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Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison
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T. Tezel Et Al. , "Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison," MATERIALPRUEFUNG/MATERIALS TESTING , vol.66, no.6, pp.830-834, 2024

Tezel, T. Et Al. 2024. Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison. MATERIALPRUEFUNG/MATERIALS TESTING , vol.66, no.6 , 830-834.

Tezel, T., Schultheiss, U., Hornberger, H., & Kovan, V., (2024). Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison. MATERIALPRUEFUNG/MATERIALS TESTING , vol.66, no.6, 830-834.

Tezel, TUĞÇE Et Al. "Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison," MATERIALPRUEFUNG/MATERIALS TESTING , vol.66, no.6, 830-834, 2024

Tezel, TUĞÇE Et Al. "Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison." MATERIALPRUEFUNG/MATERIALS TESTING , vol.66, no.6, pp.830-834, 2024

Tezel, T. Et Al. (2024) . "Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison." MATERIALPRUEFUNG/MATERIALS TESTING , vol.66, no.6, pp.830-834.

@article{article, author={TUĞÇE TEZEL Et Al. }, title={Operational wear behaviour of 3D-printed lightweight metal gears: EDS and oil analysis comparison}, journal={MATERIALPRUEFUNG/MATERIALS TESTING}, year=2024, pages={830-834} }