Kumar, R. Et Al. 2025. Modeling and optimization of hard turning: predictive analysis of surface roughness and cutting forces in AISI 52100 steel using machine learning. International Journal on Interactive Design and Manufacturing , vol.19, no.8 , 5749-5778.

Kumar, R., Rafighi, M., ÖZDEMİR, M., ŞAHİNOĞLU, A., Kulshreshta, A., Singh, J., ... Singh, S.(2025). Modeling and optimization of hard turning: predictive analysis of surface roughness and cutting forces in AISI 52100 steel using machine learning. International Journal on Interactive Design and Manufacturing , vol.19, no.8, 5749-5778.

Kumar, Raman Et Al. "Modeling and optimization of hard turning: predictive analysis of surface roughness and cutting forces in AISI 52100 steel using machine learning," International Journal on Interactive Design and Manufacturing , vol.19, no.8, 5749-5778, 2025

Kumar, Raman Et Al. "Modeling and optimization of hard turning: predictive analysis of surface roughness and cutting forces in AISI 52100 steel using machine learning." International Journal on Interactive Design and Manufacturing , vol.19, no.8, pp.5749-5778, 2025

Kumar, R. Et Al. (2025) . "Modeling and optimization of hard turning: predictive analysis of surface roughness and cutting forces in AISI 52100 steel using machine learning." International Journal on Interactive Design and Manufacturing , vol.19, no.8, pp.5749-5778.

@article{article, author={Raman Kumar Et Al. }, title={Modeling and optimization of hard turning: predictive analysis of surface roughness and cutting forces in AISI 52100 steel using machine learning}, journal={International Journal on Interactive Design and Manufacturing}, year=2025, pages={5749-5778} }