Commit 2a3f731b authored by Rhydian Lewis's avatar Rhydian Lewis
Browse files

Merge branch 'SM_irradiation_container_version_2' into 'dev' 

Sm irradiation container version 2

See merge request !90
parents 20277173 7db05af8

.gitignore

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@@ -54,5 +54,9 @@ Materials/* 
!Materials/Copper_NL/

!Materials/Tungsten/

!Materials/Tungsten_NL/

!Materials/Tungsten_Irrad/

!Materials/Copper_Irrad/

!Materials/cucrzr_Irrad/

Input/DislDy/Tutorials/Parameters.py

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from types import SimpleNamespace as Namespace



modelib = Namespace()



modelib.Name = 'microstructure'



modelib.File='DDD'





modelib.dislocationline = 2e14

modelib.dislocationloop = 1e22

modelib.prec=1e21

modelib.b=.01

modelib.dim=1

modelib.temp=300

modelib.strainrate=1e-11



DPA = Namespace()



DPA.Name = 'microstructure'



DPA.File=('mechanical_load_results','dpa_calculation')

Input/DislDy/Tutorials/TrainingParameters.py

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from types import SimpleNamespace as Namespace



modelib = Namespace()



modelib.Name = 'microstructure'



modelib.File='DDD'





modelib.dislocationline = 2e14

modelib.dislocationloop = 1e22

modelib.prec=1e21

modelib.b=.1

modelib.dim=1

modelib.temp=300

modelib.strainrate=1e-11



DPA = Namespace()



DPA.Name = 'microstructure'



DPA.File=('mechanical_load_results','dpa_calculation')

Input/Irradiation/Tutorials/damage.py

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from types import SimpleNamespace as Namespace



# Inputs to convert damage energy values from neutronics simulation to finite element element mesh

Sim = Namespace()

Sim.Name='unirradiated_day0'

Sim.AsterFile = 'damage'

Sim.vtk=0 # VTK file format from neutronics simulation

Sim.Mesh = 'mono'

Sim.width_mesh=50 # Mesh size along the width used from neutronics simulation

Sim.height_mesh=50 # Mesh size along the height used from neutronics simulation

Sim.thic_mesh=25 # Mesh size along the thickness used from neutronics simulation





# Inputs to convert damage energy values to displacement per atom (dpa)

dpa=0 



DPA= Namespace()

DPA.Name='unirradiated_day0'

DPA.dpa=dpa # Extension of Filenames for dpa calculated for different days

DPA.Cluster_tu=15 # Number of clusters for tungsten

DPA.Cluster_cu=10 # Number of clusters for copper

DPA.File=('dpa_calc','dpa_calculation')

DPA.Cluster_cucrzr=10 # Number of clusters for cucrzr

DPA.fusion_power=1.5e5 # Fusion power in Watts

DPA.days=1000 # Number of days

DPA.Warmour_height_lower=1.15 # lower height of monoblock from origin

DPA.Warmour_height_upper=1.15 # upper height of monoblock from origin

DPA.Warmour_width=2.3 # width of monoblock

DPA.Warmour_thickness=1.2 # thickness of monoblock

DPA.width_mesh=50 # Mesh size along the width used from neutronics simulation

DPA.height_mesh=50 # Mesh size along the height used from neutronics simulation

DPA.thic_mesh=25 # Mesh size along the thickness used from neutronics simulation

Input/Irradiation/Tutorials/dpa_post.py

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from types import SimpleNamespace as Namespace



# Inputs for plotting the dpa distribution across the monoblock



Sim = Namespace()

Sim.Name='unirradiated_day0'

Sim.AsterFile = 'dpa_post'

Sim.Mesh = 'mono'

Sim.dpa=0