A geometrically nonlinear analysis of functionally graded shells is presented. The two-
constituent functionally graded shell consists of ceramic and metal that are graded through …

A high order shear deformation theory is used to develop a discrete model for the structural
and sensitivity analyses allowing for the material distribution and sizing optimization of …

This study uses higher-order plate and nonlocal strain gradient elasticity theories to
investigate the thermo-mechanical bending wave propagation of porous functionally graded …

Free vibration and thermal stability analyzes of functionally graded (FG) sandwich plates are
carried out by using the advanced Hierarchical Trigonometric Ritz Formulation (HTRF) …

The present article proposes a mixed displacements/transverse stresses approach for the
free vibration analysis of laminated composite and FGM doubly-curved shells. The …

In this work, a simple and efficient finite element model is applied to the vibration analysis of
active–passive damped multilayer sandwich plates/shells with a viscoelastic core …

In this work a finite element model is developed for vibration analysis of pure functionally
graded material (FGM) structures, and for passive damped sandwich structures, with a soft …

A nonlinear formulation for general Functionally Graded Material plate-shell type structures
is presented. The formulation accounts for geometric and material nonlinear behaviour of …

This study presents, for the first time, a novel mathematical model that can address the
nonlinear buckling, postbuckling, and snap-through of bidirectional functionally graded …

This work numerically simulates the natural vibration response of rotating piezoelectric
functionally graded (FG) beams resting on two‐parameter elastic mediums. This is a …