1.2697e-04  1.5819e-04  0:03:03  138
        63  1.7088e-03  2.1222e-06  1.1591e-06  1.0326e-06  7.7596e-08  1.1718e-04  1.4877e-04  0:03:01  137
        64  1.6201e-03  2.0162e-06  1.1063e-06  9.9011e-07  7.2864e-08  1.0788e-04  1.3966e-04  0:02:58  136
        65  1.5293e-03  1.9115e-06  1.0514e-06  9.4743e-07  6.8107e-08  9.8926e-05  1.3068e-04  0:02:55  135
        66  1.4384e-03  1.8044e-06  9.9415e-07  9.0414e-07  6.3639e-08  9.0545e-05  1.2213e-04  0:02:53  134

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        67  1.3458e-03  1.7045e-06  9.4115e-07  8.6172e-07  5.9005e-08  8.2584e-05  1.1369e-04  0:02:51  133
        68  1.2550e-03  1.6042e-06  8.8610e-07  8.1887e-07  5.4537e-08  7.5051e-05  1.0540e-04  0:02:47  132
        69  1.1681e-03  1.5048e-06  8.3058e-07  7.7611e-07  5.0263e-08  6.7957e-05  9.7332e-05  0:02:44  131
        70  1.0837e-03  1.4068e-06  7.7688e-07  7.3378e-07  4.6201e-08  6.1357e-05  8.9556e-05  0:02:43  130
        71  1.0010e-03  1.3138e-06  7.2748e-07  6.9138e-07  4.2122e-08  5.5125e-05  8.2046e-05  0:02:41  129
        72  9.2190e-04  1.2200e-06  6.7562e-07  6.4829e-07  3.8361e-08  4.9351e-05  7.4909e-05  0:02:40  128
    !   72 solution is converged

    Writing "htc_temp_mapping_HIGH_TEMP.csv"...

    Writing information to ascii file ...
    Done.


    Writing to 585d62191d42:"/mnt/pyfluent/exhaust_manifold_results_HIGH_TEMP.cas.h5" in NODE0 mode and compression level 1 ...
    Grouping cells for Laplace smoothing ...
      Done.      231020 cells,     2 zones ...
         1444129 faces,    11 zones ...
         1168370 nodes,     1 zone  ...
      Done.

      Writing boundary layer flags ...
      Done.
    Done.

    Writing to 585d62191d42:"/mnt/pyfluent/exhaust_manifold_results_HIGH_TEMP.dat.h5" in NODE0 mode and compression level 1 ...
      Writing results.
    Done.

    Initialize using the hybrid initialization method.

    Checking case topology... 
    -This case has both inlets & outlets 
    -Pressure information is not available at the boundaries.
     Case will be initialized with constant pressure

            iter            scalar-0

            1               1.000000e+00
            2               9.811110e-05
            3               1.083635e-05
            4               2.055257e-06
            5               3.322166e-07
            6               6.160584e-08
            7               1.194993e-08
            8               2.600210e-09
            9               5.986052e-10
            10              1.462859e-10

    Hybrid initialization is done.

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
         1  1.0000e+00  4.2213e-03  5.7539e-03  5.9920e-04  7.6237e-04  1.0540e-01  2.2605e-01  0:04:28  199
         2  1.0000e+00  3.2863e-03  4.4795e-02  1.6918e-03  7.9054e-04  2.4875e-01  2.9374e-01  0:04:33  198
         3  7.9929e-01  2.1567e-03  5.8785e-02  1.6005e-03  6.0765e-04  4.6241e-01  3.7264e-01  0:04:36  197

     Reversed flow on 6 faces (4.8% area) of pressure-outlet 46.
         4  8.1991e-01  2.4646e-03  5.4933e-02  1.7918e-03  4.3288e-04  1.9633e+00  1.0843e+00  0:04:28  196

     Reversed flow on 27 faces (20.4% area) of pressure-outlet 46.
         5  4.7457e-01  6.3918e-03  5.1361e-02  6.1303e-03  5.0196e-04  8.4114e-01  5.5911e-01  0:04:21  195

     Reversed flow on 50 faces (26.8% area) of pressure-outlet 46.
         6  2.7651e-01  8.0531e-03  2.8489e-02  9.4479e-03  8.1957e-04  2.3151e-01  2.5535e-01  0:04:15  194

     turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 1 cells 

     Reversed flow on 60 faces (33.0% area) of pressure-outlet 46.
         7  1.7869e-01  9.2513e-03  3.1533e-02  1.0809e-02  6.7724e-04  1.1810e-01  1.5333e-01  0:04:09  193

     turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 3 cells 

     Reversed flow on 48 faces (29.0% area) of pressure-outlet 46.
         8  1.0205e-01  6.4619e-03  1.5505e-02  8.0578e-03  3.1494e-04  5.0361e-02  9.9832e-02  0:04:04  192

     turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 2 cells 

     Reversed flow on 32 faces (21.3% area) of pressure-outlet 46.
         9  6.4405e-02  4.3048e-03  9.4225e-03  5.1804e-03  1.8625e-04  3.4237e-02  6.9570e-02  0:04:08  191

     Reversed flow on 18 faces (11.8% area) of pressure-outlet 46.
        10  4.3417e-02  2.9426e-03  7.1820e-03  3.3653e-03  1.0504e-04  2.6781e-02  5.2443e-02  0:04:11  190

     Reversed flow on 13 faces (7.8% area) of pressure-outlet 46.
        11  3.0684e-02  2.1309e-03  5.1812e-03  2.3362e-03  6.5253e-05  2.1824e-02  3.9188e-02  0:04:19  189

     Reversed flow on 7 faces (4.5% area) of pressure-outlet 46.

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        12  2.2544e-02  1.6202e-03  3.5309e-03  1.6924e-03  4.7425e-05  1.8106e-02  2.9702e-02  0:04:48  188

     Reversed flow on 2 faces (0.8% area) of pressure-outlet 46.
        13  1.7035e-02  1.2463e-03  2.4050e-03  1.3132e-03  3.3242e-05  1.5662e-02  2.3249e-02  0:05:17  187
        14  1.3110e-02  9.6369e-04  1.6268e-03  1.0252e-03  2.4271e-05  1.3964e-02  1.8813e-02  0:05:09  186
        15  1.0182e-02  7.5511e-04  1.1461e-03  8.0808e-04  1.9873e-05  1.3072e-02  1.5682e-02  0:05:00  185
        16  8.0395e-03  5.8450e-04  8.6564e-04  6.2756e-04  1.6824e-05  1.2569e-02  1.3414e-02  0:04:42  184
        17  6.3989e-03  4.6233e-04  6.8998e-04  4.8980e-04  1.5530e-05  1.2387e-02  1.1889e-02  0:04:33  183
        18  5.1718e-03  3.7124e-04  5.6623e-04  3.8740e-04  1.4081e-05  1.2372e-02  1.1263e-02  0:04:12  182
        19  4.2167e-03  3.0313e-04  4.6713e-04  3.1107e-04  1.2599e-05  1.2390e-02  1.1476e-02  0:03:54  181
        20  3.5350e-03  2.5349e-04  3.8886e-04  2.5236e-04  1.1035e-05  1.2476e-02  1.2158e-02  0:03:40  180
        21  2.9919e-03  2.1495e-04  3.2582e-04  2.0726e-04  9.6401e-06  1.2593e-02  1.3170e-02  0:03:28  179
        22  2.5436e-03  1.8179e-04  2.6858e-04  1.7006e-04  8.3498e-06  1.2690e-02  1.4330e-02  0:03:18  178

