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Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach
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Ş. ALTINSOY Et Al. , "Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach," Journal of Materials Engineering and Performance , 2024

ALTINSOY, Ş. Et Al. 2024. Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach. Journal of Materials Engineering and Performance .

ALTINSOY, Ş., Üllen, N. B., Ersoy, M., & CAN, D., (2024). Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach. Journal of Materials Engineering and Performance .

ALTINSOY, ŞAKİR Et Al. "Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach," Journal of Materials Engineering and Performance , 2024

ALTINSOY, ŞAKİR Et Al. "Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach." Journal of Materials Engineering and Performance , 2024

ALTINSOY, Ş. Et Al. (2024) . "Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach." Journal of Materials Engineering and Performance .

@article{article, author={ŞAKİR ALTINSOY Et Al. }, title={Machining Performance of Uncoated and Carbide Coated Cutting Inserts in Ti6Al4V Turning: An Experimental and Numerical Approach}, journal={Journal of Materials Engineering and Performance}, year=2024}