ALTUNTAŞ, U. Et Al. 2024. Bioinspired soft-hard interfaces fabricated by multi-material additive manufacturing: A fracture mechanics investigation using essential work of fracture. Mechanics of Materials , vol.195 .

ALTUNTAŞ, U., ÇÖKER, D., & Yavas, D., (2024). Bioinspired soft-hard interfaces fabricated by multi-material additive manufacturing: A fracture mechanics investigation using essential work of fracture. Mechanics of Materials , vol.195.

ALTUNTAŞ, UMUT, DEMİRKAN ÇÖKER, And Denizhan Yavas. "Bioinspired soft-hard interfaces fabricated by multi-material additive manufacturing: A fracture mechanics investigation using essential work of fracture," Mechanics of Materials , vol.195, 2024

ALTUNTAŞ, UMUT Et Al. "Bioinspired soft-hard interfaces fabricated by multi-material additive manufacturing: A fracture mechanics investigation using essential work of fracture." Mechanics of Materials , vol.195, 2024

ALTUNTAŞ, U. ÇÖKER, D. And Yavas, D. (2024) . "Bioinspired soft-hard interfaces fabricated by multi-material additive manufacturing: A fracture mechanics investigation using essential work of fracture." Mechanics of Materials , vol.195.

@article{article, author={UMUT ALTUNTAŞ Et Al. }, title={Bioinspired soft-hard interfaces fabricated by multi-material additive manufacturing: A fracture mechanics investigation using essential work of fracture}, journal={Mechanics of Materials}, year=2024}