ÖĞÜT, S. And KENTLİ, A. 2016. Numerically Investigating Effects of Channel Angle Friction and Ram Velocity on Strain Homogeneity in ECAP. International Journal of Scientific Research Engineering & Technology , vol.5, no.12 , 594-597.

ÖĞÜT, S., & KENTLİ, A., (2016). Numerically Investigating Effects of Channel Angle Friction and Ram Velocity on Strain Homogeneity in ECAP. International Journal of Scientific Research Engineering & Technology , vol.5, no.12, 594-597.

ÖĞÜT, SERKAN, And AYKUT KENTLİ. "Numerically Investigating Effects of Channel Angle Friction and Ram Velocity on Strain Homogeneity in ECAP," International Journal of Scientific Research Engineering & Technology , vol.5, no.12, 594-597, 2016

ÖĞÜT, SERKAN And KENTLİ, AYKUT. "Numerically Investigating Effects of Channel Angle Friction and Ram Velocity on Strain Homogeneity in ECAP." International Journal of Scientific Research Engineering & Technology , vol.5, no.12, pp.594-597, 2016

ÖĞÜT, S. And KENTLİ, A. (2016) . "Numerically Investigating Effects of Channel Angle Friction and Ram Velocity on Strain Homogeneity in ECAP." International Journal of Scientific Research Engineering & Technology , vol.5, no.12, pp.594-597.

@article{article, author={SERKAN ÖĞÜT And author={AYKUT KENTLİ}, title={Numerically Investigating Effects of Channel Angle Friction and Ram Velocity on Strain Homogeneity in ECAP}, journal={International Journal of Scientific Research Engineering & Technology}, year=2016, pages={594-597} }