Davide Riccobelli

Assistant Professor

Contact Information

Phone:
+39 02 2399 4559
Fax:
+39 02 2399
Office:
14, Nave
Email:
Personal web page:

Keywords

Computational Medicine for the Cardiocirculatory System
Living Systems and Precision Medicine

Publications

    

Available MOX Reports

RICCOBELLI, D.; CIARLETTA, P.; VITALE, G.; MAURINI, C.; TRUSKINOVSKY, L.
Elastic Instability behind Brittle Fracture
MAGRI, M.; RICCOBELLI, D.
Modelling of initially stressed solids: structure of the energy density in the incompressible limit
BARNAFI, N. A.; REGAZZONI, F.; RICCOBELLI, D.
Reconstructing relaxed configurations in elastic bodies: mathematical formulation and numerical methods for cardiac modeling
RICCOBELLI, D.; AL-TERKE, H. H.; LAAKSONEN, P.; METRANGOLO, P.; PAANANEN, A.; RAS, R. H. A.; CIARLETTA, P.; VELLA, D.
Flattened and wrinkled encapsulated droplets: Shape-morphing induced by gravity and evaporation
SU, Y.; RICCOBELLI, D.; CHEN, Y; CHEN, W; CIARLETTA, P
Tunable morphing of electroactive dielectric-elastomer balloons
ANDRINI, D.; BALBI, V.; BEVILACQUA, G.; LUCCI, G.; POZZI, G.; RICCOBELLI, D.
Mathematical modelling of axonal cortex contractility
CIARLETTA, P.; POZZI, G.; RICCOBELLI, D.
The Föppl–von Kármán equations of elastic plates with initial stress
RICCOBELLI, D.
Active elasticity drives the formation of periodic beading in damaged axons
RICCOBELLI, D.; NOSELLI, G.; DESIMONE, A.
Rods coiling about a rigid constraint: Helices and perversions
RICCOBELLI, D.; AGOSTI, A.; CIARLETTA, P.
On the existence of elastic minimizers for initially stressed materials
GIANTESIO, G.; MUSESTI, A.; RICCOBELLI, D.
A comparison between active strain and active stress in transversely isotropic hyperelastic materials
RICCOBELLI, D.; CIARLETTA, P.
Morpho-elastic model of the tortuous tumour vessels
RICCOBELLI, D.; CIARLETTA, P.
Shape transitions in a soft incompressible sphere with residual stresses
RICCOBELLI, D.; CIARLETTA, P.
Rayleigh-Taylor instability in soft elastic layers
AMBROSI, D.; PEZZUTO, S.; RICCOBELLI, D.; STYLIANOPOULOS, T.; CIARLETTA, P.
Solid tumors are poroelastic solids with a chemo--mechanical feedback on growth