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

This article analyzes the nonlinear vibrations of porous truncated conical polyvinylidene
fluoride (PVDF) reinforced with Terfenol-D particles. The effective properties of the magneto …

This paper presents the combination of multiple scale method and modal analysis in order to
investigate nonlinear vibration of laminated composite angle-ply cylindrical and conical …

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 …

Nonlinear vibration control of laminated composite conical shells surrounded by elastic
foundations through magnetostrictive layers is presented in this paper. The shell modeled …

The forced vibration characteristic of laminated composite truncated conical shell has been
analyzed by including von Karman kinematic non-linearity. The geometric imperfection is …

This study investigates the dynamic behaviors of stepped functionally graded conical shells
under general boundary restraints. The properties of functionally graded material change …

In this work, nonlinear forced vibrations of truncated conical shells are presented using a
semi-analytical method. The material properties are varied along the thickness direction as a …

This paper presents a modal analysis conducted under seabed dynamic pressure
conditions. The polyethylene (PE) pipeline was approximated as a thin-walled long …

A numerical model was developed to investigate the flutter instability of truncated conical
shells subjected to supersonic flows. The exact solution of Sanders' best firstorder …