This study assesses the significance of homogenisation models in theoretically analysing
the vibrations of three-layered microbeams with a core composed of axially functionally …

The nonlinear eigenfrequency responses of a functionally graded material (FGM) panel in a
thermal environment are numerically estimated in the present article using the finite element …

A geometrically nonlinear forced vibration analysis of circular cylindrical sandwich shells
with open/closed cellular core using higher-order thickness and shear deformation theory is …

The paper presents large amplitude free vibration response of functionally graded porous
(FGP) cylindrical panels considering different shell theories and boundary conditions …

This paper presents a modified incremental harmonic balance (IHB) method to analyze the
nonlinear dynamic and thermal coupling characteristics of rotor-bearing systems after …

In the current work, wave propagation in simply supported (SS) functionally graded (FG)
beam is investigated while the beam is exposed to magneto-thermal environments and …

This paper presents the nonlinear static analysis of circular cylindrical sandwich shells using
a higher-order thickness and shear deformation theory with nine kinematic parameters. The …

This study presents a semi-analytical solution of nonlinear vibrations of circular cylindrical
shells made of carbon nanotube (CNT) fiber-reinforced composite (CNT-FRC). Vibrations …

Nonlinear vibration analysis of carbon-nanotube reinforced functionally graded composite
(FG-CNTRC) cylindrical shells resting on elastic foundations is carried out. Four carbon …

Internal resonances in circular cylindrical shells, induced by the spinning motion, are
explored in this research. The mathematical model of spinning cylindrical shells is …