SÜRMEN, A. Et Al. 2024. Experimental analysis of the volumetric and thermal efficiency performance of a novel direct piezo-acting CVVT mechanism. International Journal of Green Energy , vol.21, no.5 , 948-958.

SÜRMEN, A., KARAMANGİL, M. İ., AVCI, A., Dirim, B., IŞIKLI, F., TEKİN, M. E., ... Türköz, N.(2024). Experimental analysis of the volumetric and thermal efficiency performance of a novel direct piezo-acting CVVT mechanism. International Journal of Green Energy , vol.21, no.5, 948-958.

SÜRMEN, ALİ Et Al. "Experimental analysis of the volumetric and thermal efficiency performance of a novel direct piezo-acting CVVT mechanism," International Journal of Green Energy , vol.21, no.5, 948-958, 2024

SÜRMEN, ALİ Et Al. "Experimental analysis of the volumetric and thermal efficiency performance of a novel direct piezo-acting CVVT mechanism." International Journal of Green Energy , vol.21, no.5, pp.948-958, 2024

SÜRMEN, A. Et Al. (2024) . "Experimental analysis of the volumetric and thermal efficiency performance of a novel direct piezo-acting CVVT mechanism." International Journal of Green Energy , vol.21, no.5, pp.948-958.

@article{article, author={ALİ SÜRMEN Et Al. }, title={Experimental analysis of the volumetric and thermal efficiency performance of a novel direct piezo-acting CVVT mechanism}, journal={International Journal of Green Energy}, year=2024, pages={948-958} }