This article reported an extensive review of computational modelling and analysis on
damping and vibrational behaviors of viscoelastic structures, including experimental …

Solving dynamics problem in the frequency domain gives significant advantages compared
with solutions fully computed in the temporal domain, but history-dependent nonlinear …

Vibration processes play a significant role in the modern industry. In most cases, vibration
reduces strength, reliability, and durability of industrial machines, mechanisms, and …

In this paper, a nonlinear reduced-order model based on neural networks is introduced in
order to model vertical sloshing in presence of Rayleigh–Taylor instability of the free surface …

This paper develops an active disturbance rejection control technology that uses the
equivalent input disturbance (EID) approach to reduce the aeroelastic vibrations and …

In order to reduce the gust response level of the aircraft wing aeroelastic systems in
supersonic flows, the nonlinear energy sink (NES) is introduced into the aeroelastic system …

Direct modal analysis of second-order systems with damping is generally not possible
unless the damping and stiffness matrices commute, thereby admitting simultaneous …

View Video Presentation: https://doi. org/10.2514/6.2022-1186. vid In this paper, a nonlinear
reduced order model based on neural networks is introduced in order to model vertical …

Many oscillatory systems of engineering and scientific interest (eg, mechanical
metastructures) exhibit nonproportional damping, wherein the mass-normalized damping …

This paper is focused on the stability of real-time hybrid aeroelastic simulation systems for
flexible wings. In a hybrid aeroelastic simulation, a coupled aeroelastic system is 'broken …