Srlife moose interface#7
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Save as member of ThermohydraulicsThermalSolver after successful solve Then pass as arg to flowpath.solve()
srlife/interface.py has funcitons to facilitate interacting with library Added suite of tests to check funcitonality Added manual workflows to test Updated test to work on any machine More ssmall fixes LastFix
…e input file if the list only had one entry
…SM I/P Co-authored-by: Copilot <copilot@github.com>
Co-authored-by: Copilot <copilot@github.com>
Co-authored-by: Copilot <copilot@github.com>
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Summary
This PR adds a MOOSE based structural solution capability to srlife with some modifications to improve previous MOOSE based THM capability. Some major additions
mooseas a submodule.srlife/moose_interface.pyMOOSE structural-mechanics interface and reliability post-processor. Major functions:
create_moose_sm_inputs/build_structural_input— generates one MOOSE .i per receiver panel from THM exodus outputextract_thm_pressures_to_dat— pulls pressure along z from the 1D elements in THM exodusrun_moose_sm_model— launches the MOOSE structural solve vianemlapp(see below)read_tube_stress_and_temp: read solid mechanics solution and use incompute_moose_reliabilitysrlife/receiver.pyModification here remove hardcoded moose executables. Modifications rely on environment variables to find MOOSE_DIR, MOOSE_THM, MOOSE_MPI, MOOSE_NPROCS
nemlappA small standalone MOOSE app that exposes NEML material models (CauchyStressFromNEML, ComputeThermalExpansionEigenstrainNEML) so the SM solve no longer needs a full
deerbuild.run_moose_sm_modelinvokes theNEMLAPPenv var.install.shSimplified setup.
./install.shbuilds srlife dependencies only;./install.sh --with-mooseinitializes themoosesubmodule, builds the MOOSE Thermohydraulics module + nemlapp, and creates thesrlifeMooseconda env. Conda / SEACAS paths are auto-detected so no manual config. The user needs NEML though.