In this study, a full HALE (high altitude, long endurance) aircraft, nonlinear, aeroelastic
analysis is being performed. Nonlinear, general, flexible, Euler–Bernoulli beam equations …

Flutter is an aeroelastic phenomenon affecting flexible structures in a fluid flow and may lead
to unstable oscillations and to critical structural damage. This paper concerns the design of a …

The aim of this Paper is to propose a method for constructing worst-case disturbances to
analyze the performance of linear time-varying systems on a finite time horizon. This is …

This paper describes a novel time-delayed control scheme for suppressing the body-
freedom flutter of a flexible flying-wing drone and verifies its robustness. The simple …

In this paper, an enhanced response sensitivity approach is proposed for parameter
identification of nonlinear time-delay aeroelastic systems. Two common aeroelastic models …

Wind tunnel experiments are performed on a flying wing model to investigate the effects of
key design parameters and their cross-interactions on the flutter speed and frequency for …

The paper presents a systematic study on the body-freedom flutter via a novel nonlinear
aeroservoelastic modeling method and flight test validation. The nonlinear aeroservoelastic …

Aiming at the experimental test of the body freedom flutter for modern high aspect ratio
flexible flying wing, this paper conducts a body freedom flutter wind tunnel test on a full-span …

This article presents a new paradigm for robust flutter modeling and analysis of high-order
uncertain and linear aeroelastic systems. The fundamental idea is to couple the state-of-art …

View Video Presentation: https://doi. org/10.2514/6.2021-0905. vid This paper describes the
aeroelastic analyses intended and the ones performed on the Active Aeroelastic Aircraft …