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        23  2.1719e-03  1.5581e-04  2.2228e-04  1.4022e-04  7.3855e-06  1.2800e-02  1.5509e-02  0:03:09  177
        24  1.8774e-03  1.3522e-04  1.8558e-04  1.1584e-04  6.2471e-06  1.2889e-02  1.6630e-02  0:03:00  176
        25  1.6330e-03  1.1737e-04  1.5455e-04  9.6185e-05  5.1332e-06  1.2940e-02  1.7624e-02  0:02:54  175
        26  1.4158e-03  1.0266e-04  1.2881e-04  8.1667e-05  4.4020e-06  1.2977e-02  1.8451e-02  0:02:48  174
        27  1.2391e-03  9.1151e-05  1.1056e-04  6.9499e-05  4.1037e-06  1.2998e-02  1.9138e-02  0:02:44  173
        28  1.1023e-03  8.3693e-05  9.8828e-05  6.0850e-05  3.5187e-06  1.3014e-02  1.9687e-02  0:02:40  172
        29  9.8814e-04  7.8187e-05  9.0791e-05  5.3126e-05  2.9233e-06  1.3001e-02  2.0090e-02  0:02:37  171
        30  9.0585e-04  7.4972e-05  8.5116e-05  4.7520e-05  2.6526e-06  1.2979e-02  2.0383e-02  0:02:34  170
        31  8.3385e-04  7.2153e-05  8.2123e-05  4.1373e-05  2.5243e-06  1.2918e-02  2.0579e-02  0:02:32  169
        32  7.8217e-04  7.0259e-05  8.0666e-05  3.8476e-05  2.4900e-06  1.2829e-02  2.0721e-02  0:02:31  168
        33  7.4618e-04  6.9267e-05  8.1328e-05  3.5314e-05  2.5375e-06  1.2700e-02  2.0783e-02  0:02:29  167

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        34  7.2079e-04  6.8361e-05  8.2946e-05  3.4173e-05  2.6960e-06  1.2529e-02  2.0650e-02  0:02:28  166
        35  6.9718e-04  6.7980e-05  8.4994e-05  3.2992e-05  2.8755e-06  1.2295e-02  2.0237e-02  0:02:27  165
        36  6.7321e-04  6.6361e-05  8.6081e-05  3.2369e-05  2.9494e-06  1.2058e-02  1.9582e-02  0:02:26  164
        37  6.3789e-04  6.6645e-05  8.5803e-05  3.2082e-05  2.9435e-06  1.1795e-02  1.8723e-02  0:02:25  163
        38  6.0244e-04  6.5057e-05  8.4765e-05  3.1445e-05  2.8556e-06  1.1612e-02  1.7888e-02  0:02:24  162
        39  5.6610e-04  6.5354e-05  8.3036e-05  3.1525e-05  2.7957e-06  1.1432e-02  1.7063e-02  0:02:23  161
        40  5.4351e-04  6.3915e-05  8.0975e-05  3.1231e-05  2.7463e-06  1.1353e-02  1.6403e-02  0:02:22  160
        41  5.1578e-04  6.4256e-05  7.8936e-05  3.1477e-05  2.7185e-06  1.1280e-02  1.5840e-02  0:02:21  159
        42  4.9943e-04  6.2858e-05  7.7704e-05  3.1001e-05  2.6860e-06  1.1312e-02  1.5491e-02  0:02:20  158
        43  4.7545e-04  6.3500e-05  7.6346e-05  3.0962e-05  2.6943e-06  1.1332e-02  1.5218e-02  0:02:19  157
        44  4.6550e-04  6.2488e-05  7.5435e-05  3.0734e-05  2.7698e-06  1.1437e-02  1.5101e-02  0:02:19  156

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        45  4.4856e-04  6.3286e-05  7.4432e-05  3.1277e-05  2.8232e-06  1.1523e-02  1.5028e-02  0:02:18  155
        46  4.4264e-04  6.2466e-05  7.3711e-05  3.1624e-05  2.8920e-06  1.1682e-02  1.5093e-02  0:02:17  154
        47  4.3117e-04  6.3106e-05  7.2765e-05  3.2345e-05  2.9365e-06  1.1823e-02  1.5145e-02  0:02:17  153
        48  4.2165e-04  6.2218e-05  7.1667e-05  3.2715e-05  2.9530e-06  1.2026e-02  1.5294e-02  0:02:16  152
        49  4.0817e-04  6.2427e-05  7.0050e-05  3.3306e-05  2.9187e-06  1.2216e-02  1.5477e-02  0:02:15  151
        50  3.9702e-04  6.1699e-05  6.8266e-05  3.3679e-05  2.9709e-06  1.2464e-02  1.5730e-02  0:02:14  150
        51  3.8841e-04  6.2137e-05  6.6377e-05  3.4527e-05  3.0274e-06  1.2712e-02  1.5997e-02  0:02:13  149
        52  3.8421e-04  6.1632e-05  6.4667e-05  3.5241e-05  3.0823e-06  1.3015e-02  1.6381e-02  0:02:13  148
        53  3.7608e-04  6.1632e-05  6.2829e-05  3.5984e-05  3.1224e-06  1.3329e-02  1.6775e-02  0:02:12  147
        54  3.7530e-04  6.1662e-05  6.1506e-05  3.6544e-05  3.2063e-06  1.3693e-02  1.7174e-02  0:02:11  146
        55  3.6836e-04  6.1622e-05  6.0120e-05  3.6987e-05  3.2244e-06  1.4068e-02  1.7633e-02  0:02:10  145

