During the past few decades, several significant progresses have been made in exploring
complex nonlinear dynamics and vibration suppression of conceptual aeroelastic airfoil …

In the present era, the demand for self-powered electronic instruments is increasing and
their energy consumption is decreasing. The ability to extract energy from the operating …

In the last few decades, piezoelectric (PZT) materials have played a vital role in the
aerospace industry because of their energy harvesting capability. PZT energy harvesters …

Abstract Aeroelastic Computational Fluid Dynamics simulations have traditionally been
associated to a high computational cost, making them prohibitive in a initial phase of the …

Aeroelastic systems are at risk of flutter instabilities which can lead to structural failure.
Recently, an innovative design of nonlinear energy sink (NES) has been introduced to …

Ensuring adequate flutter margins is a critical step in aircraft design. However, in the
presence of nonlinear effects, subcritical limit-cycle oscillations can arise even before flutter …

Decarbonization requirements have extended the use of wind turbines by orders of
magnitude. Due to their high stiffness-to-weight ratio, composite materials have been widely …

Nonlinear stability analysis plays a key role in the design and evaluation of dynamical
systems. Model-based analysis methods require extensive calibration and computational …

In this work, we demonstrate the application of the conserved-mass metamaterial concept to
control the flutter onset in aircraft wings and mitigate their induced vibrations. The numerical …

This study presents a brief account of the seminal works on aeroelastic tailoring for
aerospace applications. Tailoring using advanced composites is a revolutionary process in …