Ivan Giorgio

Associate professor

University of L'Aquila

Italy

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Ivan Giorgio is an Associate Professor at Università degli Studi dell'Aquila in Italy. His research focuses on advanced material design, biomechanics, and seismic wave analysis, as reflected in his recent publications. Areas of interest include metamaterials, bone healing mechanisms, and the mechanical properties of complex structures. He contributes significantly to understanding non-linear effects in seismic events and innovative approaches to 3D printing and biomaterials.

Articles (18)

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2025

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2022

Collaborators (3)

Alberto Maria BERSANI

Associate Professor

Sapienza University of Rome

ITALY

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Luca Placidi

Assistant Professor

International Telematic University Uninettuno

ITALY

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Mario Spagnuolo

University of Cagliari

ITALY

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Ivan Giorgio

Research Interests

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Articles (18)

Non-linear effects in seismic waves in high-energy earthquakes: A two-dimensional analysis for non-homogeneous isotropic media with a view towards the study of the 2009 L’Aquila earthquake

Simulating bone healing with bio-resorbable scaffolds in a three-dimensional system: insights into graft resorption and integration

New hinge design for fibrous metamaterial enables for filament 3D printing

A generalised plate with kinematically independent thickness for modelling shapes of corneas affected by keratoconus before and after penetrating keratoplasty

Heat conduction in multi-component step-wise FGMs

A 3D pantographic metamaterial behaving as a mechanical shield: Experimental and numerical evidence

Second-grade elasticity of three-dimensional pantographic lattices: theory and numerical experiments

Wrinkling of twisted thin films

An orthotropic continuum model with substructure evolution for describing bone remodeling: an interpretation of the primary mechanism behind Wolff’s law

A model for the bio-mechanical stimulus in bone remodelling as a diffusive signalling agent for bones reconstructed with bio-resorbable grafts

A Proposal for a Novel Formulation Based on the Hyperbolic Cattaneo’s Equation to Describe the Mechano-Transduction Process Occurring in Bone Remodeling

Maestro and his pupils: History of a scientific production

To Francesco dell’Isola

A continuum model based on Rayleigh dissipation functions to describe a Coulomb-type constitutive law for internal friction in woven fabrics

Shear rupture mechanism and dissipation phenomena in bias-extension test of pantographic sheets: Numerical modeling and experiments

A numerical comparison of the uniformly valid asymptotic plate equations with a 3D model: Clamped rectangular incompressible elastic plates

Generalized beam model for the analysis of wave propagation with a symmetric pattern of deformation in planar pantographic sheets

Bone Remodeling Process Based on Hydrostatic and Deviatoric Strain Mechano-Sensing

Collaborators (3)

Alberto Maria BERSANI

Luca Placidi

Mario Spagnuolo

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