The paper presents a refined two-dimensional formulation for the thermo-mechanical
analysis of laminated doubly-curved shell structures under thermodynamic equilibrium …

The paper introduces a refined formulation, based on higher-order theories, for the thermo-
electro-elastic analysis of laminated shell structures made of smart materials. The …

Composite eccentric annular sector plates are frequently utilized in engineering. This
structure is crucial in the manufacturing, aircraft, nuclear, and construction industries due to …

A numerical, generalized differential quadrature (GDQ) method is presented on applied heat
vibration for a thick-thickness magnetostrictive functionally graded material (FGM) plate …

In this paper, an exact 3D coupled magneto-elastic shell model for static and free vibration
analysis of multilayered piezomagnetic smart structures is presented. The introduction of the …

This paper presents a unique analytical layerwise solution for functionally graded magneto-
electric-elastic shell with complex geometry. The middle surface of the shell is modeled by a …

The solid-shell elements have shown great advantages in three-dimensional (3D) finite
element (FE) simulation of thin-walled structures. To overcome the numerical lockings for 3D …

This paper studied vibration characteristics of sandwich beams with viscoelastic cores and
different boundary conditions. A higher-order layer-wise beam theory was presented to …

Recent engineering applications increasingly adopt smart materials, whose mechanical
responses are sensitive to magnetic and electric fields. In this context, new and …

This study presents a generalized two-dimensional model for evaluating the stationary hygro-
thermo-mechanical response of laminated shell structures made of advanced materials. It …