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🚨 a lot of the earlier description / design / acceptance criteria is duplicated in and moved to #1134 🚨
Encourage a specific Composite subclass where the children are all spheres to model one particle fuel object. Some specific design concepts / requirements
Children are only allowed to be SphereComponents
Multiplicity of each child is one as there is one layer of each material with a certain radii in a kernel. For your "standard" TRISO (Make standard way to represent TRISO fuel #228), this would be
fuel kernel
porous graphite layer
inner pyrolytic graphite
inert layer of SiC
outer pyrolytic graphite (same Material as inner pyrolytic graphite, but with different id and od parameters
john-science
changed the title
Dedicated composite sub-class for modeling particle fuel
Dedicated Composite sub-class for modeling particle fuel
Jan 3, 2023
Realized that the design here is largely duplicated from #1134 so I updated the description and acceptance criteria to be specific to the thing that models one particle fuel particle. Let me know if you'd like to see any changes @john-science@slee-USNC
I've been thinking about how our downstream clients will detect the presence of particle fuel. Looking at discussions in
🚨 a lot of the earlier description / design / acceptance criteria is duplicated in and moved to #1134 🚨
Encourage a specific
Composite
subclass where the children are all spheres to model one particle fuel object. Some specific design concepts / requirementsSphere
Component
sMaterial
as inner pyrolytic graphite, but with differentid
andod
parametersParticleFuel
itself can be greater than one to signify the number of a given particle in the parentCompact
- Provide a Compact class to hold particle fuel and matrix #1134__getitem__
picks up the given layer, sopf[0]
would be the innermost,pf[-1]
would be the outermost, etc.The text was updated successfully, but these errors were encountered: