Purpose This work attempts to present vibration characteristics of axially traveling
moderately thick plates resting on an elastic foundation. The plate is composed of …

In this paper, geometrically nonlinear free vibration analysis of Mindlin viscoelastic plates
with various geometrical and material properties is studied based on the Von-Karman …

Lightweight design of leaf springs is conducive to reducing fuel consumption and improving
vehicle comfort. The weight of leaf spring can be reduced obviously by using composite …

Two highly accurate and reliable eigen-solution techniques, the new homotopy perturbation
method and the extended argument principle method, are proposed for analysing …

This article investigates the thermoelastic responses of an initially stressed viscoelastic
microbeam considering the Kelvin–Voigt scheme. For this purpose, fractional heat …

The fractional Kelvin–Voigt (FKV) viscoelastic constitutive model has been employed to
build the fractional differential governing equation of viscoelastic foundation plate. Shifted …

In this paper, a dynamic stability analysis of moderately thick viscoelastic plates is performed
employing the Boltzmann integral law with constant bulk modulus. The remarkable and new …

This research introduces a closed-form solution for the time-dependent p-delta analysis of a
viscoelastic plate based on the linear static analysis of an elastic plate for the first time, by …

In this paper, the non-harmonic resonance of Bernoulli viscoelastic beams, Kirchhoff
viscoelastic plates, Timoshenko viscoelastic beams, and Mindlin viscoelastic plates …

In this paper, the influence of E-glass fiber volume fraction and laying angle on the damping
and strength of composite laminates was comprehensively analyzed. By increasing the fiber …