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        56  3.6141e-04  6.1186e-05  5.9050e-05  3.7265e-05  3.2750e-06  1.4483e-02  1.8220e-02  0:02:09  144
        57  3.5390e-04  6.1210e-05  5.8551e-05  3.7831e-05  3.3489e-06  1.4932e-02  1.8860e-02  0:02:08  143
        58  3.5079e-04  6.1421e-05  5.8627e-05  3.8429e-05  3.4185e-06  1.5433e-02  1.9364e-02  0:02:06  142
        59  3.5075e-04  6.0937e-05  5.8503e-05  3.8830e-05  3.4273e-06  1.5952e-02  2.0160e-02  0:02:05  141
        60  3.4963e-04  6.0554e-05  5.8539e-05  3.9146e-05  3.4827e-06  1.6507e-02  2.1129e-02  0:02:04  140
        61  3.4863e-04  6.0620e-05  5.9315e-05  3.9715e-05  3.5808e-06  1.7123e-02  2.1721e-02  0:02:03  139
        62  3.5214e-04  6.0120e-05  6.0553e-05  4.0232e-05  3.6339e-06  1.7775e-02  2.2802e-02  0:02:02  138
        63  3.5202e-04  5.8983e-05  6.1275e-05  4.0231e-05  3.6212e-06  1.8442e-02  2.3842e-02  0:02:01  137
        64  3.4695e-04  5.8145e-05  6.2549e-05  4.0788e-05  3.7122e-06  1.9171e-02  2.4650e-02  0:02:00  136
        65  3.4355e-04  5.6954e-05  6.3274e-05  4.0772e-05  3.7060e-06  1.9913e-02  2.5908e-02  0:01:59  135
        66  3.3913e-04  5.5539e-05  6.3967e-05  4.0463e-05  3.6911e-06  2.0694e-02  2.7021e-02  0:01:59  134

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        67  3.3364e-04  5.3970e-05  6.4678e-05  4.0417e-05  3.7235e-06  2.1519e-02  2.8062e-02  0:01:58  133
        68  3.2874e-04  5.1772e-05  6.4245e-05  3.9638e-05  3.6411e-06  2.2304e-02  2.9878e-02  0:01:57  132
        69  3.2632e-04  4.9605e-05  6.4451e-05  3.9166e-05  3.6185e-06  2.3119e-02  3.1268e-02  0:01:56  131
        70  3.2311e-04  4.7104e-05  6.3860e-05  3.8355e-05  3.5302e-06  2.3930e-02  3.2907e-02  0:01:55  130
        71  3.1725e-04  4.4398e-05  6.2254e-05  3.6970e-05  3.3620e-06  2.4676e-02  3.4390e-02  0:01:54  129
        72  3.1130e-04  4.1322e-05  6.0569e-05  3.5809e-05  3.2676e-06  2.5410e-02  3.6655e-02  0:01:53  128
        73  2.9695e-04  3.8033e-05  5.7437e-05  3.3361e-05  2.9862e-06  2.5996e-02  3.7237e-02  0:01:52  127
        74  2.7888e-04  3.5361e-05  5.5016e-05  3.1952e-05  2.8922e-06  2.6909e-02  4.0410e-02  0:01:51  126
        75  2.6133e-04  3.2754e-05  5.1381e-05  2.9346e-05  2.5387e-06  2.7585e-02  4.1499e-02  0:01:50  125
        76  2.4558e-04  3.0014e-05  4.7541e-05  2.6795e-05  2.2743e-06  2.8033e-02  4.4152e-02  0:01:49  124
        77  2.3028e-04  2.7211e-05  4.3410e-05  2.4035e-05  2.0134e-06  2.8219e-02  4.7527e-02  0:01:48  123

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        78  2.1201e-04  2.4242e-05  3.8407e-05  2.0914e-05  1.6555e-06  2.7983e-02  4.8731e-02  0:01:46  122
        79  1.9110e-04  2.1336e-05  3.3495e-05  1.8175e-05  1.3598e-06  2.7649e-02  4.9730e-02  0:01:45  121
        80  1.6676e-04  1.8559e-05  2.8734e-05  1.5472e-05  1.0800e-06  2.7012e-02  5.3278e-02  0:01:45  120
        81  1.4443e-04  1.5969e-05  2.4951e-05  1.3362e-05  9.0395e-07  2.6098e-02  5.3965e-02  0:01:43  119
        82  1.2258e-04  1.3734e-05  2.1723e-05  1.1611e-05  7.5895e-07  2.4402e-02  5.6085e-02  0:01:43  118
        83  1.0419e-04  1.1831e-05  1.9145e-05  1.0233e-05  6.6949e-07  2.1805e-02  5.4559e-02  0:01:42  117
        84  9.0071e-05  1.0135e-05  1.6911e-05  8.9494e-06  5.7024e-07  1.8311e-02  5.0145e-02  0:01:41  116
        85  7.7760e-05  8.5866e-06  1.4676e-05  7.6806e-06  4.7923e-07  1.4456e-02  4.3310e-02  0:01:40  115
        86  6.8274e-05  7.3025e-06  1.2692e-05  6.5682e-06  3.9404e-07  1.0741e-02  3.5207e-02  0:01:39  114
        87  6.0015e-05  6.1661e-06  1.0798e-05  5.5313e-06  3.1646e-07  7.3806e-03  2.6531e-02  0:01:38  113
        88  5.3626e-05  5.1414e-06  8.8938e-06  4.5174e-06  2.3848e-07  4.5975e-03  1.8743e-02  0:01:37  112

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        89  4.7115e-05  4.0359e-06  7.0137e-06  3.5305e-06  1.6331e-07  2.4422e-03  1.2604e-02  0:01:36  111
        90  4.0179e-05  3.0548e-06  5.3267e-06  2.6368e-06  1.0047e-07  1.0570e-03  5.9510e-03  0:01:35  110
        91  3.2552e-05  2.2620e-06  3.8821e-06  1.8961e-06  5.7021e-08  4.0591e-04  2.3988e-03  0:01:34  109
        92  2.5634e-05  1.6484e-06  2.7342e-06  1.3346e-06  3.1013e-08  1.5684e-04  9.9785e-04  0:01:33  108
    !   92 solution is converged

    Writing "htc_temp_mapping_MEDIUM_TEMP.csv"...

    Writing information to ascii file ...
    Done.


    Writing to 585d62191d42:"/mnt/pyfluent/exhaust_manifold_results_MEDIUM_TEMP.cas.h5" in NODE0 mode and compression level 1 ...
    Grouping cells for Laplace smoothing ...
          231020 cells,     2 zones ...
         1444129 faces,    11 zones ...
         1168370 nodes,     1 zone  ...
      Done.

      Writing boundary layer flags ...
      Done.
    Done.

    Writing to 585d62191d42:"/mnt/pyfluent/exhaust_manifold_results_MEDIUM_TEMP.dat.h5" in NODE0 mode and compression level 1 ...
      Writing results.
    Done.

    Initialize using the hybrid initialization method.

