Laminated composite and sandwich structures are lightweight structures that can be found
in many diverse applications especially civil, mechanical and aerospace engineering. The …

The fully coupled thermo-mechanical behavior of bi-directional functionally graded material
(FGM) beam structures is studied using a computationally low cost isogeometric finite …

In this study, three-dimensional problem of the theory of elasticity (3DPTE) for radially
inhomogeneous (INH) transversally-isotropic thin hollow spheres is investigated using the …

Present paper is devoted to stress and deformation analysis of functionally graded annular
sandwich plates subjected to non-uniform normal and/or shear tractions. In spite of its wide …

In the present study, a coupled refined high-order global-local theory is developed for
predicting fully coupled behavior of smart multilayered/sandwich beams under …

Based on the parametrized mixed variational principle, a high-performance finite element
model has been developed for bending and vibration analysis of thick plates. The proposed …

A precise global–local shear deformation theory is developed for the prediction of static and
dynamic behaviors of thin and thick layered curved beams. The effect of deepness is …

This work extends a previously presented coupled refined layerwise theory to dynamic
analysis of piezoelectric laminated composite and sandwich beams. Contrary to most of the …

In the present paper, a consistent power series solution is proposed for dynamic behaviors
analysis of circular sandwich plates with functionally graded face sheets/cores, for the first …

Nonlinear dynamic thermo-mechanical buckling and postbuckling analyses of imperfect
viscoelastic composite laminated/sandwich plates are performed by a proposed theory that …