In this paper, thermal buckling and free vibration of viscoelastic functionally graded
sandwich shell with tunable auxetic honeycomb core is investigated. The sandwich shell …

The main scope of this paper is to develop the Carrera unified formulation in cylindrical
coordinates for two-dimensional meshless modelling of graphene platelet and carbon …

This paper proposes a novel high performance wavelet finite element formulation for thermo-
mechanical coupling analysis of laminated composite plates. The Reddy's higher-order …

An analytical method is proposed to determine the displacements of a composite cylindrical
shell with auxetic honeycomb core layer and variable thickness under combined axial …

The paper presents a multifield formulation involving five different physical problems under
the equilibrium thermodynamic conditions for laminated doubly-curved shell structures …

In this work the first-and second-order shear and normal deformation as well as the third-
order shear deformation theories are applied to delaminated sandwich shells having …

This article presents an analytical approach to investigate the geometrically nonlinear
response of doubly curved imperfect shallow shells made of functionally graded carbon …

The paper presents the thermodynamic response of a composite cylindrical panel on an
elastic substrate under thermal shock loading for the first time, owing to the many …

This study introduces a novel theory employing four unknowns to examine bending of a
double-curvature functionally graded shells experiencing both uniform and sinusoidal …

This new work aims to develop a full coupled thermomechanical method including both the
temperature profile and displacements as primary unknowns of the model. This generic full …