Active control of aeroelastic flutter in composite structures is vital for improving the
performance and safety of aerospace systems. Understanding the impact of cracks on flutter …

The free vibration and aeroelastic analysis of variable angle tow (VAT) laminated composite
plate bonded with discrete piezoelectric patches are considered for investigation. A finite …

The influence of uncertainty in material properties on free vibration and aeroelastic response
of variable angle tow (VAT) laminated plates is presented in this work. Free vibration …

Conventional bending-dominated lattices exhibit less specific stiffness compared to
stretching-dominated lattices while showing high specific energy absorption capacity. This …

Functionally graded materials can exhibit remarkable tolerance towards extreme hot or cold
environments and chemical surface degradation. This article exploits such properties of …

This article presents the results of study of natural vibration and aeroelastic stability of
isotropic shallow cylindrical shells interacting with a supersonic gas flow. The examined …

Composite corrugated plates have a great potential in the application to morphing wings.
However, it takes high computational cost to conduct flutter analysis with detailed 3D finite …

This work investigates the effectiveness of a shape-memory alloy (SMA) in controlling the
instabilities of triangular composite plates under supersonic flow. Lagoudas' quadratic …

In this study, we conducted an aeroelastic stability analysis of a laminated composite
magnetorheological fluid (MRF) sandwich panel in supersonic airflow for varying yawed …

A new method of active flutter suppression is present in the paper and aims at the Light
Sport Aircraft category, where it has never been used, designed, or even considered. The …