This article investigates the wave propagation analysis of the imperfect functionally graded
(FG) sandwich plates based on a novel simple four-variable integral quasi-3D higher-order …

This article investigates the static thermo-mechanical response of anisotropic thick
laminated composite plates on Visco-Pasternak foundations under various thermal load …

In this research, the study of the thermoelastic flexural analysis of silicon carbide/Aluminum
graded (FG) sandwich 2D uniform structure (plate) under harmonic sinusoidal temperature …

In this study, the spectral element method to assess free vibration of axially-loaded
functionally-graded beams according to the first-order shear deformation theory is …

This research is devoted to the study of the flexural response and buckling analysis (thermal
and mechanical) of functionally graded (FG) nanoscale plates integrated in an elastic …

Nonlinearity plays an important role in control systems and the application of design. For this
reason, in addition to linear vibrations, nonlinear vibrations of the stepped nanobeam are …

This study investigates the theoretical thermal buckling analyses of thick porous rectangular
functionally graded (FG) plates with different geometrical boundary conditions resting on a …

The current study employs the nonlocal Timoshenko beam (NTB) theory and von-Kármán's
geometric nonlinearity to develop a non-classic beam model for evaluating the nonlinear …

In this study, a simple method for the determination of the shear correction factor for
composites beam with a rectangular cross section is presented. The plane stress elasticity …

This paper presents a mechanical model of a “tapered composite shaft” rotating at a
constant speed around its axis. The spatial equations of motion are solved using the …