    Checking case topology... 
    -This case has both inlets & outlets 
    -Pressure information is not available at the boundaries.
     Case will be initialized with constant pressure

            iter            scalar-0

            1               1.000000e+00
            2               9.811110e-05
            3               1.083635e-05
            4               2.055257e-06
            5               3.322166e-07
            6               6.160583e-08
            7               1.194992e-08
            8               2.600209e-09
            9               5.986052e-10
            10              1.462858e-10

    Hybrid initialization is done.

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
         1  1.0000e+00  4.3650e-03  5.9452e-03  6.1816e-04  3.1747e-04  1.0282e-01  2.4316e-01  0:03:01  199
         2  1.0000e+00  8.2990e-03  2.1828e-01  7.4854e-03  1.5311e-03  5.0719e+00  1.9310e+00  0:03:03  198

     Reversed flow on 3 faces (2.9% area) of pressure-outlet 46.
         3  2.7467e-01  8.5313e-03  6.2302e-02  8.7789e-03  5.9637e-04  3.0409e-01  2.8442e+00  0:03:09  197

     Reversed flow on 4 faces (1.0% area) of pressure-outlet 46.
         4  2.3462e-01  4.7006e-03  3.1666e-02  3.8101e-03  1.1743e-03  2.6124e-01  1.1259e+00  0:03:04  196

     Reversed flow on 217 faces (24.9% area) of pressure-outlet 46.
         5  1.6976e-01  9.6235e-03  5.5968e-02  9.6941e-03  7.1723e-04  1.2413e-01  3.9073e-01  0:03:10  195

     Reversed flow on 190 faces (22.5% area) of pressure-outlet 46.
         6  1.5396e-01  4.9840e-03  3.6440e-02  4.9773e-03  3.4447e-04  4.3701e-01  2.0579e-01  0:03:04  194

     turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 1 cells 

     Reversed flow on 34 faces (3.4% area) of pressure-outlet 46.
         7  1.2134e-01  5.1047e-03  3.2302e-02  4.9723e-03  1.9029e-04  1.5578e-01  1.3232e-01  0:03:00  193

     turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 4 cells 

     Reversed flow on 28 faces (2.9% area) of pressure-outlet 46.
         8  8.4123e-02  3.9591e-03  1.7653e-02  3.8316e-03  1.4703e-04  1.0253e-01  8.7634e-02  0:02:56  192

     turbulent viscosity limited to viscosity ratio of 1.000000e+05 in 1 cells 

     Reversed flow on 41 faces (4.1% area) of pressure-outlet 46.
         9  5.9976e-02  3.5289e-03  1.3344e-02  3.4000e-03  6.7852e-05  7.1120e-02  7.1239e-02  0:02:58  191

     Reversed flow on 42 faces (4.0% area) of pressure-outlet 46.
        10  4.5410e-02  2.9490e-03  1.0303e-02  2.8781e-03  3.9249e-05  4.4677e-02  5.6715e-02  0:02:54  190

     Reversed flow on 36 faces (3.3% area) of pressure-outlet 46.
        11  3.5755e-02  2.5315e-03  8.3027e-03  2.5045e-03  2.4312e-05  3.0158e-02  4.1749e-02  0:03:05  189

     Reversed flow on 19 faces (1.6% area) of pressure-outlet 46.

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        12  2.6413e-02  1.9819e-03  5.6445e-03  1.8967e-03  1.5252e-05  2.0833e-02  3.2136e-02  0:03:09  188

     Reversed flow on 9 faces (0.7% area) of pressure-outlet 46.
        13  1.9050e-02  1.3689e-03  3.7090e-03  1.2781e-03  9.2374e-06  1.6422e-02  2.9473e-02  0:03:07  187

     Reversed flow on 2 faces (0.2% area) of pressure-outlet 46.
        14  1.3392e-02  1.1270e-03  2.7642e-03  1.0056e-03  6.0265e-06  1.3690e-02  2.4501e-02  0:03:02  186
        15  9.4437e-03  9.6221e-04  2.2644e-03  8.5039e-04  4.0345e-06  1.1735e-02  2.1012e-02  0:03:01  185
        16  6.8203e-03  8.2754e-04  1.9198e-03  7.4236e-04  2.7599e-06  1.0363e-02  1.7601e-02  0:03:05  184
        17  5.0227e-03  7.1088e-04  1.5851e-03  6.3480e-04  2.1808e-06  9.3315e-03  1.5272e-02  0:03:04  183
        18  3.7592e-03  6.1428e-04  1.3377e-03  5.4138e-04  1.7955e-06  8.5848e-03  1.3323e-02  0:03:11  182
        19  2.9041e-03  5.1691e-04  1.0994e-03  4.4637e-04  1.5178e-06  7.9822e-03  1.1701e-02  0:03:08  181
        20  2.2844e-03  4.4382e-04  9.4102e-04  3.6938e-04  1.2440e-06  7.4687e-03  1.0053e-02  0:03:01  180
        21  1.8342e-03  3.7620e-04  7.8736e-04  2.9861e-04  1.0047e-06  7.0124e-03  8.8133e-03  0:02:55  179
        22  1.5003e-03  3.1962e-04  6.5660e-04  2.4292e-04  8.5567e-07  6.6082e-03  7.7470e-03  0:02:54  178

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        23  1.2351e-03  2.8434e-04  5.5685e-04  2.0581e-04  7.3944e-07  6.2470e-03  7.0650e-03  0:02:58  177
        24  1.0843e-03  2.4720e-04  4.6908e-04  1.7170e-04  6.3998e-07  5.9319e-03  6.6440e-03  0:03:09  176
        25  9.5280e-04  2.2071e-04  3.8143e-04  1.5759e-04  5.5385e-07  5.6355e-03  6.6412e-03  0:03:25  175
        26  8.7099e-04  1.9858e-04  2.9780e-04  1.4799e-04  5.1464e-07  5.3692e-03  6.8699e-03  0:03:25  174
        27  7.9153e-04  1.8109e-04  2.2922e-04  1.4058e-04  4.5975e-07  5.1031e-03  7.2385e-03  0:03:21  173
        28  7.2703e-04  1.7232e-04  1.7688e-04  1.4988e-04  4.3296e-07  4.8617e-03  7.6392e-03  0:03:18  172
        29  6.6867e-04  1.6369e-04  1.4732e-04  1.5052e-04  4.0249e-07  4.6325e-03  8.0386e-03  0:03:11  171
        30  6.2054e-04  1.5975e-04  1.3368e-04  1.4900e-04  3.6175e-07  4.4141e-03  8.2178e-03  0:03:05  170
        31  5.6998e-04  1.5321e-04  1.2360e-04  1.5022e-04  3.2780e-07  4.1817e-03  8.2511e-03  0:02:56  169
        32  5.3384e-04  1.4775e-04  1.1641e-04  1.4618e-04  2.9851e-07  3.9774e-03  8.2106e-03  0:02:49  168
        33  4.9973e-04  1.4759e-04  1.1274e-04  1.4881e-04  2.8338e-07  3.7730e-03  8.0906e-03  0:02:43  167

