This investigation is to review the effect of mechanical behavior of sandwich structures made
of two metal plates (like aluminum, copper, steel etc.,) as base and a core material, the …

Multi-directional functionally graded materials (MFGMs) have attracted significant research
attention due to their advantages over one-directional FGMs. In MFGM structures, material …

Functionally graded materials have widespread applications for the practical engineering
and industry of design and development. In the present work, free vibration and transient …

In this article, a novel size-dependent finite strip approach based on Carrera unified
formulation (CUF) and micropolar elasticity is developed and introduced to investigate the …

The main target of this article is to evaluate the free-vibrational attributes of the thin-walled
layered composite panels with constant and variable thickness. It is evident that the …

A meshfree Galerkin method is proposed for the buckling analysis of corrugated-core
sandwich plates (CSP). A CSP is a composite structure composed of three parts—one …

基于辛叠加方法研究了正交各向异性矩形悬臂薄板在谐载载荷作用下的受迫振动问题.
首先从薄板受迫振动的基本方程出发, 将问题导入到Hamilton 体系, 并将原问题拆分为若干子 …

In this paper, for the first time, the isogeometric method for free vibration analysis of
trapezoidally corrugated nanocomposite laminated panels is developed with considering …

In this paper dynamic buckling of different kinds of sandwich plates under harmonic axial
load is analyzed by using combination of numerical finite strip analysis and Bolotin's solution …

This paper presents the static and mechanical buckling analyses of thick functionally graded
(FG) plates. For this purpose, Carrera's unified formulation (CUF) and the principle of virtual …