P. MI Et Al. , "Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement," 13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use , 2015
MI, P. Et Al. 2015. Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement. 13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use .
MI, P., SI, I., KARAGUZEL, U., UL, S., BUDAK, E., BAKKAL, M., ... RU, W.(2015). Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement . 13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use
MI, PUTZ Et Al. "Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement," 13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use, 2015
MI, PUTZ Et Al. "Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement." 13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use , 2015
MI, P. Et Al. (2015) . "Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement." 13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use .
@conferencepaper{conferencepaper, author={PUTZ MI Et Al. }, title={Improving performance of turn milling by controlling forces and thermally induced tool center point TCP displacement}, congress name={13th Global Conference on Sustainable Manufacturing: Decoupling Growth from Resource Use}, city={}, country={}, year={2015}}