KOCAER, Ö. And ALDEMİR, A. 2023. Compressive stress–strain model for the estimation of the flexural capacity of reinforced geopolymer concrete members. Structural Concrete , vol.24, no.4 , 5102-5121.

KOCAER, Ö., & ALDEMİR, A., (2023). Compressive stress–strain model for the estimation of the flexural capacity of reinforced geopolymer concrete members. Structural Concrete , vol.24, no.4, 5102-5121.

KOCAER, ÖZNUR, And ALPER ALDEMİR. "Compressive stress–strain model for the estimation of the flexural capacity of reinforced geopolymer concrete members," Structural Concrete , vol.24, no.4, 5102-5121, 2023

KOCAER, ÖZNUR And ALDEMİR, ALPER. "Compressive stress–strain model for the estimation of the flexural capacity of reinforced geopolymer concrete members." Structural Concrete , vol.24, no.4, pp.5102-5121, 2023

KOCAER, Ö. And ALDEMİR, A. (2023) . "Compressive stress–strain model for the estimation of the flexural capacity of reinforced geopolymer concrete members." Structural Concrete , vol.24, no.4, pp.5102-5121.

@article{article, author={ÖZNUR KOCAER And author={ALPER ALDEMİR}, title={Compressive stress–strain model for the estimation of the flexural capacity of reinforced geopolymer concrete members}, journal={Structural Concrete}, year=2023, pages={5102-5121} }