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        34  4.7571e-04  1.4563e-04  1.0717e-04  1.4661e-04  2.5740e-07  3.5925e-03  7.8129e-03  0:02:50  166
        35  4.5965e-04  1.4582e-04  1.0439e-04  1.5882e-04  2.2656e-07  3.4119e-03  7.4176e-03  0:02:44  165
        36  4.4763e-04  1.4835e-04  9.8408e-05  1.4862e-04  2.1315e-07  3.2713e-03  7.0190e-03  0:02:39  164
        37  4.1797e-04  1.4782e-04  9.3551e-05  1.5466e-04  1.9183e-07  3.1324e-03  6.6171e-03  0:02:34  163
        38  4.1031e-04  1.3980e-04  8.9616e-05  1.4842e-04  1.6816e-07  3.0333e-03  6.2410e-03  0:02:31  162
        39  4.0653e-04  1.4269e-04  8.8100e-05  1.5860e-04  1.5130e-07  2.9393e-03  5.8765e-03  0:02:28  161
        40  3.9561e-04  1.4445e-04  8.3382e-05  1.6026e-04  1.3752e-07  2.8713e-03  5.5897e-03  0:02:25  160
        41  3.8306e-04  1.4064e-04  7.9693e-05  1.5593e-04  1.2458e-07  2.8041e-03  5.2985e-03  0:02:23  159
        42  3.8369e-04  1.4279e-04  7.7312e-05  1.5712e-04  1.1344e-07  2.7524e-03  5.0573e-03  0:02:21  158
        43  3.7767e-04  1.5309e-04  7.5989e-05  1.5737e-04  1.0415e-07  2.7059e-03  4.8315e-03  0:02:19  157
        44  3.6430e-04  1.4253e-04  7.1581e-05  1.5690e-04  9.5217e-08  2.6750e-03  4.6480e-03  0:02:18  156

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        45  3.5324e-04  1.4464e-04  6.9795e-05  1.5451e-04  8.7101e-08  2.6395e-03  4.4577e-03  0:02:16  155
        46  3.4708e-04  1.4186e-04  6.7263e-05  1.5751e-04  7.9593e-08  2.6237e-03  4.3087e-03  0:02:15  154
        47  3.3130e-04  1.4116e-04  6.6144e-05  1.5111e-04  7.4843e-08  2.5963e-03  4.1489e-03  0:02:14  153
        48  3.3129e-04  1.4154e-04  6.5824e-05  1.4963e-04  7.2351e-08  2.5925e-03  4.0430e-03  0:02:12  152
        49  3.2517e-04  1.4980e-04  6.4807e-05  1.4997e-04  7.1429e-08  2.5780e-03  3.9168e-03  0:02:08  151
        50  3.2862e-04  1.4806e-04  6.5152e-05  1.5627e-04  7.3425e-08  2.5807e-03  3.8313e-03  0:02:07  150
        51  3.2137e-04  1.4741e-04  6.5730e-05  1.5125e-04  7.1242e-08  2.5796e-03  3.7301e-03  0:02:04  149
        52  3.1366e-04  1.4546e-04  6.2772e-05  1.4596e-04  7.4504e-08  2.5852e-03  3.6643e-03  0:02:04  148
        53  3.0951e-04  1.5098e-04  6.4638e-05  1.5292e-04  7.3723e-08  2.5834e-03  3.5846e-03  0:02:00  147
        54  3.1647e-04  1.5148e-04  6.5359e-05  1.4854e-04  7.6765e-08  2.5982e-03  3.5355e-03  0:02:01  146
        55  3.0113e-04  1.5294e-04  6.4307e-05  1.4104e-04  7.6445e-08  2.5992e-03  3.4721e-03  0:01:57  145

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        56  3.0383e-04  1.4793e-04  6.3178e-05  1.4311e-04  8.0896e-08  2.6145e-03  3.4399e-03  0:01:58  144
        57  3.0838e-04  1.5769e-04  6.4849e-05  1.4587e-04  8.2245e-08  2.6218e-03  3.3992e-03  0:01:55  143
        58  3.0670e-04  1.5241e-04  6.2542e-05  1.4018e-04  8.7172e-08  2.6416e-03  3.3767e-03  0:01:56  142
        59  3.0417e-04  1.4924e-04  6.3384e-05  1.4182e-04  8.7532e-08  2.6519e-03  3.3449e-03  0:01:56  141
        60  3.1723e-04  1.5571e-04  6.4568e-05  1.4605e-04  9.0600e-08  2.6668e-03  3.3444e-03  0:01:54  140
        61  3.1914e-04  1.5778e-04  6.4644e-05  1.4354e-04  9.5694e-08  2.6859e-03  3.3360e-03  0:01:54  139
        62  3.1610e-04  1.5728e-04  6.3344e-05  1.4495e-04  9.6254e-08  2.6978e-03  3.3217e-03  0:01:55  138
        63  3.1670e-04  1.5284e-04  6.1901e-05  1.4529e-04  9.6419e-08  2.7202e-03  3.3233e-03  0:01:55  137
        64  3.1532e-04  1.5240e-04  6.1416e-05  1.4330e-04  9.8634e-08  2.7330e-03  3.3156e-03  0:01:55  136
        65  3.1907e-04  1.5601e-04  6.0680e-05  1.4403e-04  1.0145e-07  2.7484e-03  3.3271e-03  0:01:54  135
        66  3.2269e-04  1.6210e-04  6.1114e-05  1.4235e-04  1.0363e-07  2.7673e-03  3.3405e-03  0:01:51  134

