The comparative evaluation of the wear behavior of epoxy matrix hybrid nano-composites via experiments and machine learning models

10 publications in the local catalog that cite this work (OpenAlex reference match; not the full global list).

1. 2025 Machine learning-based cylinder pressure estimation using newly developed biodiesel–fusel oil mixtures in diesel enginesCitations 3 · OpenAlex
2. 2025 Machine learning-based cylinder pressure estimation using newly developed biodiesel–fusel oil mixtures in diesel enginesCitations 3 · OpenAlex
3. 2025 Machine learning‑based cylinder pressure estimation using newly developed biodiesel–fusel oil mixtures in diesel enginesCitations 3 · OpenAlex
4. 2025 Machine learning-based cylinder pressure estimation using newly developed biodiesel–fusel oil mixtures in diesel enginesCitations 3 · OpenAlex
5. 2025 Experimental investigation of wear behavior in Al2O3-reinforced glass fiber composites and comparative analysis of artificial neural network and machine learning modelsCitations 1 · OpenAlex
6. 2026 Deep Learning-Based Prediction of Tribological Properties in Mg-Cu and Mg-Zn Alloys for Biomedical ApplicationsCitations 0 · OpenAlex
7. 2026 Deep Learning-Based Prediction of Tribological Properties in Mg-Cu and Mg-Zn Alloys for Biomedical ApplicationsCitations 0 · OpenAlex
8. 2026 Deep Learning-Based Prediction of Tribological Properties in Mg-Cu and Mg-Zn Alloys for Biomedical ApplicationsCitations 0 · OpenAlex
9. 2025 Experimental investigation of wear behavior in Al2O3-reinforced glass fiber composites and comparative analysis of artificial neural network and machine learning modelsCitations 0 · OpenAlex
10. 2025 Experimental investigation of wear behavior in Al2O3-reinforced glass fiber composites and comparative analysis of artificial neural network and machine learning modelsCitations 0 · OpenAlex