This paper reviews the design, implementation, and demonstration of energy harvesting
devices that exploit flow-induced vibrations as the main source of energy. Starting with a …

The paper concerns the technology of the design, realization, and testing of a flexible smart
wing in a wind tunnel equipped with a turbulence generator. The system of smart wing …

The objective of this study is to mitigate, or even completely eliminate, the limit cycle
oscillations in mechanical systems using a passive nonlinear absorber, termed the …

This paper proposes a nonlinear aerodynamic reduced-order model robust to different Mach
numbers based on a recursive neural network. To model the nonlinear features with varying …

Experimental implementation of input–output feedback linearization in controlling the
dynamics of a nonlinear pitch–plunge aeroelastic system is presented. The control objective …

This paper presents the first experimental study of multiple-input multiple-output (MIMO)
active vibration suppression by pole placement using the receptance method. The research …

The objective of the paper is to give a unitary approach to nonconservative conditions of the
equilibrium stability. The focus is on a real world system defined by a switched linear …

This work investigates the effects of control input time delay on closed-loop transonic
computational aeroelastic analysis. Control input time delays are becoming critical as the …

This paper demonstrates the implementation of an adaptive feedforward controller to reduce
structural vibrations on a wing typical section. The aeroelastic model includes a structural …

This study proposes the parametric active aeroelastic control of a folding wing, which is a
promising concept of morphing wings, by integrating the parameterized aeroservoelastic …