GÜRAL, A. Et Al. 2024. The improvement of dry sliding tribological properties by designing nano-primary cementite in bainitic/martensitic matrix microstructure in hypereutectoid PM components. MATERIALS LETTERS , vol.377 .

GÜRAL, A., YILMAZ, T., Kafaoglu, M., & Erdogan, B., (2024). The improvement of dry sliding tribological properties by designing nano-primary cementite in bainitic/martensitic matrix microstructure in hypereutectoid PM components. MATERIALS LETTERS , vol.377.

GÜRAL, AHMET Et Al. "The improvement of dry sliding tribological properties by designing nano-primary cementite in bainitic/martensitic matrix microstructure in hypereutectoid PM components," MATERIALS LETTERS , vol.377, 2024

GÜRAL, AHMET Et Al. "The improvement of dry sliding tribological properties by designing nano-primary cementite in bainitic/martensitic matrix microstructure in hypereutectoid PM components." MATERIALS LETTERS , vol.377, 2024

GÜRAL, A. Et Al. (2024) . "The improvement of dry sliding tribological properties by designing nano-primary cementite in bainitic/martensitic matrix microstructure in hypereutectoid PM components." MATERIALS LETTERS , vol.377.

@article{article, author={AHMET GÜRAL Et Al. }, title={The improvement of dry sliding tribological properties by designing nano-primary cementite in bainitic/martensitic matrix microstructure in hypereutectoid PM components}, journal={MATERIALS LETTERS}, year=2024}