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 …

Train-slab track spatial interactions generally deal with system vibrations in vertical, lateral
and longitudinal directions. In the majority of conventional dynamics models, vertical-lateral …

The research on the nonlinear vibration isolation of continuum systems always focuses on
the perfect boundary conditions. In this work, nonlinear isolation of transverse vibrations of …

A Chebyshev–Lagrangian method is proposed to handle the flexural and in-plane vibrations
of plate with cutout under general boundary conditions. By setting groups of boundary …

In this study, the dynamic stiffness method (DSM) is applied to study the free and forced
vibration behaviors of thin, three-dimensionally coupled plate structures. Both the flexural …

Though the free in-plane vibration problem of rectangular plates with classical boundary
conditions have been studied using various numerical methods like direct separation of …

In this investigation, the free in-plane vibration analysis of orthotropic rectangular plates with
non-uniform boundary conditions and internal line supports is performed with a modified …

The free in-plane vibration characteristics of laminated plate with arbitrarily geometrical
shape and generally restrained edges, including curved and inclined edges, are …

A highly efficient and accurate analytical spectral dynamic stiffness (SDS) method for modal
analysis of plane elastodynamic problems based on both plane stress and plane strain …

The in-plane vibrations of rectangular plates is classic problem in mechanics. It involves the
solution of two coupled differential equations with many combinations of possible edge …