In this paper, the thermal buckling behavior of functionally graded plates and cylindrical
shells is investigated. By considering a modified First order Shear Deformation Theory, the …

Owing to high capacity of energy absorption, high compressive strength, high stiffness to
weight ratio, good ductility and other excellent characteristics, corrugated structures are …

In this paper, a FSDT meshfree method based on the 3D continuous shell theory and
moving-least squares approximation is proposed for the first time to investigate the free …

The current investigation intends to devise a couple stress continuum-based moving Kriging
meshfree shell model for axial nonlinear buckling and postbuckling responses of random …

Present research deals with the shear buckling behaviour of composite skew plates
reinforced with aligned single walled carbon nanotubes (CNTs). Distribution of CNTs across …

In the present manuscript, a Layer-Wise (LW) generalized model is proposed for the linear
static analysis of doublycurved shells constrained with general boundary conditions under …

We in this paper present an effective computational approach for static and free vibration
analyses of functionally graded carbon nanotube-reinforced composite (FG-CNTRC) shells …

An efficient Galerkin meshfree flat shell formulation is presented for the analysis of buckling
behaviors of stiffened plate structures. Both plate bending and membrane deformations are …

In the analytic modeling of shell buckling, much attention has been paid to closed cylindrical
shells or cylindrical panels with at least two opposite edges simply supported whose …

A meshfree approach for analyzing the fracture mechanics parameters in cracked curved
shells is presented. The reproducing kernel (RK) meshfree method and map** technique …