Antoine
c930728b1c
- 3 studies: sensitivity (Method D), stiffness sweep (Method B), robustness - Atomizer specs with run matrices, Zernike annular OPD extractor - War-room validated hybrid B+D method
1.1 KiB
1.1 KiB
Study 01 — Sensitivity Map (Method D)
Type: Parametric — Prescribed Unit Displacements Runs: 12 (9 unique @ 60° + 1 baseline + 2 spot checks @ 40°) Model: Enforced displacement BCs with expression control
What This Does
Applies +1 μm displacement at each unique interface point in each global DOF direction, one at a time. Measures ΔWFE to build a sensitivity matrix: nm WFE per μm displacement per DOF per point.
This is the PRIMARY deliverable for StarSpec.
.sim Setup Required
- Create 9 NX expressions:
dV1_X, dV1_Y, dV1_Z, dV2_X, dV2_Y, dV2_Z, dL1_X, dL1_Y, dL1_Z(all default = 0) - Apply enforced displacement BCs on all 5 support nodes referencing these expressions
- Symmetry ties: V_right X = −dV2_X, L_right X = −dL1_X; Y/Z same sign as left counterpart
- Gravity load at target elevation (60° or 40°)
Extractor
Zernike annular OPD: 50 modes, J5+ filtered, inner_radius = 135.75 mm, reference subcase = 20° elevation.
Also extract individually: J9, J10 (trefoil) and J11 (spherical) for secondary reporting.
Output
Sensitivity matrix → feed into displacement limits and StarSpec deliverable.