I. D. Sener-Yamaner Et Al. , "Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes," Journal of Adhesion Science and Technology , vol.31, no.1, pp.8-20, 2017
Sener-Yamaner, I. D. Et Al. 2017. Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes. Journal of Adhesion Science and Technology , vol.31, no.1 , 8-20.
Sener-Yamaner, I. D., EKİCİ, B., Sertgöz, A., Yuzbasioglu, E., & Özcan, M., (2017). Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes. Journal of Adhesion Science and Technology , vol.31, no.1, 8-20.
Sener-Yamaner, Isıl Et Al. "Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes," Journal of Adhesion Science and Technology , vol.31, no.1, 8-20, 2017
Sener-Yamaner, Isıl D. Et Al. "Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes." Journal of Adhesion Science and Technology , vol.31, no.1, pp.8-20, 2017
Sener-Yamaner, I. D. Et Al. (2017) . "Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes." Journal of Adhesion Science and Technology , vol.31, no.1, pp.8-20.
@article{article, author={Isıl Damla Sener-Yamaner Et Al. }, title={Finite element analysis on the optimal material choice and cavity design parameters for MOD inlays exposed to different force vectors and magnitudes}, journal={Journal of Adhesion Science and Technology}, year=2017, pages={8-20} }