O. Güler Et Al. , "OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS," Mobility & Vehicle Mechanics , vol.47, no.3, pp.9-22, 2021
Güler, O. Et Al. 2021. OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS. Mobility & Vehicle Mechanics , vol.47, no.3 , 9-22.
Güler, O., Gajević, S., Miladinović, S., Çuvalcı, H., & Stojanović, B., (2021). OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS. Mobility & Vehicle Mechanics , vol.47, no.3, 9-22.
Güler, ONUR Et Al. "OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS," Mobility & Vehicle Mechanics , vol.47, no.3, 9-22, 2021
Güler, ONUR Et Al. "OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS." Mobility & Vehicle Mechanics , vol.47, no.3, pp.9-22, 2021
Güler, O. Et Al. (2021) . "OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS." Mobility & Vehicle Mechanics , vol.47, no.3, pp.9-22.
@article{article, author={ONUR GÜLER Et Al. }, title={OPTIMIZATION OF ZINC-BASED HYBRID NANOCOMPOSITES USING TAGUCHI GREY RELATION ANALYSIS}, journal={Mobility & Vehicle Mechanics}, year=2021, pages={9-22} }