An analytical framework has been proposed to analyze the effect of random structural
irregularity in honeycomb core for natural frequencies of sandwich panels. Closed-form …

A plane vibration study of a sandwich thermal protection system insulation panel with a
functionally graded core is conducted. The panel is assumed to be under plane-stress …

The extended high-order sandwich panel theory was formulated in its one-dimensional
version for orthotropic elastic sandwich beams. This theory includes the in-plane rigidity of …

In this study, free vibration responses of a sandwich plate resting on Winkler-Pasternak
foundation are investigated by using the first order shear deformation plate theory. The …

In practical applications, asymmetric sandwich panels with tapered and junction regions are
frequently used. Under uniaxial compressions, asymmetric sandwich panels are collapsed …

Generalized differential quadrature (GDQ) method is used to analyze the vibration of
sandwich beams with different boundary conditions. The equations of motion of the …

A numerical and experimental investigation of the natural frequencies and frequency
response of a cantilevered three-layer sandwich beam carrying a tip-mass is presented. The …

In this study, the free vibration characteristics of symmetric three-layered beams with a soft
core, whereby the mass of the core could be ignored, were investigated. The coupling effect …

This thesis focuses on the analysis of hexagonal lattices at different length scales. Practical
influences (such as irregularity, viscoelasticity and vibration) are taken into consideration to …

摘# 要# 基于线弹性体理论, 得到各向同性材料软芯夹层圆环板面内自由振动的控制微分方程.
采用微分求积法(cBE) 对软芯夹层圆环板面内自由振动的特征方程及其边界条件在节点上进行 …