Alberto Sensini

This study investigates how scaffold geometry and material affect vibrational behavior under mechanical stimulation in electrospun bundles for tendon/ligament and enthesis tissue regeneration.

This paper examines how the mechanical behavior of biomimetic porous scaffolds changes with strain by analyzing evolving morphology and stress-strain relationships.

This study develops wave-inspired MEW scaffolds that mimic ligament structure and mechanics, supporting cell adhesion, proliferation, and matrix synthesis.

This study develops biomimetic nanofibrous scaffolds with auxetic properties for enthesis regeneration, showing their mechanical behavior matches natural tendon fascicles.

This paper investigates the structure and mechanics of the sheep calcaneal enthesis to inform scaffold design for tissue engineering.