The Rayleigh–Ritz method is a classical method that has been widely used to investigate
dynamic, static and buckling behavior, ie, the natural frequencies, mode shapes, moments …

To accurately predict the vibration behaviors of multiple viscoelastic-layered fiber metal
laminated plates (MVFMLPs) under different external excitation levels, an analytical model …

The prediction of train-induced vibration in buildings constructed above the subway is a
challenging problem due to its sophisticated system and time-consuming calculation. This …

An exact method for free vibration analysis of plates with arbitrary boundary conditions is
presented. This is achieved by integrating the spectral method into the classical dynamic …

In this research, an analytical Jacobi-Ritz method for the free vibration analysis of composite
laminated rectangular plate subject to arbitrary boundary conditions is proposed. The …

In this paper insights are provided into the implementation and use of the Ritz method for
free vibration and buckling analysis of composite plates. Focus is given on the choice of the …

A spectral-dynamic stiffness method (S-DSM) for exact free vibration analysis of general
orthotropic composite plate-like structures is presented in the paper. The method combines …

The paper further develops the method of matched sections as a new universal numerical
technique. Like the finite element method, FEM, it supposes that: a) the domain is …

In this paper, free vibration of functionally graded (FG) rectangular plates subject to different
sets of boundary conditions within the framework of classical plate theory is investigated …

Vibrational energy flow model of ABH cylindrical shells with arbitrary profile and general
boundary conditions is established using Rayleigh-Ritz method in conjunction with …