M. Taftali Et Al. , "Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting," JOURNAL OF MANUFACTURING PROCESSES , vol.65, pp.112-118, 2021
Taftali, M. Et Al. 2021. Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting. JOURNAL OF MANUFACTURING PROCESSES , vol.65 , 112-118.
Taftali, M., Turalioglu, K., YETİM, A. F., UZUN, Y., AKPINAR, S., & YILDIZ, F., (2021). Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting. JOURNAL OF MANUFACTURING PROCESSES , vol.65, 112-118.
Taftali, Merve Et Al. "Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting," JOURNAL OF MANUFACTURING PROCESSES , vol.65, 112-118, 2021
Taftali, Merve Et Al. "Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting." JOURNAL OF MANUFACTURING PROCESSES , vol.65, pp.112-118, 2021
Taftali, M. Et Al. (2021) . "Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting." JOURNAL OF MANUFACTURING PROCESSES , vol.65, pp.112-118.
@article{article, author={Merve Taftali Et Al. }, title={Improvements in the static/dynamic strength of porcelain fused to metal dental crowns with surface protrusions produced by selective laser melting}, journal={JOURNAL OF MANUFACTURING PROCESSES}, year=2021, pages={112-118} }