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        67  3.1865e-04  1.5384e-04  6.2260e-05  1.3993e-04  1.0772e-07  2.7849e-03  3.3409e-03  0:01:51  133
        68  3.2281e-04  1.5597e-04  6.1182e-05  1.4041e-04  1.0862e-07  2.8017e-03  3.3666e-03  0:01:48  132
        69  3.2462e-04  1.6527e-04  6.2903e-05  1.3660e-04  1.1324e-07  2.8178e-03  3.3703e-03  0:01:48  131
        70  3.1782e-04  1.5964e-04  6.0427e-05  1.3152e-04  1.1530e-07  2.8418e-03  3.4077e-03  0:01:48  130
        71  3.1078e-04  1.5523e-04  6.0883e-05  1.3316e-04  1.1771e-07  2.8535e-03  3.4169e-03  0:01:48  129
        72  3.2079e-04  1.5365e-04  6.0402e-05  1.3046e-04  1.1910e-07  2.8764e-03  3.4448e-03  0:01:45  128
        73  3.2484e-04  1.6311e-04  6.3748e-05  1.3674e-04  1.2491e-07  2.8889e-03  3.4677e-03  0:01:46  127
        74  3.2863e-04  1.5725e-04  6.0841e-05  1.3695e-04  1.2251e-07  2.9184e-03  3.4963e-03  0:01:43  126
        75  3.1576e-04  1.5609e-04  6.0996e-05  1.3257e-04  1.2901e-07  2.9238e-03  3.5074e-03  0:01:43  125
        76  3.2724e-04  1.5870e-04  6.0212e-05  1.3015e-04  1.2638e-07  2.9540e-03  3.5487e-03  0:01:40  124
        77  3.1982e-04  1.6218e-04  6.1703e-05  1.3325e-04  1.2753e-07  2.9634e-03  3.5637e-03  0:01:38  123

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        78  3.2367e-04  1.5971e-04  6.1282e-05  1.2739e-04  1.3175e-07  2.9935e-03  3.6069e-03  0:01:39  122
        79  3.0789e-04  1.5516e-04  6.1682e-05  1.2214e-04  1.3138e-07  3.0028e-03  3.6227e-03  0:01:39  121
        80  3.2102e-04  1.5991e-04  6.1444e-05  1.2625e-04  1.2826e-07  3.0299e-03  3.6544e-03  0:01:37  120
        81  3.2191e-04  1.6335e-04  6.3737e-05  1.3075e-04  1.3176e-07  3.0473e-03  3.6918e-03  0:01:35  119
        82  3.2078e-04  1.6139e-04  6.1533e-05  1.2568e-04  1.3500e-07  3.0725e-03  3.7203e-03  0:01:33  118
        83  3.0809e-04  1.5744e-04  6.3111e-05  1.2772e-04  1.3947e-07  3.0767e-03  3.7322e-03  0:01:34  117
        84  3.1989e-04  1.5757e-04  6.1433e-05  1.2745e-04  1.3728e-07  3.1154e-03  3.7855e-03  0:01:32  116
        85  3.1438e-04  1.6463e-04  6.3561e-05  1.2790e-04  1.3871e-07  3.1206e-03  3.8038e-03  0:01:30  115
        86  3.1654e-04  1.5889e-04  6.0786e-05  1.2415e-04  1.3566e-07  3.1592e-03  3.8465e-03  0:01:28  114
        87  3.0151e-04  1.5944e-04  6.3042e-05  1.2409e-04  1.4182e-07  3.1613e-03  3.8651e-03  0:01:30  113
        88  3.0617e-04  1.5518e-04  6.1853e-05  1.1859e-04  1.3940e-07  3.1995e-03  3.9150e-03  0:01:28  112

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
        89  3.0133e-04  1.6238e-04  6.2441e-05  1.2409e-04  1.4326e-07  3.2018e-03  3.9274e-03  0:01:27  111
        90  3.1494e-04  1.6129e-04  6.1169e-05  1.2573e-04  1.4435e-07  3.2472e-03  3.9935e-03  0:01:25  110
        91  3.0531e-04  1.6126e-04  6.3686e-05  1.2283e-04  1.4623e-07  3.2525e-03  4.0096e-03  0:01:24  109
        92  3.1656e-04  1.6098e-04  6.3556e-05  1.2252e-04  1.4392e-07  3.2936e-03  4.0770e-03  0:01:23  108
        93  3.0148e-04  1.6541e-04  6.2978e-05  1.1952e-04  1.4664e-07  3.2968e-03  4.0748e-03  0:01:22  107
        94  3.0442e-04  1.5408e-04  5.9560e-05  1.1406e-04  1.4294e-07  3.3380e-03  4.1440e-03  0:01:23  106
        95  2.9411e-04  1.5850e-04  6.1824e-05  1.1807e-04  1.4200e-07  3.3488e-03  4.1713e-03  0:01:22  105
        96  3.0370e-04  1.5589e-04  6.0573e-05  1.1792e-04  1.4206e-07  3.3947e-03  4.2518e-03  0:01:20  104
        97  2.8755e-04  1.6022e-04  6.1181e-05  1.1458e-04  1.4729e-07  3.4053e-03  4.2937e-03  0:01:19  103
        98  2.9598e-04  1.5454e-04  5.9164e-05  1.1119e-04  1.5310e-07  3.4501e-03  4.3438e-03  0:01:21  102
        99  2.8806e-04  1.6234e-04  6.1314e-05  1.1370e-04  1.5353e-07  3.4620e-03  4.3683e-03  0:01:19  101

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       100  2.9932e-04  1.5498e-04  5.9626e-05  1.1313e-04  1.5013e-07  3.5089e-03  4.4467e-03  0:01:18  100
       101  2.8482e-04  1.5721e-04  6.1546e-05  1.1317e-04  1.5027e-07  3.5205e-03  4.4549e-03  0:01:17   99
       102  2.8894e-04  1.5263e-04  5.9139e-05  1.1054e-04  1.4906e-07  3.5652e-03  4.5306e-03  0:01:18   98
       103  2.7716e-04  1.5710e-04  6.0416e-05  1.1194e-04  1.5055e-07  3.5834e-03  4.5597e-03  0:01:16   97
       104  2.8934e-04  1.5621e-04  5.9413e-05  1.1218e-04  1.5195e-07  3.6361e-03  4.6524e-03  0:01:15   96
       105  2.7088e-04  1.5693e-04  6.0053e-05  1.0912e-04  1.5753e-07  3.6547e-03  4.6783e-03  0:01:16   95
       106  2.7116e-04  1.4325e-04  5.6771e-05  1.0528e-04  1.5312e-07  3.7070e-03  4.7839e-03  0:01:14   94
       107  2.6717e-04  1.5318e-04  5.9723e-05  1.0666e-04  1.5819e-07  3.7328e-03  4.8681e-03  0:01:13   93
       108  2.7307e-04  1.4412e-04  5.7963e-05  1.0447e-04  1.5385e-07  3.7899e-03  4.9928e-03  0:01:12   92
       109  2.6553e-04  1.4831e-04  5.8993e-05  1.0685e-04  1.5812e-07  3.8184e-03  5.1198e-03  0:01:11   91
       110  2.7057e-04  1.4333e-04  5.8297e-05  1.0568e-04  1.5617e-07  3.8857e-03  5.2361e-03  0:01:10   90

