Physics-Informed Stacking Ensemble for Simultaneous Prediction of Surface Roughness and Sound Pressure Level in VBD Marble Milling — Dataset and Code

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Auteurs principaux: Özkan, Erkan, Öz, Oğuzhan
Format: Recurso digital
Langue:anglais
Publié: Zenodo 2026
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author Özkan, Erkan
Öz, Oğuzhan
author_facet Özkan, Erkan
Öz, Oğuzhan
contents <p>Experimental datasets (2,640 observations each for Afyon White and Afyon Grey marble), Google Colab notebooks, and all reproducible output files for the physics-informed stacking ensemble study. The pipeline combines Boruta-SHAP feature selection, chronological blocked cross-validation, and a Ridge meta-learner to simultaneously predict surface roughness (Ra) and sound pressure level (Lp) in VBD marble milling.</p>
format Recurso digital
id zenodo_https___doi_org_10_5281_zenodo_19372700
institution Zenodo
language eng
publishDate 2026
publisher Zenodo
record_format zenodo
spellingShingle Physics-Informed Stacking Ensemble for Simultaneous Prediction of Surface Roughness and Sound Pressure Level in VBD Marble Milling — Dataset and Code
Özkan, Erkan
Öz, Oğuzhan
marble milling surface roughness sound pressure level machine learning stacking ensemble vacuum brazed diamond Boruta-SHAP
<p>Experimental datasets (2,640 observations each for Afyon White and Afyon Grey marble), Google Colab notebooks, and all reproducible output files for the physics-informed stacking ensemble study. The pipeline combines Boruta-SHAP feature selection, chronological blocked cross-validation, and a Ridge meta-learner to simultaneously predict surface roughness (Ra) and sound pressure level (Lp) in VBD marble milling.</p>
title Physics-Informed Stacking Ensemble for Simultaneous Prediction of Surface Roughness and Sound Pressure Level in VBD Marble Milling — Dataset and Code
topic marble milling surface roughness sound pressure level machine learning stacking ensemble vacuum brazed diamond Boruta-SHAP
url https://doi.org/10.5281/zenodo.19372700