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 …

This work deals with the dam** capability of an actively constrained viscoelastic
particulate composite (VEPC) layer in attenuation of vibration of a beam element. The …

Applications of the honeycomb structures due to their lightweight and high stiffness together
are developed rapidly in different areas of sciences and technologies. Therefore, in the …

In this research, the post-buckling behaviors of doubly curved composite shells in hygro-
thermal environment are investigated by employing multiple scales perturbation method …

This study demonstrates the effectiveness of functionally graded coatings in the vibration of
sandwich truncated conical shells. First order shear deformation shell theory (FOSDT) and …

In this paper, optimal active vibration control of a micro sandwich beam is studied. Face
sheets are made from piezoelectric materials and reinforced by functionally graded …

Low-power electronic applications are normally powered by batteries, which have to deal
with stringent lifetime and size constraints. To enhance operational autonomy, energy …

This paper presents the dynamic behavior of a sandwich circular cylindrical shell with a
constrained fractional viscoelastic layer. Based on the Donnell-Moshtari theory, the …

In the present paper, for the first time, piezoelectric beams under multi-physical hygro-
thermo-electro-mechanical (HTEM) coupling is analyzed using the node-based smoothed …

In this research, bending analysis of a micro sandwich skew plate with isotropic core and
piezoelectric composite face sheets reinforced by carbon nanotube on the elastic …