An efficient actuation technique for electrostatic MEMS actuators exploiting electro-
mechanical-mechanical modal interactions is proposed. The flexural–torsional equations of …

In this paper, a study on flexural–torsional vibrations of finite beams with a large number of
resonators periodically attached along the length is presented. Emphasis is given in …

The objective of this paper is to analyse the free vibration and mode shapes of straight
beams where the coupling between the bending and torsion is induced by steady state …

This paper deals with the coupled bending–torsional vibrations of beams carrying an
arbitrary number of viscoelastic dampers and attached masses. Exact closed analytical …

This paper addresses the frequency response of coupled bending-torsional beams carrying
an arbitrary number of in-span viscoelastic dampers and attached masses. Using the …

The coupled vibration of thin-walled beams with a generic open section induced by the
boundary conditions is investigated using the finite element method. If the axial …

The propagation of triply coupled vibrations in a periodic, nonsymmetrical and axially loaded
thin-walled Bernoulli–Euler beam composed of two kinds of materials is investigated with …

This study presents triply coupled free vibration analysis of the axially layered Euler–
Bernoulli thin-walled beams with unsymmetrical open cross sections in dimensionless and …

In this paper, a boundary element method is developed for the general flexural–torsional
vibration problem of Timoshenko beams of arbitrarily shaped cross section taking into …

This paper focuses on effect of material properties on free vibration characteristics of
nonsymmetrical axially loaded thin-walled Euler-Bernoulli beams. Many scientists studied …