DOĞAN, B. Et Al. 2023. The effects of different channel geometries in the displacer cylinder, working fluids, and engine speed on the energy and exergy performance characteristics of a β-type Stirling engine with a slider-crank drive mechanism. International Journal of Engine Research , vol.24, no.9 , 4008-4020.

DOĞAN, B., Erol, D., YEŞİLYURT, M. K., & Yaman, H., (2023). The effects of different channel geometries in the displacer cylinder, working fluids, and engine speed on the energy and exergy performance characteristics of a β-type Stirling engine with a slider-crank drive mechanism. International Journal of Engine Research , vol.24, no.9, 4008-4020.

DOĞAN, BATTAL Et Al. "The effects of different channel geometries in the displacer cylinder, working fluids, and engine speed on the energy and exergy performance characteristics of a β-type Stirling engine with a slider-crank drive mechanism," International Journal of Engine Research , vol.24, no.9, 4008-4020, 2023

DOĞAN, BATTAL Et Al. "The effects of different channel geometries in the displacer cylinder, working fluids, and engine speed on the energy and exergy performance characteristics of a β-type Stirling engine with a slider-crank drive mechanism." International Journal of Engine Research , vol.24, no.9, pp.4008-4020, 2023

DOĞAN, B. Et Al. (2023) . "The effects of different channel geometries in the displacer cylinder, working fluids, and engine speed on the energy and exergy performance characteristics of a β-type Stirling engine with a slider-crank drive mechanism." International Journal of Engine Research , vol.24, no.9, pp.4008-4020.

@article{article, author={BATTAL DOĞAN Et Al. }, title={The effects of different channel geometries in the displacer cylinder, working fluids, and engine speed on the energy and exergy performance characteristics of a β-type Stirling engine with a slider-crank drive mechanism}, journal={International Journal of Engine Research}, year=2023, pages={4008-4020} }