A review of wind turbine aerodynamics research is presented. The review is limited to
Horizontal Axis Wind Turbine (HAWT) investigations. The focus is on recent near wake …

In this study, problems related to the thermoelastic modeling and behavior of thin-walled
beams made of functionally graded materials (FGMs) are addressed. In this context, two …

In this paper, an investigation on the nonlinear dynamics of parked large wind turbine
blades considering harmonic inertial excitation is presented. The investigation is based on …

This article proposes an adaptive observer-based control to address the PDE–ODE coupled
system of a flexible wing, where external disturbances and references have unknown …

An experimental study of the large deformation of a cantilevered beam under a gravity tip
load has been made. The beam root is rotated so that the tip load is oriented at various …

The scope of this paper is the presentation of the computational methodologies applied in
the comprehensive code for rotorcraft developed in the last years at Roma Tre University …

Powder capture efficiency is indicative of the amount of material that is added to the
substrate during laser additive manufacturing (AM) processes, and thus, being able to …

The problems that were encountered in the dynamics of advanced rotor systems are
described. The methods for analyzing these problems are discussed, as are past solutions …

This paper deals with a computational aeroelastic tool aimed at the analysis of the response
of rotary wings in arbitrary steady motion. It has been developed by coupling a nonlinear …

This dissertation introduces an approach to effectively model and analyze the coupled
nonlinear aeroelasticity and flight dynamics of highly flexible aircraft. A reduced-order …