Extensive numerical results available in published articles reflect the importance of the
effects of geometric parameters, material properties, end conditions, hygrothermal fields, etc …

In this paper, a robust control method is proposed for the vibration suppression of the
piezoelectric laminated composite cantilever rectangular plate subjected to the aerodynamic …

In this study, free vibration of the sandwich microbeam with porous core and FG carbon
nanotubes reinforced composite face sheets which is rested on Winkler‐Pasternak substrate …

This paper proposes a three-dimensional (3D) Maltese cross metamaterial with negative
Poisson's ratio (NPR) and negative thermal expansion (NTE) adopted as the core layers in …

An exact mode solution that investigates the prebuckling and postbuckling characteristics of
nonlocal nanobeams with fixed–fixed, hinged–hinged, and fixed–hinged boundary …

This paper presents the influence of temperature and moisture on the free vibration
characteristics of skew laminated composite sandwich (SLCS) panels. The face sheets of …

This research highlights dynamic displacements of laminated porous micro beams resting
on elastic foundation under moving load. In the constituted equation of laminated micro …

In this paper, comprehensive studies on the size-dependent thermal post-buckling and
coupled bi-directional transverse-longitudinal free vibration behavior of post-buckled …

The large amplitude free vibration behavior of pre-twisted functionally graded (FG)
microbeams in thermal environment is investigated based on the modified strain gradient …

The main goal of the present work is to study the buckling analysis and optimization of
trapezoidal composite plates under hygrothermal conditions. The stability equations are first …