In this article, the free vibration of a functionally graded Euler–Bernoulli beam with a tip
nanoparticle and a nonlinear/linear spring constraint is presented for the first time using …

In this paper, the wave propagation approach is combined with nonlocal elasticity theory to
analyze the buckling and free vibrations of Euler–Bernoulli nanobeams. This method gives …

The wave propagation approach is one of the most powerful techniques used in vibration
problems. This method gives the propagation and reflection matrix which is useful for the …

Reflection, propagation and energy analysis are crucially important in designing structures,
especially plates. A thick plate is considered based on first order shear deformation theory …

This paper presents the wave propagation approach for analyzing the free vibration and
wave reflection in carbon nanotubes. The propagation and reflection matrices obtained by …

In this work, the wave approach is combined with nonlocal elasticity theory to address the
problems of mechanics of composite nanoscale spherical shells. To the authors' knowledge …

In this paper, the wave propagation method and the differential constitutive law consequent
(not equivalent) to the Eringen strain-driven integral nonlocal elasticity model are utilized to …

In this paper, the wave propagation method and the nonlocal elasticity theory are utilized to
analyze the vibration, wave power transmission and reflection in multi-cracked Euler …

This paper presents the wave propagation approach for free vibration analysis of non-
uniform annular and circular membranes. Literature reviews reveal that most bodies …

The application of guided waves for the non-destructive evaluation of thin plates has been
explored extensively for the last two decades. However, many industrial applications utilize …