E. F. Sukur Et Al. , "Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites," POLYMER COMPOSITES , vol.43, no.11, pp.8396-8408, 2022
Sukur, E. F. Et Al. 2022. Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites. POLYMER COMPOSITES , vol.43, no.11 , 8396-8408.
Sukur, E. F., Elmas, S., Seyyednourani, M., ESKİZEYBEK, V., YILDIZ, M., & Sas, H. S., (2022). Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites. POLYMER COMPOSITES , vol.43, no.11, 8396-8408.
Sukur, Emine Et Al. "Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites," POLYMER COMPOSITES , vol.43, no.11, 8396-8408, 2022
Sukur, Emine F. Et Al. "Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites." POLYMER COMPOSITES , vol.43, no.11, pp.8396-8408, 2022
Sukur, E. F. Et Al. (2022) . "Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites." POLYMER COMPOSITES , vol.43, no.11, pp.8396-8408.
@article{article, author={Emine Feyza Sukur Et Al. }, title={Effects of meso- and micro-scale defects on hygrothermal aging behavior of glass fiber reinforced composites}, journal={POLYMER COMPOSITES}, year=2022, pages={8396-8408} }