Over the past decades, a vast number of theories for numerical modeling of laminated
composite plates and shells has been developed by various researchers and for diverse …

A novel meshfree local method is developed in the context of Trefftz approaches to solve
eigenvalue problems related to buckling and free vibration of arbitrarily shaped thin plates …

Freeform parameterizations to reproduce structure deformation are increasingly important
topics in laser-scanner-based deformation analyses. High-accuracy assurance of free-form …

In this research, an analytical Jacobi-Ritz method for the free vibration analysis of composite
laminated rectangular plate subject to arbitrary boundary conditions is proposed. The …

This article presents a free vibration analysis of laminated sandwich plates under various
boundary conditions by using an efficient C0 eight‐node quadrilateral element. This new …

In this article, the free vibration, bending, and transient analyses of the porous metal foam
plate via an isogeometric analysis (IGA) are investigated. Three types of porosity …

A novel formulation for the linear buckling analysis of multilayered shells is presented. High-
order equivalent-single-layer shell theories based on the through-the-thickness expansion …

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 …

This study presents, for the first time, a unified wavelet finite element formulation for static
and free vibration analysis of laminated composite shells, combining the wavelet finite …

In this article, free vibration finite element analysis of variable stiffness composite laminate
(VSCL) beams is carried out. The variable stiffness of laminated beams is acquired by using …