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WIP: Magnet module #3921
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WIP: Magnet module #3921
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* start reversing material changes * reverse material * reverse material * reverse material * reverse mixture * add dependency * add dependency * strand purge * case purge * conductor purge * remove materials json * start on examples * other example purge * update dep branch * some progress ironing out * use is_superconductor * start mat prop comparison * strand props * fix strand Cp * pause * check cable props * Cp not right * match Cp mixture * print test * time func * switch youngs modulus * switch youngs modulus case * typo * clean up * fix other example * start reducing number of OperationalConditions * strand OperationalConditions * case OperationalConditions * conductor OperationalConditions * cable OperationalConditions * OperationalConditions full runthrough * change debug msg to append * fix example * add convergence print * add convergence print * add conv messages for dev * fix tests (except for matproplib error) * op_cond * fix remaining tests
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Linked Issues
Closes #138
Description
This pull request introduces the foundational architecture for modeling superconducting magnet components within the bluemira framework. It follows a bottom-up (micro to macro) design approach, beginning at the strand level and extending up to complete coil case configurations.
The implementation includes core abstractions and physical behavior for:
This structure supports future extensions toward full electromagnetic, thermal, and mechanical simulations of magnet systems.
A complete example has been provided to show the use of the magnet module.
Key Features
Still missing...
Interface Changes
Some minor modifications have been made to materials in order to allow the definition of materials properties that depends on more that one parameter.
Checklist
I confirm that I have completed the following checks:
pytest tests --reactorpre-commit run --from-ref develop --to-ref HEADsphinx-build -W documentation/source documentation/build