MERT CÜCE, A. P. Et Al. 2024. Thermal and energy analysis of a novel solar updraft tower design with divergent chimney and convergent collector concept: CFD analysis with experimental validation. INTERNATIONAL JOURNAL OF LOW-CARBON TECHNOLOGIES , vol.19 , 714-722.

MERT CÜCE, A. P., Saxena, A., CÜCE, E., Kontoleon, K. J., Oztekin, E. K., Shaik, S., ... Guo, S.(2024). Thermal and energy analysis of a novel solar updraft tower design with divergent chimney and convergent collector concept: CFD analysis with experimental validation. INTERNATIONAL JOURNAL OF LOW-CARBON TECHNOLOGIES , vol.19, 714-722.

MERT CÜCE, AYŞE Et Al. "Thermal and energy analysis of a novel solar updraft tower design with divergent chimney and convergent collector concept: CFD analysis with experimental validation," INTERNATIONAL JOURNAL OF LOW-CARBON TECHNOLOGIES , vol.19, 714-722, 2024

MERT CÜCE, AYŞE P. Et Al. "Thermal and energy analysis of a novel solar updraft tower design with divergent chimney and convergent collector concept: CFD analysis with experimental validation." INTERNATIONAL JOURNAL OF LOW-CARBON TECHNOLOGIES , vol.19, pp.714-722, 2024

MERT CÜCE, A. P. Et Al. (2024) . "Thermal and energy analysis of a novel solar updraft tower design with divergent chimney and convergent collector concept: CFD analysis with experimental validation." INTERNATIONAL JOURNAL OF LOW-CARBON TECHNOLOGIES , vol.19, pp.714-722.

@article{article, author={AYŞE PINAR MERT CÜCE Et Al. }, title={Thermal and energy analysis of a novel solar updraft tower design with divergent chimney and convergent collector concept: CFD analysis with experimental validation}, journal={INTERNATIONAL JOURNAL OF LOW-CARBON TECHNOLOGIES}, year=2024, pages={714-722} }