Evidence of learning
m04_mesh_study.csvwith three cases.- Topological counts coincident with divisions.
- Summary
SHPPandn_shape_bad=0. - A graph of
|uy_tip|versus the number of elements. - The selected mesh and a justification based on cost and variation.
- The diagnosis of the five defects.
Exit checklist
- ☐ My three cases only differ in the discretization.
- ☐ The divisions are obtained from parameters and not from IDs.
- ☐ The real topology matches the expected one.
- ☐ TYPE, MAT and form approve before solving.
- ☐ The total load and the measurement point remain constant.
- ☐ Each change uses the next finer mesh as its reference.
- ☐ I accept
selected_case=0as a valid conclusion. - ☐ I do not use the singular stress of the fixed support as a criterion.
Technical traceability
The lesson uses Modeling and Meshing Guide for the mapped strategy;
Command Reference 2024 R1 for ESIZE, LESIZE,
MSHAPE, MSHKEY, SHPP, CHECK and
VCLEAR; and Element Reference for SOLID185.
Next step: M05
The test case has kept its boundary conditions constant. In M05 we will stop treating them as a preconfigured black box: we will translate the physical diagram into constraints and loads, and audit their resultant before solving.