Beytekin, H. E. Et Al. 2024. Effect of fiber type, size, and utilization rate on mechanical and thermal properties of lightweight concrete facade panels. STRUCTURAL CONCRETE , vol.25, no.5 , 3824-3840.

Beytekin, H. E., Kaya, Y., Mardani, A., & Sezer, F., (2024). Effect of fiber type, size, and utilization rate on mechanical and thermal properties of lightweight concrete facade panels. STRUCTURAL CONCRETE , vol.25, no.5, 3824-3840.

Beytekin, Hatice Et Al. "Effect of fiber type, size, and utilization rate on mechanical and thermal properties of lightweight concrete facade panels," STRUCTURAL CONCRETE , vol.25, no.5, 3824-3840, 2024

Beytekin, Hatice E. Et Al. "Effect of fiber type, size, and utilization rate on mechanical and thermal properties of lightweight concrete facade panels." STRUCTURAL CONCRETE , vol.25, no.5, pp.3824-3840, 2024

Beytekin, H. E. Et Al. (2024) . "Effect of fiber type, size, and utilization rate on mechanical and thermal properties of lightweight concrete facade panels." STRUCTURAL CONCRETE , vol.25, no.5, pp.3824-3840.

@article{article, author={Hatice Elif Beytekin Et Al. }, title={Effect of fiber type, size, and utilization rate on mechanical and thermal properties of lightweight concrete facade panels}, journal={STRUCTURAL CONCRETE}, year=2024, pages={3824-3840} }