Free and forced vibration characteristics of composite sandwich beams with single‐core
(SC) and dual‐core (DC) are investigated in this study. The wet hand‐layup technique is …

The mechanical behavior of honeycomb sandwich structures under low-velocity impact is of
great significance. An experimental and numerical investigation on surface deformation and …

In this paper, bio-based sandwich panels made of fiber-reinforced polymer (FRP) skins and
two types of paper honeycomb core (namely, hollow and foam-filled) with three different …

To obtain the numerical model for predicting the nonlinear dynamic responses with high
accuracy, a dynamic sensitivity-based model updating approach by using the time-domain …

In nonlinear finite element model updating (FEMU), one of the main challenges is how to
improve the updating efficiency for large-scale structures. The computational time of …

Due to the difficulty of direct finite-element modeling for honeycomb sandwich panels, it is
more common to apply equivalent modeling theories. It is necessary to compare their …

The study aims to compare mechanical properties of polymer and metal honeycomb lattice
structures between a computational model and an experiment. Specimens with regular …

This paper presents the development of an ABAQUS™ plug-in for estimation of the effective
properties of heterogeneous three-dimensional periodic media using the asymptotic …

We present for the first time an approach for identifying the geometric and material
characteristics of layered composite structures through an inverse wave and finite element …

An equivalent modeling method for honeycomb sandwich structure is presented in this
paper. Honeycomb core is regarded as an interlayer and orthogonal anisotropic solid …