Fabrizio L. Scarpa

This study examines agarose hydrogels' dynamic mechanical properties under varying humidity and polymer concentration, finding optimal energy dissipation at intermediate network densities.

This paper introduces coagulative granular hydrogels stabilized by enzyme-catalyzed fibrin networks to enhance mechanical integrity and support tissue regeneration.

This paper develops hydrogels with tunable porosity and extreme vibration damping properties using dialysis casting, showing significant improvements in dynamic modulus and damping effectiveness.