To overcome the difficulties of the Ritz method when dealing with complex geometric
domain problem, a novel general numerical approach, discrete Ritz method (DRM), is …

The main goal of the present work is to study the buckling analysis and optimization of
trapezoidal composite plates under hygrothermal conditions. The stability equations are first …

A superconvergent meshfree collocation formulation is presented for the accurate analysis
of laminated composite plates, where the convergence characteristic is particularly …

Due to the continuous enhancement of manufacturing technology for porous materials, it is
expected to be increasingly used in aerospace, aviation, and other engineering …

In the present work, nonuniform rational B-spline (NURBS) based isogeometric formulation
in conjunction with refined higher-order theory is used to investigate the linear buckling, post …

In order to achieve the fine and high reliability design of laminated composite plates, the
randomness of geometric and material parameters, along with the nonlinear mechanical …

The present work investigates the postbuckling, and postbuckled vibration behaviour of
initially imperfect trapezoidal sandwich plates with functionally graded carbon nanotube …

The isogeometric analysis of variable-stiffness structures with curvilinear fibers has gained
considerable research attention. However, dealing with structures that have complex cutouts …

The aim of this work is to investigate the flutter characteristics of nanocomposite cantilever
trapezoidal plates with non-uniform thickness enriched with either carbon nanotubes …

Through reduction of thickness value in nanostructures, the features of surface elasticity
become more prominent due to having a high surface-to-volume ratio. The main aim of this …