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Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production
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E. ÖZKAYA And D. Biermann, "Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production," INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES , vol.128, pp.695-708, 2017

ÖZKAYA, E. And Biermann, D. 2017. Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production. INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES , vol.128 , 695-708.

ÖZKAYA, E., & Biermann, D., (2017). Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production. INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES , vol.128, 695-708.

ÖZKAYA, EKREM, And Dirk Biermann. "Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production," INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES , vol.128, 695-708, 2017

ÖZKAYA, EKREM And Biermann, Dirk. "Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production." INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES , vol.128, pp.695-708, 2017

ÖZKAYA, E. And Biermann, D. (2017) . "Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production." INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES , vol.128, pp.695-708.

@article{article, author={EKREM ÖZKAYA And author={Dirk Biermann}, title={Segmented and mathematical model for 3D FEM tapping simulation to predict the relative torque before tool production}, journal={INTERNATIONAL JOURNAL OF MECHANICAL SCIENCES}, year=2017, pages={695-708} }