This paper is presented to study the supersonic flutter characteristics of laminated joined
conical-conical shells made of epoxy as the matrix and fibers and graphene nanoplatelets …

The flutter characteristics of a truncated conical shell with variable thickness exposed to a
supersonic fluid flow are studied in this study. The first-order shear deformation theory …

This study investigates the aeroelastic stability behavior (flutter analysis) of polymeric
truncated conical shells reinforced with agglomerated carbon nanotubes (CNTs) under …

This study focuses on nonlinear vibration of a thin incompressible hyperelastic cylindrical
shell subjected to radial harmonic excitation. Mooney–Rivlin model is used to find the Strain …

In this paper, the supersonic flutter characteristics of truncated sandwich conical shells with
the magnetorheological (MR) core and isotropic homogeneous host and constraining layers …

The self-sustained vibrations of sandwich conical shell with a flexible honeycomb core
manufactured by fused deposition modeling are studied. The interaction of the sandwich thin …

In this study, a transfer matrix method is developed to analyze the effect of the centrifugal
force on the natural frequencies of a rotating double-tapered beam, whose cross-sections …

The aerothermoelastic behavior of a conical shell in supersonic flow is studied in the paper.
According to Love's first approximation shell theory, the kinetic energy and strain energy of …

This paper considers the free vibration and fluter of carbon nanotube (CNT) reinforced
nanocomposite plates subjected to supersonic flow. From the literature review, a great deal …

In this article, the supersonic flutter analysis of a truncated conical shell made of polymer
enriched with graphene nanoplatelets (GNPs) exposed to supersonic fluid flow is discussed …