K. Türk And C. Kına, "Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber," Advances in Concrete Construction , vol.16, no.1, pp.1-20, 2023
Türk, K. And Kına, C. 2023. Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber. Advances in Concrete Construction , vol.16, no.1 , 1-20.
Türk, K., & Kına, C., (2023). Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber. Advances in Concrete Construction , vol.16, no.1, 1-20.
Türk, KAZIM, And Ceren Kına. "Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber," Advances in Concrete Construction , vol.16, no.1, 1-20, 2023
Türk, KAZIM And Kına, Ceren. "Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber." Advances in Concrete Construction , vol.16, no.1, pp.1-20, 2023
Türk, K. And Kına, C. (2023) . "Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber." Advances in Concrete Construction , vol.16, no.1, pp.1-20.
@article{article, author={KAZIM TÜRK And author={Ceren Kına}, title={Fire resistance of hybrid fiber reinforced SCC: Effect of use of polyvinyl-alcohol or polypropylene with single and binary steel fiber}, journal={Advances in Concrete Construction}, year=2023, pages={1-20} }