A. ÖZBAYRAK Et Al. , "Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios," Journal of Building Engineering , vol.68, 2023
ÖZBAYRAK, A. Et Al. 2023. Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios. Journal of Building Engineering , vol.68 .
ÖZBAYRAK, A., KÜÇÜKGÖNCÜ, H., ASLANBAY, H. H., GÜL ASLANBAY, Y., & Atas, O., (2023). Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios. Journal of Building Engineering , vol.68.
ÖZBAYRAK, AHMET Et Al. "Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios," Journal of Building Engineering , vol.68, 2023
ÖZBAYRAK, AHMET Et Al. "Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios." Journal of Building Engineering , vol.68, 2023
ÖZBAYRAK, A. Et Al. (2023) . "Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios." Journal of Building Engineering , vol.68.
@article{article, author={AHMET ÖZBAYRAK Et Al. }, title={Comprehensive experimental analysis of the effects of elevated temperatures in geopolymer concretes with variable alkali activator ratios}, journal={Journal of Building Engineering}, year=2023}