Ivano Benedetti

Associate Professor

University of Palermo

Italy

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Ivano Benedetti is an Associate Professor at the University of Palermo, Italy. His research encompasses computational modeling techniques applied to aerospace engineering, particularly in areas such as aeroelastic analysis, hydrogen tanks for sustainable aviation, and damage modeling in composite materials. Recent publications highlight his work on high-order accurate methods and frameworks for analyzing the performance and stability of aviation components.

Ivano Benedetti

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Articles (20)

Computational thermo-mechanical modelling and design-space exploration of cryogenic hydrogen tanks for aviation

Variable-order framework for aeroelastic flutter analysis of laminated composite wings

A discontinuous Galerkin framework for aeroelastic flutter analysis with variable-order structural modeling capability

A DG-VLM framework for computational static aeroelastic analysis of composite wings

An adaptive Ritz formulation for progressive damage modelling in variable angle tow composite plates

A survey on hydrogen tanks for sustainable aviation

High-order accurate transient and free-vibration analysis of plates and shells

Turbofan Performance Estimation Using Neural Network Component Maps and Genetic Algorithm-Least Squares Solvers

Computational aeroelastic analysis of wings based on the structural discontinuous Galerkin and aerodynamic vortex lattice methods

Coupled VEM–BEM Approach for Isotropic Damage Modelling in Composite Materials

A non-linear Ritz method for progressive failure analysis of variable angle tow composite laminates

High-fidelity aeroelastic transonic analysis using higher-order structural models

High-order Accurate Beam Models Based on Discontinuous Galerkin Methods

An integral framework for computational thermo-elastic homogenization of polycrystalline materials

A computational aeroelastic framework based on high-order structural models and high-fidelity aerodynamics

High-fidelity aeroelastic transonic analysis using higher-order structural models

Coupling BEM and VEM for the Analysis of Composite Materials with Damage

Fracture of Honeycombs Produced by Additive Manufacturing

Inter-Element Crack Propagation with High-Order Stress Equilibrium Element

A computational framework for low-cycle fatigue in polycrystalline materials

Collaborators (7)

Alberto Milazzo

Andrea Da Ronch

Vincenzo Oliveri

Giuseppe LOMBARDO

Marco Lo Cascio

Luc St-Pierre

Fabrice Barbe

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