E. Söylemez, "High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V," ADDITIVE MANUFACTURING , vol.31, 2020
Söylemez, E. 2020. High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V. ADDITIVE MANUFACTURING , vol.31 .
Söylemez, E., (2020). High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V. ADDITIVE MANUFACTURING , vol.31.
Söylemez, Emrecan. "High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V," ADDITIVE MANUFACTURING , vol.31, 2020
Söylemez, Emrecan. "High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V." ADDITIVE MANUFACTURING , vol.31, 2020
Söylemez, E. (2020) . "High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V." ADDITIVE MANUFACTURING , vol.31.
@article{article, author={Emrecan Söylemez}, title={High deposition rate approach of selective laser melting through defocused single bead experiments and thermal finite element analysis for Ti-6Al-4V}, journal={ADDITIVE MANUFACTURING}, year=2020}