U. A. Yücekaya Et Al. , "The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air," ENERGY AND BUILDINGS , no.300, pp.113647, 2023
Yücekaya, U. A. Et Al. 2023. The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air. ENERGY AND BUILDINGS , no.300 , 113647.
Yücekaya, U. A., Kumlutaş, D., & Özer, Ö., (2023). The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air. ENERGY AND BUILDINGS , no.300, 113647.
Yücekaya, UTKU, DİLEK KUMLUTAŞ, And Özgün Özer. "The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air," ENERGY AND BUILDINGS , no.300, 113647, 2023
Yücekaya, UTKU A. Et Al. "The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air." ENERGY AND BUILDINGS , no.300, pp.113647, 2023
Yücekaya, U. A. Kumlutaş, D. And Özer, Ö. (2023) . "The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air." ENERGY AND BUILDINGS , no.300, p.113647.
@article{article, author={UTKU ALP YÜCEKAYA Et Al. }, title={The data assimilation of volumetric velocity and temperature data to extract boundary conditions for high-fidelity simulation of the indoor air}, journal={ENERGY AND BUILDINGS}, year=2023, pages={113647} }