Commit b30fbb01 authored by Rhydian Lewis's avatar Rhydian Lewis
Browse files

update to irradiation

parent ea906379

docs/source/examples/Irradiation_damage.rst

+22 −22
Original line number Diff line number Diff line
@@ -17,7 +17,7 @@ The workflow is employed in `VirtualLab <https://ibsim.co.uk/resources/software 


.. _Workflow:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/Figure1.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/Figure1.png



    Schematic diagram of the workflow for the developed platform.
@@ -35,7 +35,7 @@ To demonstrate the developed platform’s potential, a case study has been carri 


.. _Monoblock:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/tungsten__monoblock.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/tungsten__monoblock.png



    Schematic representation of Tungsten monoblock.
@@ -73,7 +73,7 @@ The generated mesh is shown in the :numref:`Fig. %s <Monoblock_sample>`. 


.. _Monoblock_sample:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/mono.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/mono.png



    Computational mesh of Tungsten monoblock.
@@ -117,7 +117,7 @@ The attributes of ``Paramak`` used to create the sample cad geometry are:: 
neutronics_simulation located in :file:`Scripts/Experiments/Irradiation/Openmc/neutronics_simulation.py` defines the  script used by **Openmc** to generate the cad geometry for neutronics simulation.





Once the simulation is completed, the output file 'damage_energy_openmc_mesh.vtk' and 'heating_openmc_mesh.vtk' will be saved to the sub-directory :file:`Output/Irradiation/Tutorials/'irradiated_day1000/ in *Openmc.Name*. 

Once the simulation is completed, the output file 'damage_energy_openmc_mesh.vtk' and 'heating_openmc_mesh.vtk' will be saved to the sub-directory :file:`Output/Irradiation/Tutorials/irradiated_day1000` in *Openmc.Name*. 



The attributes of ``Openmc`` used to perform neutronics simulation are::
@@ -135,7 +135,7 @@ The attributes of ``Openmc`` used to perform neutronics simulation are:: 
   Openmc.heat_output=['heating_openmc_mesh.vtk']

   Openmc.dagmc=['dagmc.h5m']



The tallied neutron heating values and damage energy values of monoblock are stored in the output file 'damage_energy_openmc_mesh.vtk' and 'heating_openmc_mesh.vtk' will be saved to the sub-directory :file:`Output/Irradiation/Tutorials/'irradiated_day1000/ in *Openmc.Name*. However, these values are generated for cell values of the mesh. In order to convert cell values to node values, paraview is implemented.

The tallied neutron heating values and damage energy values of monoblock are stored in the output file 'damage_energy_openmc_mesh.vtk' and 'heating_openmc_mesh.vtk' will be saved to the sub-directory :file:`Output/Irradiation/Tutorials/irradiated_day1000` in *Openmc.Name*. However, these values are generated for cell values of the mesh. In order to convert cell values to node values, paraview is implemented.



``paraview`` contains all the variables required by **paraview** software package to convert cell values to node values in the output file generated by Openmc simulation using script :file:`Scripts/Experiments/Irradiation/Mesh/neutronics_post.py` ::
@@ -147,13 +147,13 @@ Two files are generated: 'heating_openmc_mesh_pv.vtk' for neutron heating and 'd 


.. _heating:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/heating.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/heating.png



    Neutron heating across Tungsten monoblock.



.. _heating:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/damage_energy.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/damage_energy.png



    Damage energy across Tungsten monoblock.
@@ -228,7 +228,7 @@ The dpa distribution across monoblock is depicted in :numref:`Fig. %s <DPA>` 


.. _DPA:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/dpa.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/dpa.png





    DPA distribution across Tungsten monoblock.
@@ -242,7 +242,7 @@ In MoDELib, DD models are employed for fusion relevant materials such as iron (F 


.. _Dislocation:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/Disl.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/Disl.png



    RVE of tokamak component with irradiation-induced micro/nano structural defects.
@@ -273,7 +273,7 @@ The folders and files generated are shown in :numref:`Fig. %s <Dislocation_image 
.. _Dislocation_image:





.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/screenshot_dis.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/screenshot_dis.png



    Folders and files generated for Dislocation Dynamics simulation.
@@ -295,7 +295,7 @@ The stress-strain plot generated from Dislocation Dynamics simulation are shown 


.. _stress-strain:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/stress-strain__1_.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/stress-strain__1_.png



    Stress-strain generated from Dislocation Dynamics simulation (red denotes yield strength value).
@@ -383,7 +383,7 @@ The RVE mesh generated from *SALOME are shown in :numref:`Fig. %s <RVE mesh>` 


.. _RVE mesh:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/rve.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/rve.png



    RVE mesh with irradiation-induced defects.
@@ -416,9 +416,9 @@ The heat flux of RVE from *Code_Aster* simulation as are shown in :numref:`Fig. 


.. _Heat flux of RVE:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/hf2.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/hf2.png



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/hf.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/hf.png





    Heat flux of RVE with irradiation-induced defects.
@@ -439,7 +439,7 @@ The thermal boundary conditions imposed across the monoblock is depicted in :num 


.. _Monoblock1:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/thermal.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/thermal.png



    Thermal boundary conditions of Tungsten monoblock.
@@ -469,7 +469,7 @@ The results from FEA thermal simulation and dpa distribution is depicted in :num 


.. _therm:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/Presentation_vl.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/Presentation_vl.png



    DPA, thermal fields,yield strength and thermal conductivity distribution across Tungsten monoblock.
@@ -489,7 +489,7 @@ The mechanical boundary conditions imposed across the monoblock is depicted in : 


.. _Monoblock2:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/mech.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/mech.png



    Mechanical boundary conditions of Tungsten monoblock.
@@ -517,7 +517,7 @@ The results from FEA mechanical and thermal simulation alongwith dpa distributio 


.. _therm1:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/mechanical_2.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/mechanical_2.png





    DPA, thermal fields,thermal conductivity,yield strength,VonMises stress, Principal stress distribution across Tungsten monoblock.
@@ -564,6 +564,6 @@ A plot 'lifecycle.png' is generated in :file:`Output/Irradiation/Tutorials/irrad 


.. _Monoblock3:



.. figure :: https://gitlab.com/ibsim/virtuallab/-/raw/SM_irradiation_container/Figures/lifecycle_assess.png

.. figure :: https://gitlab.com/ibsim/media/-/raw/master/images/VirtualLab/Irradiation/lifecycle_assess.png



    Lifecycle assessment of CuCrZr pipe