Ricerca

Linearized Aeroelasticity around a nonlinear steady solution

-Approach validated for fixed wing.

-Aeroelasticity of a Launch Vehicles

Rigid-body v.s. elastic mechanicics for flying vehicles

- Aeroelasticity of a maneuvering vehicle using a F.E. based description

Reduce Order Modeling (R.O.M.): Nonlinear Aeroelasticity

- Perturbation methods and Normal Form analysis

- Analytical and Computational Aeroelasticity

Modeling and simulation for (linear) visco-elastic materials

- First-principle based, Time- and Frequency-domain descriptions of viscoelasticity.

- Viscoelasticity v.s. modal analysis

MDO and MOO for aircraft preliminary design

- Multi-Objective-Optimization (M.O.O.) v.s. Single-Objective-Optimization

- The challenge of unconventional optimization problem.