A. T. Kuzu And M. Bakkal, "The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology," JOURNAL OF INDUSTRIAL TEXTILES , vol.45, no.6, pp.1364-1382, 2016
Kuzu, A. T. And Bakkal, M. 2016. The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology. JOURNAL OF INDUSTRIAL TEXTILES , vol.45, no.6 , 1364-1382.
Kuzu, A. T., & Bakkal, M., (2016). The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology. JOURNAL OF INDUSTRIAL TEXTILES , vol.45, no.6, 1364-1382.
Kuzu, Ali, And Mustafa Bakkal. "The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology," JOURNAL OF INDUSTRIAL TEXTILES , vol.45, no.6, 1364-1382, 2016
Kuzu, Ali T. And Bakkal, Mustafa. "The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology." JOURNAL OF INDUSTRIAL TEXTILES , vol.45, no.6, pp.1364-1382, 2016
Kuzu, A. T. And Bakkal, M. (2016) . "The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology." JOURNAL OF INDUSTRIAL TEXTILES , vol.45, no.6, pp.1364-1382.
@article{article, author={Ali Taner Kuzu And author={Mustafa Bakkal}, title={The effect of cutting parameters and tool geometry on machinability of cotton-fiber reinforced polymer composites: Cutting forces, burr formation, and chip morphology}, journal={JOURNAL OF INDUSTRIAL TEXTILES}, year=2016, pages={1364-1382} }