CREATES A SHEAR RESPONSE TEMPLATE FOR DATA EXTRACTION¶
Creates a reusable Shear Response extraction template that captures force, displacement, and width node references for a shear specimen simulation. Use this worker to register a named response template that can subsequently drive curve-match comparisons between physical test data and LS-DYNA shear coupon results.
When to use¶
Tagged: curve_match, extraction, mat_calibration, response_template, shear, specimen, template.
Inputs¶
| Label | ID | Type | Default | Required | Description |
|---|---|---|---|---|---|
| UIFTDS | import_from_file | file | — | Optional file (UIFTDS format) from which sensor/node definitions are pre-populated into the template; leave empty to configure sensors manually. | |
| Template Name | template_name | text | Generic Shear Tensile Template | ✓ | Human-readable name assigned to the new response template (default: ‘Generic Shear Tensile Template’); must be unique unless delete_existing is set to ‘yes’. |
| Reference Curve | ref_curve | vector | — | ✓ | Reference experimental curve (force-displacement, engineering stress-strain, true stress-strain, or DIC strain vs. displacement) used as the physical-test baseline for curve-match error computation. |
| Reference Type | ref_curve_type | select | fd | ✓ | Declares the axis convention of the reference curve: ‘fd’ = Force vs. Displacement, ‘eng_ss’ = Engineering Stress vs. Strain, ‘true_ss’ = True Stress vs. Strain, ‘dic_strain’ = DIC Strain vs. Displacement; must match the units and axes of ref_curve. |
| Elastic Modulus | emod | text | 10 | ✓ | Elastic (Young’s) modulus of the shear specimen material used in stress-strain conversion; typical units are GPa or MPa — must be consistent with the simulation deck (default: 10). |
| Poisson Ratio | pr | text | 0.3 | ✓ | Poisson’s ratio of the specimen material used for lateral strain calculations; dimensionless, typical range 0.0–0.5 (default: 0.3). |
| Specimen PID | specimen_pid | text | 1 | ✓ | LS-DYNA Part ID of the shear specimen element set from which stress and strain responses are extracted (default: 1). |
| Section Force Id | force_cross_section_id | text | 1 | ✓ | LS-DYNA cross-section (SECTION_FORCE) ID used to extract the resultant shear force time-history (default: 1). |
| N1IOL | disp_node1_id | text | 1 | ✓ | Node 1 ID or label (N1IOL) defining the first point of the displacement gauge length along the loading axis (default: 1). |
| N2IOL | disp_node2_id | text | 2 | ✓ | Node 2 ID or label (N2IOL) defining the second point of the displacement gauge length along the loading axis (default: 2). |
| WN1IOL | width_node1_id | text | 1 | ✓ | Width Node 1 ID or label (WN1IOL) defining the first point of the transverse width measurement used for engineering strain computation (default: 1). |
| WN2IOL | width_node2_id | text | 2 | ✓ | Width Node 2 ID or label (WN2IOL) defining the second point of the transverse width measurement (default: 2). |
| Delete Existing | delete_existing | select | no | ✓ | Controls collision handling: ‘no’ (default) raises an error if a template with the same name already exists; ‘yes’ silently removes the existing template before creating the new one. |
Outputs¶
| Label | ID | Type | Description |
|---|---|---|---|
| Template Id | template_id | integer | Integer primary key of the newly created shear response template object (dataType: responsetemplate) in the d3VIEW platform, used to reference this template in downstream extraction or calibration workers. |
Disciplines¶
- cae.postprocessing.response
- engineering.material.characterization
- engineering.material.specimen
Auto-generated from platform schema. Worker id: template_create_shear_specimen. Schema hash: ab4b5cfbb1c3. Hand-curated docs in workerexamples/ override this page when present.