Dalkilic, B. Et Al. 2026. Cellulose nanofiber (CNF)-reinforced chitosan (Cs)–polyvinyl alcohol (PVOH) hybrid films as core layers in sandwich composites: a bio-based system with enhanced interfacial and thermo-mechanical performance. Wood Material Science and Engineering .

Dalkilic, B., Özen, E., BODUR, M. S., & CANDAN, Z., (2026). Cellulose nanofiber (CNF)-reinforced chitosan (Cs)–polyvinyl alcohol (PVOH) hybrid films as core layers in sandwich composites: a bio-based system with enhanced interfacial and thermo-mechanical performance. Wood Material Science and Engineering .

Dalkilic, Berk Et Al. "Cellulose nanofiber (CNF)-reinforced chitosan (Cs)–polyvinyl alcohol (PVOH) hybrid films as core layers in sandwich composites: a bio-based system with enhanced interfacial and thermo-mechanical performance," Wood Material Science and Engineering , 2026

Dalkilic, Berk Et Al. "Cellulose nanofiber (CNF)-reinforced chitosan (Cs)–polyvinyl alcohol (PVOH) hybrid films as core layers in sandwich composites: a bio-based system with enhanced interfacial and thermo-mechanical performance." Wood Material Science and Engineering , 2026

Dalkilic, B. Et Al. (2026) . "Cellulose nanofiber (CNF)-reinforced chitosan (Cs)–polyvinyl alcohol (PVOH) hybrid films as core layers in sandwich composites: a bio-based system with enhanced interfacial and thermo-mechanical performance." Wood Material Science and Engineering .

@article{article, author={Berk Dalkilic Et Al. }, title={Cellulose nanofiber (CNF)-reinforced chitosan (Cs)–polyvinyl alcohol (PVOH) hybrid films as core layers in sandwich composites: a bio-based system with enhanced interfacial and thermo-mechanical performance}, journal={Wood Material Science and Engineering}, year=2026}