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       111  2.5832e-04  1.4767e-04  5.8798e-05  1.0659e-04  1.5692e-07  3.9182e-03  5.3569e-03  0:01:09   89
       112  2.6007e-04  1.3760e-04  5.6553e-05  1.0271e-04  1.5566e-07  3.9882e-03  5.4292e-03  0:01:08   88
       113  2.4526e-04  1.4086e-04  5.7262e-05  1.0001e-04  1.5801e-07  4.0269e-03  5.5928e-03  0:01:09   87
       114  2.4153e-04  1.2947e-04  5.4931e-05  9.3690e-05  1.5179e-07  4.0976e-03  5.6869e-03  0:01:07   86
       115  2.3066e-04  1.3081e-04  5.5141e-05  9.4555e-05  1.5941e-07  4.1402e-03  5.7760e-03  0:01:08   85
       116  2.3125e-04  1.2576e-04  5.3370e-05  9.3063e-05  1.6116e-07  4.2221e-03  5.8187e-03  0:01:07   84
       117  2.2509e-04  1.2660e-04  5.3990e-05  9.0822e-05  1.6207e-07  4.2827e-03  6.0571e-03  0:01:06   83
       118  2.2237e-04  1.1752e-04  5.2274e-05  8.4263e-05  1.6251e-07  4.3577e-03  6.0728e-03  0:01:06   82
       119  2.1907e-04  1.2122e-04  5.2428e-05  8.1768e-05  1.6261e-07  4.4300e-03  6.1972e-03  0:01:05   81
       120  2.1916e-04  1.1618e-04  5.0889e-05  7.9202e-05  1.6110e-07  4.5112e-03  6.3057e-03  0:01:03   80
       121  2.1054e-04  1.0999e-04  5.0777e-05  7.6028e-05  1.5694e-07  4.5853e-03  6.4569e-03  0:01:02   79

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       122  2.0330e-04  1.0247e-04  4.9897e-05  6.9099e-05  1.5351e-07  4.6736e-03  6.5424e-03  0:01:03   78
       123  1.9169e-04  9.9314e-05  4.9586e-05  6.6901e-05  1.5249e-07  4.7592e-03  6.8189e-03  0:01:03   77
       124  1.8564e-04  9.6967e-05  4.8536e-05  6.5264e-05  1.5440e-07  4.8667e-03  6.9730e-03  0:01:01   76
       125  1.7829e-04  9.4386e-05  4.8324e-05  6.2257e-05  1.5987e-07  4.9690e-03  7.2381e-03  0:01:02   75
       126  1.7544e-04  9.2198e-05  4.7640e-05  5.7539e-05  1.6256e-07  5.0937e-03  7.4416e-03  0:01:02   74
       127  1.7009e-04  8.9546e-05  4.7299e-05  5.6865e-05  1.6037e-07  5.2022e-03  7.5965e-03  0:01:00   73
       128  1.6921e-04  8.6317e-05  4.7290e-05  5.4639e-05  1.6386e-07  5.3354e-03  7.8741e-03  0:01:00   72
       129  1.6312e-04  7.9517e-05  4.7024e-05  5.3141e-05  1.6211e-07  5.4516e-03  8.2128e-03  0:01:00   71
       130  1.5867e-04  7.5250e-05  4.6537e-05  4.9761e-05  1.5842e-07  5.6001e-03  8.4785e-03  0:01:00   70
       131  1.5143e-04  7.0270e-05  4.5997e-05  4.8880e-05  1.5919e-07  5.7445e-03  8.9434e-03  0:00:59   69
       132  1.4960e-04  6.8773e-05  4.6415e-05  4.7474e-05  1.6379e-07  5.9360e-03  9.5408e-03  0:00:59   68

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       133  1.4587e-04  6.7415e-05  4.6850e-05  4.5989e-05  1.7184e-07  6.1162e-03  1.0208e-02  0:00:58   67
       134  1.4222e-04  6.4621e-05  4.7612e-05  4.3419e-05  1.8133e-07  6.3319e-03  1.0949e-02  0:00:58   66
       135  1.4072e-04  6.3531e-05  4.8076e-05  4.2358e-05  1.8207e-07  6.5326e-03  1.1549e-02  0:00:57   65
       136  1.4351e-04  6.1727e-05  4.9554e-05  4.2242e-05  1.8629e-07  6.7659e-03  1.2323e-02  0:00:56   64
       137  1.4579e-04  6.1405e-05  5.0729e-05  4.1346e-05  1.9446e-07  6.9677e-03  1.2940e-02  0:00:55   63
       138  1.4374e-04  5.7511e-05  5.1731e-05  4.0355e-05  1.9794e-07  7.1681e-03  1.3685e-02  0:00:55   62
       139  1.4297e-04  5.8132e-05  5.2386e-05  3.9775e-05  1.9647e-07  7.3638e-03  1.3522e-02  0:00:54   61
       140  1.3703e-04  5.5700e-05  5.3305e-05  3.9707e-05  1.9571e-07  7.5833e-03  1.4336e-02  0:00:53   60
       141  1.2992e-04  5.5632e-05  5.4715e-05  3.9411e-05  2.0092e-07  7.8178e-03  1.4715e-02  0:00:52   59
       142  1.2582e-04  5.4533e-05  5.5959e-05  3.9727e-05  1.9954e-07  8.0852e-03  1.5387e-02  0:00:51   58
       143  1.2173e-04  5.5642e-05  5.7275e-05  4.0486e-05  2.0084e-07  8.3651e-03  1.6332e-02  0:00:50   57

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       144  1.1828e-04  5.7444e-05  5.9183e-05  4.2321e-05  2.0537e-07  8.6803e-03  1.7165e-02  0:00:50   56
       145  1.1417e-04  5.8505e-05  5.9854e-05  4.3726e-05  2.0223e-07  9.0180e-03  1.8246e-02  0:00:49   55
       146  1.1319e-04  6.1203e-05  6.1588e-05  4.5461e-05  2.0413e-07  9.3983e-03  1.9170e-02  0:00:48   54
       147  1.1310e-04  6.3582e-05  6.3450e-05  4.7698e-05  2.1003e-07  9.8236e-03  2.0155e-02  0:00:47   53
       148  1.1343e-04  6.5120e-05  6.4421e-05  4.9457e-05  2.0534e-07  1.0268e-02  2.0931e-02  0:00:50   52
       149  1.1260e-04  6.6911e-05  6.6086e-05  5.1683e-05  2.0896e-07  1.0724e-02  2.1991e-02  0:00:48   51
       150  1.0920e-04  7.0184e-05  6.8685e-05  5.3389e-05  2.1098e-07  1.1304e-02  2.3369e-02  0:00:46   50
       151  1.0668e-04  7.3391e-05  7.1058e-05  5.5048e-05  2.1083e-07  1.1928e-02  2.4199e-02  0:00:45   49
       152  1.0389e-04  7.5849e-05  7.4202e-05  5.6490e-05  2.1532e-07  1.2615e-02  2.5245e-02  0:00:44   48
       153  1.0145e-04  7.4933e-05  7.6698e-05  5.7359e-05  2.1353e-07  1.3342e-02  2.7080e-02  0:00:43   47
       154  9.7776e-05  7.3785e-05  7.8524e-05  5.7686e-05  2.1166e-07  1.4101e-02  2.8002e-02  0:00:42   46

