ML_PREDICT_ERSATZ¶
ML_PREDICT_ERSATZ Worker Updates¶
Overview¶
The ML_PREDICT_ERSATZ worker has been updated with new input options for configuring the Ultimate Strain Plateau Column selection.
New Input Options¶
The following options are now available under the Ultimate Strain Plateau Column input field:
eng_mid_uf stresseng_mid_uf straineng_mid_yu stresseng_mid_yu strain
Description¶
These newly added options allow users to select additional engineering stress and strain datasets for ultimate strain plateau calculations and ERSATZ prediction workflows.
Option Details¶
| Option Name | Description |
|---|---|
eng_mid_uf stress |
Uses engineering mid ultimate failure stress. |
eng_mid_uf strain |
Uses engineering mid ultimate failure strain. |
eng_mid_yu stress |
Uses engineering mid yield ultimate stress. |
eng_mid_yu strain |
Uses engineering mid yield ultimate strain. |
ML_PREDICT_ERSTAZ – Smooth Ultimate Peak Input Option¶
Overview¶
The ML_PREDICT_ERSTAZ worker now includes a new input option called Smooth Ultimate Peak, enabling controlled smoothing of the ultimate peak response in the prediction output.
This enhancement improves stability and interpretability of predicted results by reducing sharp variations at peak response regions.
Feature Details¶
- New input option: Smooth Ultimate Peak
- Enables controlled smoothing of ultimate peak response
- Applied during prediction output generation in the ML workflow
- Helps reduce noise and sharp fluctuations near peak values
ML_PREDICT_ERSATZ Worker matrics¶
Overview¶
The ML_PREDICT_ERSATZ worker has been enhanced to provide more comprehensive predictive metrics for both Power and Shape evaluations within the ERSATZ output dataset.
This update introduces additional granular fields, including:
post_powerdamage_max
These newly added metrics enable deeper analytical insight into ERSATZ prediction behavior and improve downstream post-processing and validation workflows.
