schemaxisCantilever stress table to a checked workbook
The editable workflow combines a
bounded CalculiX cantilever with Calc's numeric workbook and named requirements.
Configure each native executable in your private Schemaxis configuration, then
run the workflow using the usual schemaxis run command.
The beam is 0.4 m long with a 0.02 m square section, Young's modulus 210 GPa, Poisson ratio 0.3 and a −100 N end-face load in the z direction. It must satisfy an absolute area-mean tip displacement limit of 0.0008 m and a sampled interior normal-stress limit of 20 MPa. CalculiX's separate axial/transverse refinement, beam-theory comparison and native reaction equilibrium checks apply first.
The workbook imports the verified interior Gauss-point table. Its four named checks require the expected 1,280 samples, compressive and tensile extrema within the declared intervals, and opposing extrema that reconcile within 10 Pa. These checks apply independently to recalculated XLSX and reopened ODS values. The column names explicitly carry SI units; CSV itself has no unit type system.
The acceptance recipe reads native workbook caches independently, checks their count/minimum/maximum against the captured stress CSV, compares the beam's displacement and support reactions with literal analytic expectations, and exercises reuse. Tightening the beam limit blocks the workbook entirely. Tightening only the workbook stress limit preserves the successful beam result but fails the consumer's acceptance.
PYTHONPATH=src python3 tools/qualify_beam_workbook.py \
--config /absolute/path/to/private-config.json \
--output-directory /absolute/path/to/fresh-evidence
The fixed sample count belongs to this fixture's mesh. Change it deliberately when changing the mesh. The checks concern sampled interior normal stress and area-mean tip displacement. They do not certify clamp/surface peak stress, yield, fatigue, an arbitrary structural model or all mesh sizes. A passing numerical check and a satisfied serviceability requirement are separate decisions.