Koseoglu, S. Et Al. 2025. Innovative Gel Method: Sustainable Crack Healing in Ceramic Geopolymer Mortars via Marine Actinomycetes and Bioactivated Carriers. CASE STUDIES IN CONSTRUCTION MATERIALS , vol.23, no.e04954 , 1-67.

Koseoglu, S., Kubat, M., Uysal, M., Aydogdu, E. O. A., Aygun, B. F., & Canpolat, O., (2025). Innovative Gel Method: Sustainable Crack Healing in Ceramic Geopolymer Mortars via Marine Actinomycetes and Bioactivated Carriers. CASE STUDIES IN CONSTRUCTION MATERIALS , vol.23, no.e04954, 1-67.

Koseoglu, Sumeyye Et Al. "Innovative Gel Method: Sustainable Crack Healing in Ceramic Geopolymer Mortars via Marine Actinomycetes and Bioactivated Carriers," CASE STUDIES IN CONSTRUCTION MATERIALS , vol.23, no.e04954, 1-67, 2025

Koseoglu, Sumeyye Et Al. "Innovative Gel Method: Sustainable Crack Healing in Ceramic Geopolymer Mortars via Marine Actinomycetes and Bioactivated Carriers." CASE STUDIES IN CONSTRUCTION MATERIALS , vol.23, no.e04954, pp.1-67, 2025

Koseoglu, S. Et Al. (2025) . "Innovative Gel Method: Sustainable Crack Healing in Ceramic Geopolymer Mortars via Marine Actinomycetes and Bioactivated Carriers." CASE STUDIES IN CONSTRUCTION MATERIALS , vol.23, no.e04954, pp.1-67.

@article{article, author={Sumeyye Koseoglu Et Al. }, title={Innovative Gel Method: Sustainable Crack Healing in Ceramic Geopolymer Mortars via Marine Actinomycetes and Bioactivated Carriers}, journal={CASE STUDIES IN CONSTRUCTION MATERIALS}, year=2025, pages={1-67} }