Çeçen, F. Et Al. 2023. Decarbonization of the concrete railway sleeper production: bringing the low-dosage pozzolanic cement usage in the sleeper production via novel laminated CFRPU reinforcement technique. Materials Today Sustainability , vol.23 .

Çeçen, F., Aktaş, B., & Özbayrak, A., (2023). Decarbonization of the concrete railway sleeper production: bringing the low-dosage pozzolanic cement usage in the sleeper production via novel laminated CFRPU reinforcement technique. Materials Today Sustainability , vol.23.

Çeçen, Ferhat, BEKİR AKTAŞ, And AHMET ÖZBAYRAK. "Decarbonization of the concrete railway sleeper production: bringing the low-dosage pozzolanic cement usage in the sleeper production via novel laminated CFRPU reinforcement technique," Materials Today Sustainability , vol.23, 2023

Çeçen, Ferhat Et Al. "Decarbonization of the concrete railway sleeper production: bringing the low-dosage pozzolanic cement usage in the sleeper production via novel laminated CFRPU reinforcement technique." Materials Today Sustainability , vol.23, 2023

Çeçen, F. Aktaş, B. And Özbayrak, A. (2023) . "Decarbonization of the concrete railway sleeper production: bringing the low-dosage pozzolanic cement usage in the sleeper production via novel laminated CFRPU reinforcement technique." Materials Today Sustainability , vol.23.

@article{article, author={Ferhat Çeçen Et Al. }, title={Decarbonization of the concrete railway sleeper production: bringing the low-dosage pozzolanic cement usage in the sleeper production via novel laminated CFRPU reinforcement technique}, journal={Materials Today Sustainability}, year=2023}