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       155  9.5381e-05  7.3653e-05  8.1378e-05  5.9307e-05  2.1031e-07  1.4971e-02  3.0037e-02  0:00:40   45
       156  9.2105e-05  7.3169e-05  8.4456e-05  6.1140e-05  2.0980e-07  1.5941e-02  3.0773e-02  0:00:39   44
       157  8.8758e-05  7.3168e-05  8.7709e-05  6.1907e-05  2.1007e-07  1.7009e-02  3.2833e-02  0:00:38   43
       158  8.5552e-05  7.2754e-05  9.1291e-05  6.2592e-05  2.1273e-07  1.8175e-02  3.6145e-02  0:00:37   42
       159  8.2177e-05  7.3537e-05  9.4970e-05  6.4657e-05  2.0975e-07  1.9556e-02  3.6033e-02  0:00:37   41
       160  8.0555e-05  7.4670e-05  9.8019e-05  6.6391e-05  2.1032e-07  2.1133e-02  4.1183e-02  0:00:36   40
       161  7.8122e-05  7.4868e-05  1.0120e-04  6.6627e-05  2.1101e-07  2.2904e-02  4.4232e-02  0:00:35   39
       162  7.5407e-05  7.4772e-05  1.0372e-04  6.8125e-05  2.0961e-07  2.5104e-02  4.7883e-02  0:00:34   38
       163  7.4331e-05  7.3938e-05  1.0623e-04  6.8000e-05  2.0801e-07  2.7734e-02  5.5034e-02  0:00:33   37
       164  7.4582e-05  7.4019e-05  1.0978e-04  6.6835e-05  2.0745e-07  3.0810e-02  6.4170e-02  0:00:32   36
       165  7.4553e-05  7.1799e-05  1.1079e-04  6.7728e-05  2.0078e-07  3.4727e-02  7.0209e-02  0:00:31   35

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       166  7.3423e-05  6.8601e-05  1.0998e-04  6.6494e-05  1.9250e-07  3.9382e-02  8.5842e-02  0:00:30   34
       167  7.1144e-05  6.3943e-05  1.0638e-04  6.3304e-05  1.7919e-07  4.5032e-02  9.7631e-02  0:00:29   33
       168  6.7248e-05  5.8761e-05  1.0131e-04  6.0706e-05  1.6718e-07  5.2829e-02  1.1561e-01  0:00:28   32
       169  6.2542e-05  5.2042e-05  9.2654e-05  5.3970e-05  1.4794e-07  6.1720e-02  1.5925e-01  0:00:27   31
       170  5.7246e-05  4.5901e-05  8.3611e-05  4.7862e-05  1.3156e-07  7.4952e-02  1.7537e-01  0:00:26   30
       171  5.1659e-05  3.7486e-05  7.1406e-05  3.8642e-05  1.1080e-07  8.0579e-02  2.2544e-01  0:00:25   29
       172  4.4836e-05  3.0034e-05  5.7187e-05  3.0284e-05  8.2912e-08  6.8934e-02  2.8539e-01  0:00:24   28
       173  3.8141e-05  2.3965e-05  4.5262e-05  2.3917e-05  6.6931e-08  4.6608e-02  2.9355e-01  0:00:24   27
       174  3.2015e-05  1.8831e-05  3.4714e-05  1.8702e-05  4.8224e-08  2.4933e-02  2.2908e-01  0:00:23   26
       175  2.6737e-05  1.4377e-05  2.5644e-05  1.3614e-05  2.9919e-08  1.0399e-02  1.0841e-01  0:00:22   25
       176  2.1500e-05  1.1338e-05  1.9470e-05  9.5848e-06  1.7738e-08  3.5962e-03  3.3978e-02  0:00:21   24

      iter  continuity  x-velocity  y-velocity  z-velocity      energy           k     epsilon     time/iter
       177  1.7282e-05  7.8114e-06  1.3069e-05  6.5682e-06  9.7146e-09  1.1233e-03  9.6761e-03  0:00:20   23
       178  1.3435e-05  5.5657e-06  9.1946e-06  4.5654e-06  5.1202e-09  3.6599e-04  3.0702e-03  0:00:19   22
       179  1.0240e-05  3.9495e-06  6.3178e-06  3.2415e-06  2.8775e-09  1.5816e-04  1.3255e-03  0:00:18   21
       180  7.7155e-06  2.8947e-06  4.4365e-06  2.3502e-06  1.8228e-09  9.2512e-05  7.8675e-04  0:00:18   20
    !  180 solution is converged

    Writing "htc_temp_mapping_LOW_TEMP.csv"...

    Writing information to ascii file ...
    Done.


    Writing to 585d62191d42:"/mnt/pyfluent/exhaust_manifold_results_LOW_TEMP.cas.h5" in NODE0 mode and compression level 1 ...
    Grouping cells for Laplace smoothing ...
          231020 cells,     2 zones ...
         1444129 faces,    11 zones ...
         1168370 nodes,     1 zone  ...
      Done.

      Writing boundary layer flags ...
      Done.
    Done.

    Writing to 585d62191d42:"/mnt/pyfluent/exhaust_manifold_results_LOW_TEMP.dat.h5" in NODE0 mode and compression level 1 ...
      Writing results.
    Done.




.. GENERATED FROM PYTHON SOURCE LINES 362-366

Exit the Solver
---------------
Close the Fluent solver.


.. GENERATED FROM PYTHON SOURCE LINES 366-367

.. code-block:: Python

    solver.exit()








.. rst-class:: sphx-glr-timing

   **Total running time of the script:** (6 minutes 54.328 seconds)


.. _sphx_glr_download_examples_fluent-mechanical_wf_fm_01_fluent.py:

.. only:: html

  .. container:: sphx-glr-footer sphx-glr-footer-example

    .. container:: sphx-glr-download sphx-glr-download-jupyter

      :download:`Download Jupyter notebook: wf_fm_01_fluent.ipynb <wf_fm_01_fluent.ipynb>`

    .. container:: sphx-glr-download sphx-glr-download-python

      :download:`Download Python source code: wf_fm_01_fluent.py <wf_fm_01_fluent.py>`

    .. container:: sphx-glr-download sphx-glr-download-zip

      :download:`Download zipped: wf_fm_01_fluent.zip <wf_fm_01_fluent.zip>`