M. KOCAMAN Et Al. , "Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition," Tribology International , vol.199, 2024
KOCAMAN, M. Et Al. 2024. Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition. Tribology International , vol.199 .
KOCAMAN, M., AKÇAY, S. B., GÜLER, O., ÇUVALCI, H., & VAROL, T., (2024). Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition. Tribology International , vol.199.
KOCAMAN, MÜCAHİT Et Al. "Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition," Tribology International , vol.199, 2024
KOCAMAN, MÜCAHİT Et Al. "Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition." Tribology International , vol.199, 2024
KOCAMAN, M. Et Al. (2024) . "Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition." Tribology International , vol.199.
@article{article, author={MÜCAHİT KOCAMAN Et Al. }, title={Enhancing mechanical properties and tribological performance through boron carbide hybridization in Novolac matrix graphite composites under dry sliding condition}, journal={Tribology International}, year=2024}