Shariar, F. Et Al. 2025. A hybrid model to analyze stress distributions at the tool and workpiece interface during drilling of thick cfrp laminates considering thermal effects. International Journal of Advanced Manufacturing Technology .

Shariar, F., KARAGÜZEL, U., & Karpat, Y., (2025). A hybrid model to analyze stress distributions at the tool and workpiece interface during drilling of thick cfrp laminates considering thermal effects. International Journal of Advanced Manufacturing Technology .

Shariar, Fahim, Umut KARAGÜZEL, And Yiğit Karpat. "A hybrid model to analyze stress distributions at the tool and workpiece interface during drilling of thick cfrp laminates considering thermal effects," International Journal of Advanced Manufacturing Technology , 2025

Shariar, Fahim Et Al. "A hybrid model to analyze stress distributions at the tool and workpiece interface during drilling of thick cfrp laminates considering thermal effects." International Journal of Advanced Manufacturing Technology , 2025

Shariar, F. KARAGÜZEL, U. And Karpat, Y. (2025) . "A hybrid model to analyze stress distributions at the tool and workpiece interface during drilling of thick cfrp laminates considering thermal effects." International Journal of Advanced Manufacturing Technology .

@article{article, author={Fahim Shariar Et Al. }, title={A hybrid model to analyze stress distributions at the tool and workpiece interface during drilling of thick cfrp laminates considering thermal effects}, journal={International Journal of Advanced Manufacturing Technology}, year=2025}