Sukur, E. F. Et Al. 2023. An experimental implication of long-term hot-wet-aged carbon fiber/polyether ketone ketone composites: The impact of automated fiber placement process parameters and process-induced defects. Journal of Applied Polymer Science , vol.140, no.29 .

Sukur, E. F., Elmas, S., ESKİZEYBEK, V., Sas, H. S., & Yildiz, M., (2023). An experimental implication of long-term hot-wet-aged carbon fiber/polyether ketone ketone composites: The impact of automated fiber placement process parameters and process-induced defects. Journal of Applied Polymer Science , vol.140, no.29.

Sukur, Emine Et Al. "An experimental implication of long-term hot-wet-aged carbon fiber/polyether ketone ketone composites: The impact of automated fiber placement process parameters and process-induced defects," Journal of Applied Polymer Science , vol.140, no.29, 2023

Sukur, Emine F. Et Al. "An experimental implication of long-term hot-wet-aged carbon fiber/polyether ketone ketone composites: The impact of automated fiber placement process parameters and process-induced defects." Journal of Applied Polymer Science , vol.140, no.29, 2023

Sukur, E. F. Et Al. (2023) . "An experimental implication of long-term hot-wet-aged carbon fiber/polyether ketone ketone composites: The impact of automated fiber placement process parameters and process-induced defects." Journal of Applied Polymer Science , vol.140, no.29.

@article{article, author={Emine Feyza Sukur Et Al. }, title={An experimental implication of long-term hot-wet-aged carbon fiber/polyether ketone ketone composites: The impact of automated fiber placement process parameters and process-induced defects}, journal={Journal of Applied Polymer Science}, year=2023}